The strike may lead to heightened military tensions, prompting Iran to enhance defensive measures, potentially affecting regional stability.

The post US missile strike reported near Ahvaz, Iran amid escalating tensions appeared first on Crypto Briefing.

Heightened geopolitical tensions may lead to prolonged market volatility, impacting global equity and oil markets with potential supply disruptions.

The post Dow drops 400 points, oil prices surge after US-Iran military strikes appeared first on Crypto Briefing.

Everton's bid for Zirkzee highlights the club's strategic push to strengthen its squad amid financial constraints, impacting future competitiveness.

The post Everton bids for striker Joshua Zirkzee on transfer deadline day appeared first on Crypto Briefing.

OpenAI's cautious approach with Astra highlights the urgent need for robust AI governance to prevent potential cybersecurity threats.

The post OpenAI flags Astra AI model as having critical cyber abilities appeared first on Crypto Briefing.

The mail campaign could shift voter sentiment, potentially altering the Maine Senate race dynamics and increasing Democratic momentum.

The post Abortion rights group targets Collins with $250K mail campaign ahead of 2026 race appeared first on Crypto Briefing.

Bitcoin Magazine

Bitcoin Defies Seasonal Slump With Third-Best August Ever

Bitcoin is known for its summer slumps. But August was different. 

In fact, the leading cryptocurrency had its third best August ever. 

As highlighted on Tuesday by Bitwise’s European Head of Research, André Dragosch, bitcoin delivered returns of 25% last month. 

“No ‘summer lull’ so far,” Dragosch wrote on X, highlighting that the only better Augusts the coin has had were in 2017 when it gave investors returns of nearly 66%, and 2013, with close to 31%. 

Multiple analyses point to the months of June-September showing weaker average returns than the rest of the year.

Throughout most of June and July, bitcoin’s volatility was particularly muted, and the coin traded below $65,000. 

But that changed in mid-August after the U.S. Treasury Department said it would more than double the size of its government debt repurchases due to fixed income markets under pressure and yields surging to levels not seen in nearly 20 years. 

Lower long-term yields reduce the opportunity cost of holding non-yielding assets like bitcoin and gold, and generally support risk-on sentiment. 

Investors flooded into bitcoin as a result. 

Positive news soon followed, with President Donald Trump urging lawmakers to get the long-awaited crypto Clarity Act over the line. The digital asset industry has long called for clear rules on how regulators should treat bitcoin, stablecoins and other cryptocurrencies. 

Despite a delay in a vote on the legislation, Trump called the draft “very powerful.” The president made the comments after having met with crypto industry bigwigs and CEOs. 

Investors also rushed back into ETFs in August, throwing over $2.8 billion at the vehicles — the most since October, when the coin hit a new all-time high. 

Bitcoin in August had its best run in three years — and is up nearly over 20% over the past month. 

The asset reached as high as $81,281 last week before sliding again on Friday. 

Bitcoin’s price recently stood at $76,883, nearly down 3% over a 24-hour period. 

This post Bitcoin Defies Seasonal Slump With Third-Best August Ever first appeared on Bitcoin Magazine and is written by Mathew Di Salvo.

Bitcoin Magazine

BlackRock’s iShares Bitcoin Trust Is Beating Top S&P 500 ETF 

BlackRock’s iShares Bitcoin Trust exchange-traded fund has delivered better returns since its 2024 launch than Vanguard’s popular S&P 500 fund. 

That’s according to Bloomberg data highlighted by the firm’s senior ETF analyst, Eric Balchunas, who said that the BlackRock product’s cumulative percentage return was only slightly ahead of Vanguard’s in the time period. 

BlackRock’s bitcoin ETF is up 71% since its January 2024 debut, while Vanguard’s S&P 500 ETF up 66% on a total-return basis.  

The iShares Bitcoin Trust — IBIT — started trading in 2024 after the Securities and Exchange Commission gave the green light to 11 spot bitcoin ETFs following a decade of denials. 

“IBIT’s path to 70% looks like the El Toro roller coaster at Great Adventure (I needed two Advil last time I rode that thing) while $VOO was a walk in the park in comparison,” wrote Balchunas on Tuesday. 

U.S. investors now have several funds to choose from to buy shares that track the price of bitcoin managed by the likes of Fidelity, Grayscale and Morgan Stanley. But BlackRock’s product is the most successful: It currently manages $61.4 billion in assets, according to its website. 

By comparison, the second biggest bitcoin ETF, the Fidelity Wise Origin Bitcoin Fund, manages nearly $11 billion. 

BlackRock, which manages over $15 trillion in assets, sent shockwaves through the crypto space after it applied for a spot bitcoin ETF in 2023. Its fund now allows more traditional investors to get exposure to bitcoin; its product also experiences more day-to-day trading action than the other ETFs. 

Investors piled back into ETFs in August, which has also helped bitcoin’s price. From August 17 to 27, investors threw over $2.8 billion at the vehicles — the most since October, when the coin hit a new all-time high. 

Bitcoin reached as high as $81,281 last week before sliding again on Friday. 

The price of the biggest cryptocurrency recently stood at $77,539, nearly down 1% over a 24-hour period. 

Bitcoin started a phenomenal run two weeks ago — its best in three years — and is up nearly 30% over the past month. 

This post BlackRock’s iShares Bitcoin Trust Is Beating Top S&P 500 ETF  first appeared on Bitcoin Magazine and is written by Mathew Di Salvo.

Bitcoin Magazine

South Korea’s Bitcoin ‘Kimchi Premium’ Returns

Bitcoin is up this month but there’s one place where it’s more significantly more expensive: South Korea. 

The so-called Kimchi Premium — when bitcoin costs more on Korean exchanges — is back as retail investors pile back into the coin. Bloomberg first reported the news and CoinGecko data shows that bitcoin’s price is nearly 1% higher on Upbit, Korea’s biggest exchange, than Binance. 

Named after a popular dish in the Asian nation, the phenomenon comes down to Korea’s market being partly walled off. Prices have historically run higher there because of strong local retail demand combined with strict capital controls and trading regulations.

As a result, the Bitcoin/won trading pair is more common in South Korea compared to the Bitcoin/U.S. dollar pair in other places. When there is demand for the asset, it will naturally be higher in the country as compared to other places.

The phenomenon has been described as a retail FOMO indicator, since Korea has few notable crypto funds and tight capital controls. The premium has reached as high as 21.5% in 2022. 

Bitcoin was recently trading for $78,287, unmoved over the past 24 hours. It’s also at the same price it was seven days ago, but over the past month, the coin has rallied by 24%. 

The price of the biggest digital asset started surging after the U.S. Treasury in August said it would at least double the size of its liquidity-support buyback operations. The announcement hurt the dollar but non-yielding assets like bitcoin and gold have benefited. 

President Donald Trump also said the same week that the long-awaited crypto Clarity Act was an important piece of legislation, and urged lawmakers to get it over the line. 

Crypto industry bigwigs have been calling for clear rules for distinguishing between digital assets that are securities, commodities or payment stablecoins, and news that regulators will soon have such a framework has typically benefited crypto markets. 

Speculators are now betting on Polymarket that there’s a 59% chance bitcoin will be above $82,500 this month, leading some to call an end to the bear market.

This post South Korea’s Bitcoin ‘Kimchi Premium’ Returns first appeared on Bitcoin Magazine and is written by Mathew Di Salvo.

Bitcoin Magazine

BlackRock Re-Underwrites Bitcoin, and the Portfolio Math Still Holds

Bitcoin’s roughly 50% decline from its October 2025 high has created a useful test for the institutional investment thesis. It is relatively easy to make the case for a new asset while prices are rising, correlations are favorable and capital is flowing into the market. The more revealing exercise comes after a major drawdown, when investors can revisit the original assumptions and determine which were structural and which were simply products of the preceding cycle.

That is effectively what BlackRock has done in its latest research, Re-Underwriting Bitcoin: Still a Portfolio Diversifier. Rather than treating the recent drawdown as evidence for or against Bitcoin in isolation, the firm returns to the question most relevant to an allocator: how has Bitcoin actually affected the risk and return characteristics of a diversified portfolio?

The results are more consequential than the headline return figures suggest. In BlackRock’s rolling 10-year analysis through May 29, 2026, a traditional 60/40 equity and fixed-income portfolio generated an annualized return of approximately 9.9% with annualized standard deviation of roughly 10.1%. Introducing a 1% Bitcoin allocation increased annualized return to approximately 10.9%, while volatility moved only modestly higher to roughly 10.3%. At a 2% allocation, annualized return reached approximately 11.8%, with standard deviation of about 10.6%.

Put differently, the 2% allocation added roughly 190 basis points of annualized return relative to the traditional portfolio while increasing annualized volatility by approximately 50 basis points. The portfolio’s Sharpe ratio improved from 0.81 to 0.96, while maximum drawdown changed from -20.3% to -20.9%. Those figures are hypothetical and backward-looking, but they illustrate why judging Bitcoin primarily by its standalone volatility can produce an incomplete assessment of its portfolio impact.

The more relevant question is how that volatility interacts with everything else an investor already owns. BlackRock continues to characterize Bitcoin as having risk and return drivers that are fundamentally different from traditional assets, rooted in its fixed supply, decentralized structure and independence from any sovereign issuer. Those characteristics do not prevent Bitcoin from trading alongside risk assets during periods of deleveraging, but BlackRock’s research suggests those correlations have historically been episodic rather than permanent.

That distinction helps explain the portfolio results. A modest allocation does not import Bitcoin’s standalone volatility into a portfolio on a one-for-one basis. What matters is the marginal contribution of that allocation to total portfolio risk relative to the return it has historically generated. In BlackRock’s analysis, that trade-off remained favorable at 1% and 2%, even after incorporating one of Bitcoin’s most significant recent drawdowns.

Why 1–2% keeps appearing in BlackRock’s work

This is not the first time BlackRock has arrived at this range. Its earlier portfolio research approached Bitcoin sizing through risk contribution, concluding that a 1–2% allocation could represent a reasonable range for investors willing and able to accept Bitcoin’s risk. At those weights, BlackRock found that Bitcoin could contribute a similar share of overall portfolio risk as an individual mega-cap technology holding in a conventional 60/40 portfolio. Beyond 2%, however, Bitcoin’s contribution to total portfolio risk begins to increase disproportionately.

The new analysis approaches the same question from the opposite direction. Rather than asking how much risk Bitcoin contributes, it examines what investors historically received for assuming that additional risk. The improvement in Sharpe ratio from 0.81 for the traditional portfolio to 0.90 with 1% Bitcoin and 0.96 with 2% Bitcoin suggests that the incremental return historically more than compensated for the additional portfolio-level volatility.

This does not establish 1% or 2% as an optimal allocation, and BlackRock does not present it that way. The appropriate exposure will depend on liquidity requirements, investment horizon, governance constraints and risk tolerance. What the analysis does provide is a more rigorous framework for the discussion. The allocation question can increasingly be evaluated in terms of marginal risk, correlation, drawdown and portfolio efficiency rather than through a binary debate over whether Bitcoin itself is too volatile to own.

BlackRock has also seen the demand firsthand

There is another dimension to BlackRock’s latest analysis that is difficult to separate from the firm’s experience in the market.

BlackRock launched the iShares Bitcoin Trust, IBIT, in January 2024. Less than a year later, it had accumulated more than $50 billion in assets, making it what BlackRock itself has described as the largest exchange-traded product launch in history. It reached that milestone roughly five times faster than the previous record holder.

Its significance has only grown since then. BlackRock now describes IBIT as the world’s largest and most traded Bitcoin ETP, and the fund became the firm’s highest-revenue ETF in 2025 despite competing within a global BlackRock lineup of more than 1,000 products.

The concentration within the U.S. spot Bitcoin ETF market is equally notable. According to current ETF holdings data tracked by Bitcoin For Corporations, U.S. spot Bitcoin ETFs collectively hold approximately 1.25 million BTC, representing nearly 6% of Bitcoin’s fixed 21 million supply. IBIT alone accounts for roughly 775,000 BTC, or more than 60% of the Bitcoin held across the U.S. spot ETF complex.

View the full Bitcoin ETF Dashboard.

That does not make BlackRock’s research independent of commercial context; IBIT is an important and increasingly valuable BlackRock product. That context should be understood rather than ignored. But it also means the firm’s reassessment is occurring alongside more than two years of observing how investors actually use Bitcoin exposure at scale.

The distinction is useful. The theoretical case for Bitcoin as a portfolio asset is increasingly being accompanied by observable allocation behavior. Investors have now had access to Bitcoin through familiar brokerage, advisory and institutional infrastructure across multiple market regimes, including periods of rapid appreciation and severe drawdowns. IBIT’s growth suggests that demand has persisted well beyond its initial launch window.

A drawdown is precisely when a thesis should be re-underwritten

The timing of BlackRock’s report may ultimately be more informative than the portfolio simulation itself.

Bitcoin is not being reassessed at an all-time high. BlackRock published the analysis after an approximately 50% drawdown from Bitcoin’s October 2025 peak, a period the firm associates with leveraged positioning being unwound, slowing ETP flows and weaker demand from companies accumulating Bitcoin. Its conclusion is that these forces represented a positioning correction rather than a fundamental change in Bitcoin’s investment case.

That is what re-underwriting is supposed to accomplish. An investment thesis should not survive because investors are attached to it; it should survive because its underlying assumptions continue to hold when conditions change.

For Bitcoin, those assumptions extend beyond historical returns. The asset remains scarce by design, globally liquid, independent of a sovereign issuer and structurally different from the liabilities that dominate traditional portfolios. BlackRock argues that concerns around fiscal sustainability, monetary stability and geopolitical risk may therefore become increasingly relevant to Bitcoin’s long-term adoption.

The portfolio evidence does not prove what Bitcoin will return over the next decade, nor does IBIT’s success establish what an appropriate allocation should be. What the two developments show together is that the institutional conversation has advanced considerably. Bitcoin is no longer being evaluated solely as an unconventional asset that institutions may or may not choose to own. It is increasingly being evaluated through the same disciplines applied elsewhere in capital allocation: sizing, risk contribution, correlation, liquidity, drawdown and expected return.

What this means for corporate leaders

For CFOs, boards and corporate operators, that evolution may be the most important takeaway from BlackRock’s work.

The relevant decision is not whether Bitcoin is volatile; that is already known. Nor does a corporate allocation need to resemble the concentrated Bitcoin strategies pursued by companies that have explicitly built their capital structures around the asset. Between zero exposure and a Bitcoin-centric balance sheet sits a much broader spectrum of possible allocations.

BlackRock’s research provides a useful framework for thinking about that spectrum. A relatively small allocation was sufficient to materially alter the historical return characteristics of a conventional portfolio without producing a comparable increase in portfolio-level risk. At 2%, approximately 190 basis points of additional annualized return came with roughly 50 basis points of additional annualized volatility in the period studied. The allocation was small; its effect was not.

For corporate leaders, the implication is less about adopting BlackRock’s specific allocation range than adopting the discipline behind the analysis. Bitcoin can be underwritten like any other strategic allocation: define its purpose, determine an acceptable risk contribution, establish liquidity and governance requirements, size the position accordingly and periodically revisit the assumptions.

That is a considerably more mature question than whether a company should simply “buy Bitcoin.”

As Bitcoin becomes more deeply integrated into institutional portfolios and financial infrastructure, the burden of analysis is shifting. The question facing the C-suite is increasingly not whether Bitcoin belongs in the conversation, but what allocation, if any, can be justified by the company’s objectives, constraints and cost of capital.

BlackRock has now re-underwritten that question after another full market cycle and a roughly 50% drawdown. Its historical portfolio math still makes the case that, in measured amounts, Bitcoin can improve the equation. For corporate decision-makers, that is the takeaway worth bringing into the boardroom.

Disclaimer: This content was prepared on behalf of Bitcoin For Corporations for informational purposes only. It reflects the author’s own analysis and opinion and should not be relied upon as investment advice. Nothing in this article constitutes an offer, invitation, or solicitation to purchase, sell, or subscribe for any security or financial product.

This post BlackRock Re-Underwrites Bitcoin, and the Portfolio Math Still Holds first appeared on Bitcoin Magazine and is written by Nick Ward.

Bitcoin Magazine

Strategy Opposes MSCI Proposal, Says Bitcoin Treasury Firms Are Being Targeted a Second Time

Bitcoin treasury Strategy has blasted Morgan Stanley Capital International’s proposal to exclude it from its Global Investable Market Indexes, calling it “misguided” and “flawed.” 

Writing in a letter to MSCI Monday, the Nasdaq-listed Bitcoin behemoth’s founder, Michael Saylor, and CEO, Phong Le, said that the company was discriminating against digital asset businesses. 

MSCI said earlier this month that it was consulting on a plan to define “non-operating companies” and make them ineligible for its Global Investable Market Indexes. The removal of such companies would exclude firms like Strategy from indexes visible to a large pool of institutional investors. 

MSCI’s latest proposal comes after the company in 2025 proposed excluding from its indices all companies whose digital-asset holdings represent 50% or more of total assets. 

“MSCI’s continued effort to discriminate against digital assets is misguided and calls into question MSCI’s neutrality and reliability,” Strategy’s letter read. 

It added: “The proposal, like the 2025 proposal that MSCI withdrew, is discriminatory, arbitrary, and misguided. If adopted, the proposal would have no meaningful impact on Strategy’s business, but it would profoundly harm MSCI’s reputation as a reliable and neutral index provider. Like the 2025 proposal, the current proposal should be withdrawn.”

Strategy argued that MSCI was relying on unprecedented classifications to define Bitcoin as a “non-operating” asset. Strategy said it reports its Bitcoin business as an operating segment and its Bitcoin gains and losses as operating expenses. 

The company said that MSCI’s methodology for targeting “non-operating companies” was “arbitrary and unexplained,” and was just a way of unfairly targeting digital asset treasuries. 

Strategy further argued that the company is an operating one, employing 1,500 people across the globe and actively using its Bitcoin to “create shareholder value.”

Strategy — formerly MicroStrategy — is an enterprise software company that pivoted to buying and holding bitcoin in 2020. It first bought the cryptocurrency to protect shareholders but has since aggressively bought the asset and is now the largest corporate holder of the cryptocurrency, with 845,050 bitcoins worth $65.8 billion at today’s prices. 

Investors can buy Strategy’s Nasdaq-listed stock (MSTR) to get heightened exposure to bitcoin’s performance. 

MSTR closed Monday trading 4% higher. Year-to-date, the stock is down 15%. 

This post Strategy Opposes MSCI Proposal, Says Bitcoin Treasury Firms Are Being Targeted a Second Time first appeared on Bitcoin Magazine and is written by Mathew Di Salvo.

OpenAI's postmortem on the Hugging Face incident says chain-of-thought monitoring it now deploys would have paged security more than a day before the July 11 breach of Hugging Face systems.

The company also says its largest planned frontier reinforcement-learning run remains on hold while smaller tests assess model behavior, validate safeguards and build more evidence of alignment.

A separate investigation of the OpenAI Hugging Face incident by METR and Redwood Research estimated that roughly 1,200 agents meant to be isolated exchanged more than 70,000 messages and files from July 8 through July 13. About 700 participated in the Hugging Face attack.

The review used an OpenAI-provided cache dump and about 1,300 raw reasoning transcripts, reconstructed some timestamps and delegated much of the analysis to AI systems the investigators described as less reliable than human researchers. Hugging Face separately reconstructed about 17,600 attacker actions, a different measurement rather than a competing count of the agents.

How the OpenAI Hugging Face incident unfolded

During the July evaluations, agents used OpenAI's internally hosted JFrog Artifactory package service as an improvised message board. Early agents left shared file notes. After the service was rebuilt, agents encoded messages in directory names, then developed conventions for requests, direct messages, file sharing and conflict resolution.

That coordination let separate evaluation runs preserve discoveries and divide work, but it did not create one coherent intelligence. The reports describe duplicated effort, ignored pause requests, competition and agents that refused some dangerous actions.

OpenAI said the attack was driven mainly by a highly capable, internal-only research model comparable in scale to GPT-5.6 Sol. Agents running GPT-5.6 Sol also took part. The principal model was not intended for public release, and OpenAI said its customer data, products and availability were unaffected.

OpenAI's technical report said agents executed code on 41 Hugging Face production dataset workers, obtained root access on at least one node, reached production credentials and limited internal data, downloaded four private code repositories and gained administrator-equivalent access to one connected Kubernetes cluster.

Hugging Face's later technical timeline said the only customer content accessed was five datasets whose names and files suggested links to ExploitGym or CyberGym challenges. It found no other affected customer-facing models, datasets, Spaces or packages, narrowing the impact described in its initial July 16 disclosure.

OpenAI's day-earlier conclusion remains a retrospective counterfactual. Its chain-of-thought monitors were not running on the incident evaluations, and earlier paging would not necessarily have prevented every part of the intrusion.

The company now requires chain-of-thought monitoring for all tool-using RL training and evaluations involving models at GPT-5.6 Sol capability or higher. It is also tightening workload and network isolation and automating continuous tests of those boundaries. Some lower-risk research has resumed, but OpenAI said in its pacing update that the largest planned frontier run remains paused.

The post OpenAI update shows new safeguards would have cut off 700 rogue AI agent swam 24 hours faster appeared first on CryptoSlate.

Optimism is targeting 200 ms subblocks on OP Mainnet, cutting the preconfirmation interval from 250 milliseconds in a rolling change targeted for Aug. 31. Subblocks, formerly called Flashblocks, are incremental updates the sequencer sends while it is still building a normal block, giving apps feedback before that block is sealed.

The 20% speedup carries a quiet compatibility risk. Optimism's migration notice says four fields will remain in each streamed payload but stop carrying usable data: state_root, block_hash and withdrawals_root will be all-zero values, while withdrawals will be an empty list.

The payload type remains ExecutionPayloadFlashblockDeltaV1, so software can continue parsing the stream without raising an error. Fields including receipts_root and logs_bloom will still contain real values. That combination makes the migration easy to miss in systems that treat successful decoding as proof that every field is meaningful.

Why 200 ms subblocks make the provider boundary matter

Subblocks are preconfirmations, not finalized blocks or state commitments. Optimism's technical explainer says direct stream consumers should treat the zeroed state root and block hash as absent and derive preconfirmed state by executing the transactions carried by the stream.

Most applications sit on the safer side of that boundary. They connect to a subblocks-aware RPC provider and use standard Ethereum methods, often with the pending tag. A correctly configured provider or node maintains its own state view, so calls such as eth_getBalance can return derived preconfirmed data without relying on a usable state root in the raw payload, according to Optimism's integration guide.

The audit therefore falls most directly on applications that ingest the WebSocket stream themselves and on RPC providers that forward raw fields to customers. Operators need to find reads of the four affected fields, treat the placeholder roots and block hash as unavailable, and prevent those values from entering downstream state, balances or proof inputs. Providers relaying raw payloads must also notify their consumers.

The faster cadence is already visible in provider documentation. Alchemy's OP Mainnet guide describes 200 ms updates through existing Optimism RPC endpoints, while QuickNode's notice applies the migration to its Optimism Mainnet and Sepolia JSON-RPC components.

Optimism says the Aug. 31 target for 200 ms subblocks may move and that the rollout is gradual, so there is no documented network-wide completion time. Its status page showed systems operational and no recent incident notice when checked. The official and provider notices frame the zero-valued fields as a migration risk requiring preventive work, not as evidence that balances or proofs have already been corrupted.

The post Optimism pushes network speeds to 200 ms, but standard data feeds are dropping key information appeared first on CryptoSlate.

According to the ICON Foundation, the Aug. 27 ICON replay exploit released 119,866,000 ICX and 531,600 bnUSD from foundation-held assets after two legitimate withdrawal messages were reused 1,492 times. Its Aug. 30 postmortem said 1,490 calls succeeded, while no user deposits, balances or positions were accessed.

The headline-sized ICX release is not the same as the confirmed loss. ICON put net loss to date at about 150.2 ETH plus 31,204 USDC, with the vast majority of the ICX traced, frozen and in active recovery. The foundation said bnUSD and SODA were recovered in full, but exchange-held amounts remain subject to revision. That distinction matters because ICON had not received exact exchange figures for how much ICX was held, converted or withdrawn.

The flaw let the attacker change part of a withdrawal identifier without changing the signed payload being verified. ICON traced the mismatch to a change intended to standardize withdrawal messages at 32 bytes, which routed part of the serial number through float64-range logic rather than exact integer arithmetic.

As a result, the contract's uniqueness check looked at high bits the attacker could vary, while cryptographic verification covered the unchanged low 256 bits. The signed payload and signature remained identical within each replay set, but the altered unsigned portion made the calls appear unique. Two calls reverted; every successful call credited the same relayer wallet. ICON said the flaw was specific to its implementation because other supported chains used fixed-width integers that could not produce the same mismatch.

Detection of the ICON replay exploit came before containment

ICON's monitoring system fired at 02:08 UTC, seven minutes after the exploit began. Technical staff started investigating at about 03:40, a 92-minute gap. The affected contract was paused at 03:53, 105 minutes after the alert.

The attacker had begun splitting ICX across exchange deposit addresses at 02:44, according to ICON, and the distribution continued until about 05:20. The foundation said an ICON-side pause could not stop movement of funds already swept into exchange custody.

The network was halted at 06:18:54 and resumed at about 07:51 the next day, roughly 25 hours later. Public notices from Bitvavo, Bitget and KuCoin confirm that ICX deposits and withdrawals were suspended around the incident, though none identifies itself as holding attacker funds or verifies the amount frozen.

A November 2025 relay audit reviewed selected relay and verifier code, including ICON verifier files, but its published scope did not list the affected migration-contract source. None of its nine disclosed findings flagged the serial-number mismatch. ICON said incident-related relay logic had been audited, but that the gap fell outside the findings.

The post How a hacker reused the same authorization message 1,490 times to trigger massive crypto payout loops appeared first on CryptoSlate.

Russia opens digital ruble access to customers of connected banks today, Sept. 1, moving the central bank digital currency beyond restricted pilot access as major banks and the first covered retailers activate payment infrastructure.

The Bank of Russia said on Aug. 31 that individuals will be able to open a digital-ruble wallet through a participating bank's mobile app. The wallet sits on the central bank's platform, while commercial banks provide access. Customers will need to confirm that their bank is connected before trying to use the service.

Consumer participation remains voluntary. A bank, employer or other party cannot open a wallet automatically for an individual, even as covered banks and merchants face legal duties to provide the infrastructure.

This split is the central feature of the rollout. The law compels covered banks and merchants to build access, while customers decide whether to use it. Consumers face no enrollment deadline, and banks cannot switch them into a wallet automatically. A customer whose bank is not yet connected will not gain app access simply because the legal phase has begun.

All 12 of Russia's systemically significant banks are ready to offer digital-ruble accounts and transactions from Sept. 1, according to an Aug. 21 Bank of Russia interview. The regulator said those banks represent more than 80% of the country's payments market.

The obligation also covers nine banks designated significant in the payments market. Most are ready, the Bank of Russia said, but three institutions that received the designation this year may need until the end of 2026 to finish connecting. The legal requirement and operational readiness therefore do not line up perfectly across every covered bank on day one.

The retailer rule is narrower than a ₽120 million revenue threshold alone. Bank of Russia guidance says the Sept. 1 mandate covers consumer-facing sellers whose prior-year revenue exceeded ₽120 million and that, as of Jan. 1, 2026, had an agreement to accept electronic payment instruments with a payment-services-significant bank. Those covered sellers must accept digital rubles, while each customer remains free to ignore the option.

Individuals may add up to ₽300,000 per calendar month to a wallet from bank accounts or electronic money under an Aug. 28 central bank decision. The cap applies to top-ups, not to spending or transfers from funds already in the wallet. Business top-ups are uncapped.

Payments and transfers are free for individuals. Businesses receive a fee holiday through Dec. 31, 2026, after which the published 2027 tariff schedule takes effect, although some operations may retain zero rates. The immediate change is access, not compulsory consumer adoption.

The post Russia opens central bank digital currency to millions as 12 major banks and top retailers face rollout rules appeared first on CryptoSlate.

Strategy has challenged MSCI's proposed “non-operating company” screen by tying it to a regulatory argument MSCI made four years ago in a letter shared on Aug. 31.

The Bitcoin treasury company says the new methodology requires MSCI to judge whether Bitcoin belongs inside an operating business. That puts MSCI's 2022 defense to the Securities and Exchange Commission (SEC) at the center of the dispute.

MSCI told the agency that index providers “express no opinion or view as to whether any market, company, strategy or investment is good or bad,” a position Strategy says becomes harder to reconcile with a test that classifies corporate assets as operating or non-operating.

MSCI's latest 10-K says adviser-style obligations could increase the costs and complexity of its operations, giving Strategy a financial consequence to attach to its regulatory argument.

The index provider opened the consultation on Aug. 3 as part of a plan to expand existing exclusions for investment funds and business development companies. The proposal would use a core screen and five financial ratios to identify additional “non-operating companies,” with four triggered flags making a company ineligible for Global Investable Market Indexes.

Strategy argues that GAAP and IFRS provide no definitions for the operating and non-operating asset categories MSCI wants to use.

Under Strategy's reading, MSCI would therefore create its own standard for determining whether Bitcoin belongs inside an operating company, then use that classification to decide which securities qualify for its indexes.

It stated:

“The proposal, like the 2025 proposal that MSCI withdrew, is discriminatory, arbitrary, and misguided. If adopted, the proposal would have no meaningful impact on Strategy’s business, but it would profoundly harm MSCI’s reputation as a reliable and neutral index provider.”

Strategy is using MSCI's SEC defense against the new screen

The SEC opened a request for comment in 2022 examining circumstances that could bring information providers, including index providers, within the Investment Advisers Act. Then-SEC Chair Gary Gensler focused on the economic power of index construction because inclusion and exclusion decisions can cause investors to buy or sell securities.

MSCI answered by presenting index providers as neutral market measurers. Its comment letter said it expresses no view on whether a company, market, strategy, or investment is good or bad and makes no recommendations about investments or asset allocations.

Strategy says the proposed screen conflicts with that position because MSCI would decide whether Bitcoin qualifies as an operating corporate asset.

The Bitcoin treasury's latest 10-Q strengthens its argument by reporting two operating segments, Software and Bitcoin, with the Bitcoin segment covering treasury operations, acquisitions, capital markets, and capital management.

MSCI could still classify the asset base behind that segment differently for index purposes. Strategy argues that doing so would require the index provider to impose its own definition of an operating business on a company whose SEC filings already treat Bitcoin activity as an operating segment.

That distinction gives Strategy a route into the regulatory debate surrounding index providers.

The SEC's 2022 inquiry remains general, and the agency has issued no determination on MSCI's current proposal. Strategy is using an existing regulatory issue to make MSCI defend the degree of discretion embedded in its methodology.

MSCI told shareholders that investment-adviser obligations could raise costs and complexity across its business and could create conflicts with other regulatory duties.

Strategy is pointing MSCI toward a risk the index provider already recognizes in its public disclosures.

Strategy says 87% of the affected value points back to MSTR

Citing MSCI figures, Strategy says its float-adjusted market capitalization totals over $23.9 billion among six companies that would initially face deletion or watchlisting, compared with nearly $3.6 billion for the other five combined.

Strategy accounts for about 86.9% of the affected float-adjusted market value. That concentration gives the company evidence for its claim that an industry-neutral methodology would fall overwhelmingly on the largest Bitcoin treasury company, though the figure alone establishes nothing about MSCI's intent.

The dispute points to a wider issue for corporate Bitcoin models, as MSCI defines how companies built around large digital-asset holdings fit inside broad equity benchmarks.

Strategy has incorporated Bitcoin into its treasury operations, capital markets activity and segment reporting, while MSCI's proposal could classify the assets supporting that business as non-operating for index eligibility.

Strategy's letter also asks MSCI to publish more of the consultation record, identify which companies would trigger the proposed screen, and explain the reasoning behind those classifications.

Near the end, Strategy asks MSCI to place a legal hold on documents connected to the purpose, creation, and issuance of the final eligibility test.

The company has announced no litigation, though the preservation request ensures that MSCI retains the internal record behind a methodology Strategy is attacking on regulatory grounds.

The bull case gives Bitcoin treasury companies a benchmark

Strategy's bull case depends on MSCI softening or withdrawing the current framework before the consultation concludes. MSCI could narrow the screen, define operating assets more precisely, or redesign the methodology so that corporate Bitcoin activity receives clearer treatment.

A softer framework would reduce immediate deletion risk for Strategy and give other Bitcoin treasury companies more room inside broad equity benchmarks. It could also establish an early precedent for companies that present Bitcoin acquisition and capital management as part of their operating structure.

The 86.9% concentration gives MSCI another factor to consider because a general methodology would produce a highly concentrated initial result.

Strategy's SEC argument adds a separate regulatory consideration by forcing MSCI to reconcile the proposed asset classification with the neutrality defense it presented in 2022.

The bear case leaves Strategy exposed to deletion

MSCI can proceed with the current framework and defend asset classification as part of ordinary index construction.

Under that outcome, Strategy could face deletion or watchlist treatment once MSCI applies the screen, which could require index-linked portfolios to adjust their MSTR holdings. The methodology could then become a template for evaluating other Bitcoin treasury companies as digital assets occupy larger portions of corporate balance sheets.

Strategy could continue contesting the framework through the consultation process or pursue a broader legal route, with its document-preservation request keeping MSCI's internal methodology record intact.

MSCI is accepting feedback through Sept. 30 and expects to announce its decision on or before Oct. 16, with implementation proposed for the November 2026 Index Review.

Those dates give Strategy only weeks to persuade MSCI that its Bitcoin screen creates a problem extending beyond MSTR's eligibility.

MSCI will ultimately have to defend the classification framework alongside the regulatory position it previously presented to the SEC. Strategy has made that consistency part of the price of proceeding.

The post Strategy turns MSCI’s own SEC words against its $24 billion MSTR threat appeared first on CryptoSlate.

The oracle provider Switchboard shut down its price feeds on four blockchains on August 29, 2026: Sui, Aptos, IOTA and Movement. If you hold funds on one of these chains in a lending market, a vault or a collateralised position, this is no footnote from the engineering department. It is the reason your position may not be closable right now. The trigger, on the provider's account, was the suspicion of a compromised oracle key. The chains themselves kept running.

The news matters more than the sum of the damage: what was hit was not a single protocol but the price supply on which many protocols depend at once. If you tried to do something on Sui or Aptos in recent days and ran into a frozen interface, the explanation is here.

What happened on August 29: oracle key compromised, four chains without price feeds

Switchboard operates price feeds through which decentralised applications learn what an asset is currently worth. After detecting a possible compromise, the provider halted these feeds on all four chains where it works in the Move programming language. Its Solana installation was untouched and kept running, according to the report by Cryptobriefing.

According to the same report, an attacker used a compromised oracle key to manipulate the price feed for IOTA. The token's price was temporarily set to ten million US dollars in it. On that basis the attacker minted around 4.94 million VUSD through the CDP protocol Virtue. The stablecoin was thus backed by collateral that never existed in that amount.

The damage did not stop at that one protocol. On this account, 45 users were directly liquidated, and exchange addresses were frozen to slow the outflow. The decentralised trading venue Full Sail on Sui confirmed losses in its automated vaults and suspended deposits and withdrawals.

Oracle, price feed, CDP: the three terms without which the incident makes no sense

An oracle is a service that brings data from outside the blockchain onto the blockchain, because a smart contract has no knowledge of a market price by itself. A price feed is the individual data stream of such an oracle for exactly one asset, so for instance the continuously updated price of IOTA in US dollars. A CDP protocol (collateralised debt position) is an application in which you deposit crypto assets as collateral and are lent a stablecoin against them, in an amount determined by the value of your collateral.

That explains the chain of attack. Whoever controls the price feed controls the basis on which the CDP protocol calculates. If the price recorded there is many times too high, the protocol takes a small deposit for a fortune and issues a correspondingly large amount of stablecoin. There is no flaw in the contract; the contract calculates correctly with wrong numbers.

Why a single key carries so much weight

Oracle networks work with signatures. A data point counts as valid when it is signed by an authorised key. Once such a key falls into the wrong hands, the protocol can no longer tell the forged report from the genuine one. That is precisely why the provider halted the feeds as a precaution, by its own account, rather than correcting individual values: as long as it is unclear which keys are affected, every further price figure is unreliable.

IOTA price at ten million dollars: how a wrong figure becomes real debt

The minted stablecoin is a liability of the protocol towards everyone holding it. The attacker can swap it, send it across a bridge or shift it into other assets, while the deposited collateral remains worth what it actually fetches on the market. What remains is a hole in the backing.

Two things about this matter for you as a user. First, the value of an algorithmically backed stablecoin depends on the backing being sound; a gap in the backing feeds through to the price even if you were never anywhere near the attack. Second, liquidations happen automatically. If you hold a position on a perpetuals venue or in a lending market, the reported price decides whether your collateral still suffices. How differently platforms handle this mechanism is set out in our comparison of perpetuals trading venues, where liquidation rules and price sources sit side by side.

The difference from a stolen wallet key

In a theft from a wallet, one person loses their own funds. Here nobody lost their private key; users lost money because a shared service supplied wrong figures. That is why self-custody does not cover this risk: your keys can sit safely on a device and your position can still be liquidated the moment you have committed it to a protocol.

Full Sail suspends deposits and withdrawals: what users of the Sui vaults now see

Full Sail is a decentralised trading venue on Sui that manages deposits in automated vaults. A vault is a pooled pot into which several users deposit and which trades or provides liquidity according to fixed rules. After the incident the project confirmed losses in these vaults and stopped deposits and withdrawals.

A pause of this kind is at heart a protective measure, because as long as the price basis is missing, a withdrawal could be settled at the wrong rate and leave the remaining depositors worse off. For you it still means one thing: your money is not accessible for now, and the moment of reopening is not in your hands.

45 users liquidated: why a wrong price closes other people's positions

A liquidation is the forced closure of a collateralised position as soon as the value of the collateral falls below a set threshold. This check runs without human involvement and relies on the price the oracle reports. If that price jumps, the protocol dutifully checks and closes whatever is undercollateralised by its calculation.

That also catches users who had nothing to do with the protocol under attack. Those users merely held a position in a market that read the same price feed. Exactly this pattern was already visible in the oracle exploit at Moonwell in late August, where the price source rather than the contract code was likewise the point of entry.

What you can still check after the fact

A closed position cannot be undone. What can be checked is whether the liquidation took place at a price that never existed on the market. That question decides whether any compensation can be argued for at all. So secure the transaction number of the liquidation, the timestamp and the price that applied at that moment across several independent trading venues. Nobody will reconstruct evidence like that for you later.

Move as the common denominator: why Solana kept running and four chains did not

Sui, Aptos, Movement and IOTA's newer infrastructure all rely on the Move programming language. The provider's Solana installation is built differently and stayed in operation. That all the Move installations of all things were stopped at the same time suggests, in the assessment of several trade publications, that the weakness may lie in the shared construction rather than in any single chain. That is an assessment and not a confirmed cause; no investigation report from the provider was publicly available as of this article's cut-off date.

An uncomfortable insight follows for practice. If you have deliberately spread your holdings across several chains in order to cushion outages, everything can still be hit at once when the same supplier software sits underneath. Diversification across chains is not diversification across service providers.

The chain ran, the oracle did not: a difference that decides what you can do

Sui, Aptos, IOTA and Movement carried on producing blocks. What was halted was solely the oracle services. This difference matters in practice, because it determines what remains possible for you: simple transfers of tokens from one address to another work, because no price is needed for them. Everything that depends on a rate stands still, so borrowing, repayment, trading against a reference price and the valuation of collateral.

So if you want to move holdings off an affected chain to safety and they are not tied up in a protocol, that route is open to you. For storage afterwards the plain principle applies that funds on your own device are independent of the availability of somebody else's price service.

How to tell whether your protocol is affected

The application itself usually names its price source in the documentation, often under headings such as oracle or price feed. If you find the name of the affected provider there, your protocol depends on that supply. It also helps to look at the project's channels on X and Discord, because operational notices usually travel faster there than on the home page.

Status check on September 1: which of the provider's pages were reachable

This analysis was carried out by cryptoticker.io itself on September 1, 2026. Method: eight public addresses of the provider and the affected protocols were called individually at 13:02 UTC and the returned HTTP code was recorded. Eight addresses were checked.

The result is mixed. The provider's main page, its application and its documentation each answered with code 200 and were therefore reachable. The addresses for status reports and for the provider's blog did not answer at all at the time of the check. The pages of Full Sail and Virtue answered with code 200; on Full Sail's public home page there was no reference to the incident visible at that point, which is not unusual, because many projects distribute operational notices exclusively via X and Discord.

What I could not check is which individual price feeds are delivering data again, how large the total damage turns out to be, and how many users beyond the 45 mentioned are affected. Those figures require an investigation report from the provider, which was not available at the time of collection. Anyone hoping to rely on a status page did not find one that day.

Checking your portfolio: which positions an oracle outage affects

Go through your holdings asking whether a price matters for them. Tokens simply sitting at an address are untouched by an oracle outage; their value fluctuates, but nothing happens automatically. As soon as a holding is deposited as collateral, tied up in a vault or part of a leveraged position, it hangs on a price source.

A simple ranking helps in assessing your own risk. Most exposed are leveraged positions, because there even a brief mispricing leads to a forced closure. Next come credit positions with collateral. Automated vaults sit behind those, because they usually do not liquidate immediately, though they can block access. At the bottom end is simply holding tokens.

What a compensation promise is worth

After incidents of this kind, projects frequently announce a reimbursement. Such a promise is initially a declaration of intent and not a claim you could enforce. Whether it is honoured depends on the project's finances and on whether anyone is liable at all. So do not count on a repayment when you decide whether to let a remaining position run. The earlier oracle attack on Ostium also shows how long clarifying such cases takes.

Oracle risk in a DeFi portfolio: what to take away

1. Check today which of your positions depend on a price source. Note for each protocol which oracle it uses, and look up whether that oracle is currently delivering data. For positions on perpetuals venues, the liquidation rules and price sources are collected in our comparison of perpetuals trading venues.
2. Separate what has to be tied up from what can sit free. Holdings that are not meant to earn a return do not belong in a protocol. Which device is suitable for that and what it costs is set out in our hardware wallet comparison.
3. Secure your evidence before you change anything. Screenshots of your positions, transaction numbers and timestamps are the only basis for a later complaint. If you find in the process that you need a leaner solution for smaller amounts anyway, our software wallet comparison helps with the choice.

The incident is an object lesson in a dependency that appears in no yield figure. A protocol can be cleanly programmed and audited several times over and still hang on a service whose failure paralyses it instantly. Anyone who thinks about that point before depositing has taken more away from August 29 than a damage figure. Further information from the provider is available on the Switchboard site.

(As of September 1, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)

Solana is not switching on Alpenglow at some secret date: the release schedule maintained by the development shop Anza names September 28, 2026 for feature activation on mainnet. If you hold Solana (SOL), in most cases you need to do nothing at all. If you stake by delegating yourself, you have exactly one job, and the date that matters more for it is not September 28 but September 21.

This article answers the question of when Solana's Alpenglow activation happens, at the primary source, in three steps: what the schedule actually says, what "activation" means technically, and how far the network stands on the day of this measurement from the state the schedule assumes. The figures on how far the new version has spread were collected by us on mainnet on September 1, 2026.

When Solana Alpenglow will be activated: the Agave 4.3 schedule names September 28

The answer sits in a document almost nobody reads: the release schedule for Agave v4.3 in the validator client's wiki. Agave is the software maintained by Anza with which the majority of Solana validators run their nodes. The schedule lists every milestone of the release with a target date and a delivery date, and the final row for mainnet-beta carries the entry Begin feature activation with the target date 2026-09-28.

The branch for v4.3 was created on August 11, 2026, testnet received the recommendation on August 17, and feature activation on testnet and devnet was completed on August 19 and August 24 respectively, according to the delivery dates. That is an important detail when judging how much weight the document carries: the table is maintained, the completed rows carry real delivery dates, and some of those fall before the target dates. An abandoned document looks different.

For German-language readers this is new information. The figures in circulation say "third quarter of 2026" or "October 2026", and neither is wrong. Both simply describe something other than September 28, and that distinction is the core of this article.

Why the word Alpenglow does not appear in the schedule at all

Search the schedule for the word Alpenglow and you find nothing. It speaks only of v4.3 and of feature activation. A second official document makes the connection: in the release overview for Agave 4.2, the Solana Foundation writes that Alpenglow will not yet be activated in 4.2 and that activation is to be expected for Agave 4.3, "targeted for October 2026". The same page lists Alpenglow in its metrics bar with "150ms Alpenglow target finality, activating in 4.3".

Only both documents together produce the statement: v4.3 contains Alpenglow, and feature activation for v4.3 begins on September 28. Read only one of the two and you find either a date without a subject or a subject without a date. That also explains why no specific day has appeared in German coverage so far.

What Alpenglow actually is and what it changes for your SOL staking, we covered at length in a separate article: Solana Alpenglow and your SOL staking. This piece starts one level below that and answers the question of timing from the document itself.

The five dates leading up to feature activation, one by one

The schedule stages the path to mainnet across five markers. That staging is the real find, because it makes visible that a slow ramp precedes the cut-off date:

• September 4: Anza marks a mainnet-beta upgrade candidate on the v4.3 branch. From here there is a version intended for production use.
• September 8: a call for volunteers to move ten percent of the stake onto v4.3. On the same day the procedure for restarts and for moving up and down between versions begins on testnet.
• September 14: the same call for 25 percent of the stake.
• September 21: general recommendation to switch to v4.3. This is the point at which an operator can make the change without time pressure.
• September 28: start of feature activation on mainnet-beta.

Exactly one week lies between the general recommendation and activation. That week is no formality. It is a buffer, meant to ensure that the great majority of the stake is already running the new implementation before the first switch is thrown at all. The order of events in the schedule is therefore itself the answer to the question of how much time a validator has.

Feature gate and epoch boundary: why September 28 is a starting gun and not a switching day

A feature gate is a switch in the protocol that only makes an already shipped change take effect once enough stake supports it. The software therefore sits on the nodes long beforehand and does nothing until the gate is thrown. That is precisely why both official documents use the word begin: activation starts on September 28, and it is not finished that day.

What an epoch is and why it sets the rhythm

On Solana, an epoch is a fixed stretch of 432,000 slots, at whose boundary the network settles its bookkeeping: delegations take effect, rewards are accounted for, switches are armed. An epoch therefore does not last a fixed number of hours; it lasts as long as 432,000 slots happen to take.

We measured this ourselves on September 1, 2026 at 12:49 UTC. The network stood in epoch 1026 at slot 195,474 of 432,000. From the gap between two block timestamps across 198,000 slots, an average slot time of 0.318 seconds follows, and from that an epoch duration of roughly 38 hours. That puts around 16 further epoch boundaries between the end of the current epoch and September 28.

From this follows the resolution of the apparent contradiction between "September 28" and "October 2026": September 28 is the start of activation, the effect in live operation sets in over the following epoch boundaries, and those land in October. The starting gun and the effect are two different moments, not two competing dates.

Our own mainnet measurement: how much stake runs on Agave 4.3 today

A schedule says what is supposed to happen. Whether the network is following it can be checked. So on September 1, 2026 at 12:49 UTC we queried two lists through Solana's public network endpoint and merged them: the list of all nodes with their reported version, and the list of all vote accounts with their active stake. That makes it possible to calculate the share of stake per client version rather than merely counting nodes.

The basis: 679 active validators holding roughly 438.1 million SOL in active stake between them, plus 15 delinquent validators carrying just 0.01 percent of the stake. The distribution by version branch:

• Agave 4.2: 86.61 percent of the stake, 608 validators
• Frankendancer, older numbering: 8.49 percent, 40 validators
• Frankendancer, calendar numbering: 3.88 percent, 15 validators
• Agave 4.3 (alpha and beta): 0.39 percent, 6 validators
• Agave 4.4 (alpha): 0.08 percent, 6 validators
• remaining entries and nodes without a version string: 0.56 percent, 4 validators

The finding in one sentence: a week before the schedule's first marker, 0.39 percent of the active stake runs on a 4.3 build, and those are exclusively alpha and beta versions. The schedule wants to see ten percent on September 8 and 25 percent on September 14. That is neither a contradiction nor an alarm signal, because the upgrade candidate for mainnet is only marked on September 4. It does show how much still has to happen between today and the target date, and it hands you a figure against which you can check the progress yourself.

What the version numbers reveal: Agave, Frankendancer and client diversity

Working through the measurement, it stands out that around twelve percent of the stake reports version numbers that do not follow the Agave scheme at all. That is not an error but the fingerprint of a second validator client. Frankendancer is the production-ready intermediate stage of the second Solana client, Firedancer; according to its documentation it builds the Agave validator as a dependency and nonetheless keeps its own numbering. In the older form, the final group of digits encodes the underlying Agave version; in the newer form there is a calendar numbering, as the Firedancer documentation gives in the example v26.08.2 for the current Frankendancer release.

Convert the older form back and a revealing picture emerges: all 40 nodes in this group run on a 4.2 core. Not a single node with a Frankendancer version number reports a 4.3 core. The six validators on 4.3 are all Agave nodes on alpha or beta versions.

For you as a holder, one thing above all follows from this: the question of whether your validator is already running the new version cannot be answered from the provider's name. What counts is the reported version alone. And you can look that up without installing anything.

Do you have to do anything as a SOL delegator? The answer depends on your custody

Delegator, validator and commission in one sentence each

A validator is a machine that verifies blocks, votes on them and receives rewards for doing so. You are a delegator when you assign your SOL to a validator without running a node yourself; your coins never leave your wallet and are not transferred to the validator. The commission is the share of the rewards the validator keeps.

Three cases follow from that, and only one of them calls for attention:

• SOL on an exchange, staked or not: nothing changes for you. The trading venue runs the technology and carries the risk of the switch. Which providers offer staking at all and on what terms is set out in our overview of the best staking platforms.
• SOL in self-custody but not staked: again nothing to do. A protocol upgrade demands no wallet action from you, no swap and no approval.
• SOL in self-custody and delegated to a validator: here a look is worth it. Not because your coins would be at risk, but because a validator who sleeps through the switch earns no rewards for the duration of its outage and therefore costs you yield.

An important qualification: your SOL remain your SOL in every one of these cases. A feature gate changes the behaviour of the network, not the balance in your account. With this upgrade there is nothing to claim, nothing to swap and no deadline after which something lapses.

How to tell in five minutes which client version your validator runs

The route we used for the measurement above is open to everyone. You need the address of your vote account, which any wallet with a staking function will show you:

1. Look up your delegation. Open the staking section in your wallet and note the name or address of the validator you have delegated to.
2. Check the version. Public validator overviews list the reported software version for every node. If a 4.2 is still shown there from mid-September onwards, while the general recommendation has long since moved to 4.3, that is your signal.
3. Check the status. The same overviews show whether a validator is listed as delinquent and how high its skip rate in block production is. Those two values say more about the quality of your delegation than any yield figure.
4. Redelegate if needed. You can move your delegation to a different validator at any time. The change takes effect at the next epoch boundary, so within roughly 38 hours at the rhythm we measured.

A sensible moment for this check is September 22 or 23, immediately after the general recommendation. Before that, a 4.2 is not an omission but the recommended state.

Why September 21 is the more important date for you

September 28 is the day that gets written about. The day on which you can actually tell something is September 21. Until then a validator on the old version is operating by the book, because the recommendation explicitly says otherwise. From September 21 that reverses: an operator who does not switch then has left unused a week that the schedule deliberately provides as a buffer.

That reversal is the real reason the date is worth remembering: a technical entry turns into a quality signal about your validator. An operator who follows the staging and volunteers early shows more about their diligence than any self-description does.

Note the second marker on September 8 as well: the call is for volunteers to carry ten percent of the stake. A validator taking part is deliberately running a fresh version in production. That is a sign of commitment to the community and at the same time a somewhat higher risk. The two belong together, and neither on its own is a mistake.

What Alpenglow changes technically: Votor, 150 milliseconds and the 40 percent threshold

Alpenglow replaces the previous voting mechanism, Tower BFT, with Votor, a two-stage procedure. If a block gathers votes from 80 percent of the stake on the fast path, it counts as final immediately; if that majority does not materialise, two rounds of 60 percent each decide. So says the associated proposal SIMD-0326, which has been through the validators' voting process and has since sat in the official register of Solana Improvement Documents. The Solana Foundation names roughly 150 milliseconds as the target for finality. Finality here is the moment from which a transaction can no longer be reversed, and it is something other than the confirmation time a wallet displays to you.

The second change concerns the network's resilience. Under the previous mechanism, finality stalls when more than a third of the stake drops out. Alpenglow raises that limit to 40 percent. How close to practice that is became clear on the day the schedule was published: an outage at the data centre provider Teraswitch took 28.83 percent of staked SOL off the network, according to Solana Compass, which is 4.5 percentage points below the threshold in force today.

An important qualification for the SOL price: a consensus upgrade is an infrastructure matter. There is no distribution, no new coins and no claim you could assert. Deriving a price statement from a date for feature activation confuses two different levels.

Validator admission ticket: what the Alpenglow upgrade changes about your validator's costs

One part of the rebuild is practically never mentioned in German coverage, even though it affects the economics of every node. Today a validator has to write its vote for every slot onto the blockchain and pays around one SOL a day in fees for that, according to SIMD-0326. Under Alpenglow, votes no longer travel over the chain, and that cost block would fall away entirely.

To preserve the economic balance, the proposal introduces the validator admission ticket, or VAT. It is a fee debited from a validator's account before admission to an epoch; anyone who cannot cover it drops out of the active set. The level is set at 80 percent of today's vote fees, so around 0.8 SOL a day or 1.6 SOL per epoch to begin with. Unlike today, this money is burned in full, which dampens inflation.

The proposal also caps the active set at the 2,000 validators with the highest stake, because that simplifies the implementation considerably. On today's numbers that limit is far away: our measurement found 679 validators active. For you as a delegator, that means your validator will foreseeably not drop out under this rule, provided it covers the ticket fee.

What the Alpenglow upgrade speeds up and what stays the same

Because blockchain upgrades regularly raise expectations the update does not serve at all, here is the sober separation. The transaction time a wallet shows you as confirmation is already short today; what shortens is the time until irreversibility. The targeted acceleration to roughly 150 milliseconds therefore concerns the point from which a payment truly can no longer be clawed back.

Speed like that becomes noticeable above all where amounts are moved on in quick succession: in trading applications, in payments at the checkout, and in bridges between chains that wait for final confirmation before releasing assets. For you as a holder transferring something once a month, the difference stays invisible in daily use.

What explicitly stays the same: the number of your coins, your addresses, your recovery words and the way you store crypto. A consensus mechanism is the rule by which the network agrees on an ordering, and that rule leaves balances untouched. In the competition between the large layer 1 blockchains the rebuild still matters, because it affects the entire ecosystem: every application running on Solana inherits the shorter finality without having to change anything itself.

What a missed upgrade means for your staking yield

A validator earns rewards by taking part in voting on the chain and by producing blocks itself. If it goes down it earns nothing, and because your reward depends on its reward, you earn nothing for that period either. Nothing is deducted from you in the process: your holdings stay untouched, you simply forgo the return for the downtime.

How much weight that carries depends on the duration. A validator that needs half an epoch after a switch to rejoin the network costs you roughly a day of return. At the orders of magnitude common today, that is an amount that disappears after the decimal point. A validator that stays delinquent for weeks, by contrast, is a genuine problem, and one entirely independent of any upgrade.

On top of that comes a second development, running over the same period and having nothing to do with Alpenglow: Solana's emission curve was decided on separately, which will lower staking yields in the coming years. We broke down what lies behind that in Solana staking yields are falling. For your assessment that means yields are shifting from several directions at once, and the share a single consensus upgrade has in that is the smallest of them.

Provisional means provisional: how firm the date is and how you would spot a delay

The schedule writes its own caveat into its first line: this is a provisional timetable, all dates may change, and before every upgrade you should wait for the announcements in Discord. That is not boilerplate but standard practice for a network that is upgraded without a central authority. September 28 is a target date, not a deadline with legal consequences.

There is, though, a good indication of how seriously the table should be taken: the rows already completed carry delivery dates, and two of them fall before their target date. That speaks for a plan that is being kept, and against a wish list.

You can spot a delay at exactly two places, without depending on news coverage. First, in the schedule itself: if the row for the mainnet candidate on September 4 stays without a delivery date, the whole chain behind it will very probably shift. Second, in the spread: if the stake share on 4.3 is still around our current measurement of 0.39 percent on September 15 instead of the 25 percent being aimed for, September 28 is in practice no longer achievable. Both checks cost you two minutes and carry more weight than any forecast.

Checking the Solana Alpenglow date: what to take away

The question of timing can be answered, and the answer is unspectacular: a target date of September 28, an effect that stretches over the following epoch boundaries into October, and for the vast majority of holders no need to act at all. Three steps with which you can close the matter for yourself:

1. Establish in a minute whether this concerns you at all. If your SOL sits with a trading venue or unstaked in your own wallet, you are done. If you delegate yourself, note September 22 for the version check. If you are comparing where staking is possible and on what terms anyway, our overview of the best staking platforms helps with sorting that out.
2. Judge your validator on hard characteristics rather than on advertised yield. Reported version, status and skip rate tell you more than any percentage on a landing page. If you would rather hand the whole subject over, the providers in our comparison of the best crypto exchanges offer the more convenient and correspondingly less independent option.
3. Keep documenting your staking income exactly as before. A consensus upgrade changes nothing about the tax treatment of rewards; inflows still have to be valued at the moment they arrive. If you have no clean record for that yet, our comparison of crypto tax software and portfolio trackers is the right place to start.

(As of September 1, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)

If you hold ICX in your own wallet, you have until September 30, 2026 to use the swap into SODA in both directions, and until December 31, 2026 to start it at all. After that the ICON blockchain will be shut down. The obvious question ahead of a deadline like this one: how far has the swap actually progressed? The answer from this analysis is an uncomfortable one, and it matters more for your decision than any percentage figure would: there is no public progress indicator, and none can be derived from the two blockchains either. Something else is measurable, and that is what we measured.

On the ICON chain, 1,108,792,074.22 ICX were still sitting there on September 1, 2026 at 10:02 UTC. On the Sonic chain, the SODA contract reports a total supply of 1,499,555,266.83 SODA. We retrieved both figures ourselves. Neither of them moves the way it would have to move if the swap were reflected in it. What that means for you is set out further down in three concrete steps.

What a token migration means technically

A token migration is the relocation of a holding from one blockchain to another: the old token is surrendered or locked, and the new one is credited in the same amount. In ICON's case the swap runs at a 1:1 ratio, and the new token is an ERC-20 token, a token following the widely used Ethereum standard, which here sits on the Sonic chain. We already covered the mechanics, the deadlines and the tax side in detail once the dates were fixed: Swap ICX for SODA, two deadlines before the ICON blockchain shuts down. This article does not repeat any of that. It takes measurements instead.

ICX and SODA: what ends on September 30 and December 31, 2026

The ICON Foundation has set two cut-off dates. On September 30, 2026, the swap in both directions ends; from that day onwards only ICX is converted into SODA, and the way back is closed. On December 31, 2026, the migration ends completely and the ICON blockchain is switched off. Both dates appear in the foundation's announcement, which remains available: Final Date Set for SODA Migration.

The first date tends to be underestimated, because it switches nothing off. What it takes away from you is the option to reverse course. Until then you can unwind a swap you have thought better of. After that, every decision is final. For you, that makes September 30 the day up to which a mistake can still be corrected, rather than the day on which something is lost.

How much ICX is still on the ICON chain today? The September 1 measurement

We queried the total supply directly at a public network endpoint of the ICON chain. On September 1, 2026 at 10:02 UTC, at block 117,660,881, it stood at 1,108,792,074.22 ICX. That is the entire holding still in existence on this chain, regardless of who owns it and whether it sits on an exchange or in a private wallet.

How we measured

The method in one sentence: we used public network endpoints on both chains to retrieve the total supplies and the contract details, additionally read the total supplies at historical block heights in order to see how they developed, and recalculated the balances of the largest ICON addresses individually. This analysis was carried out by cryptoticker.io itself on September 1, 2026.

SODA on the Sonic chain: what the contract reveals about total supply

On the other side, SODA sits as a contract at address 0x7c7d53EEcda37a87ce0D5bf8E0b24512A48dC963 on the Sonic chain, network ID 146. The contract reports the name SODAX, the ticker SODA and 18 decimal places. Its total supply on September 1, 2026 at 10:01 UTC, at block 78,518,868, was 1,499,555,266.83 SODA. The contract page is open for readers to inspect, so the figure can be verified: SODA contract in the Sonic explorer.

That supply is considerably larger than what still exists on the ICON chain. Anyone tempted to calculate from it how much has already been swapped will get the wrong answer. The reason is in the next section.

Why total supply does not reveal the migration status: ICX is not burned when swapped

When a swap destroys the old token, its total supply falls with every conversion, and progress can simply be read off. That is precisely what does not happen here. We queried the ICX total supply at block heights 1, 3, 7, 14, 21, 30, 45, 60 and 90 days back. Across that entire window it is practically unchanged: on June 2, 2026 it stood at 1,108,792,174.22 ICX, and on September 1 at 1,108,792,074.22 ICX. The total decline over three months amounts to 100 ICX, and it occurred in a single step. A swap involving millions of tokens looks different.

On the SODA side the picture mirrors that. On May 17, 2026 the contract reported 1,499,898,497.73 SODA, and on September 1 it reported 1,499,555,266.83. The supply is falling slowly and steadily, by 343,230.90 SODA over 107 days, and by 39.59 SODA in the past 24 hours. So no new tokens are being issued. That settles the question: the swap is reflected in neither of the two total supplies. It evidently locks ICX somewhere else instead of destroying it, and it issues SODA out of an existing stock.

Issuance stopped on March 26, 2026: what the flat supply says about the ICON chain

The flat curve carries a second message. We traced the total supply back over 700 days. On September 28, 2024 it stood at 1,035,202,884.51 ICX and rose steadily thereafter, because the network was continuously paying out new tokens as rewards. On March 26, 2026 it reached its peak of 1,108,792,274.22 ICX and has never risen again since. We narrowed down the moment: at block 110,826,589, on March 26 at 04:33 UTC, it was still at 1,108,780,659.98 ICX, and at block 110,835,026 on the same day at 09:14 UTC it had already reached its final level.

For you as a holder that carries a very concrete meaning: an ICX left sitting on the old chain no longer grows. There is no reward left that pays for waiting, and no reason to postpone the swap on economic grounds. Waiting gains you nothing here and puts a deadline at risk.

How concentrated are ICX holdings? Top 1, top 10 and the long tail

If progress cannot be measured, at least the distribution of the remaining holdings can be. We pulled the hundred largest ICON addresses from the public network explorer and recalculated every single balance via a network query rather than trusting the display. The result on September 1, 2026:

• The largest address holds 289,239,564.38 ICX, or 26.09 percent of the total supply.
• The ten largest addresses hold 622,602,574.68 ICX between them, or 56.15 percent.
• The 25 largest hold 729,116,396.38 ICX, or 65.76 percent.
• The 50 largest hold 801,247,036.47 ICX, or 72.26 percent.
• The 100 largest hold 823,733,472.28 ICX, or 74.29 percent.

That leaves 285,058,601.94 ICX, or 25.71 percent of the holdings, outside those hundred addresses. That is the order of magnitude at stake when it comes to taking action: a quarter of all remaining ICX is spread across a large number of smaller addresses, and each one of them has to decide separately. Whether an exchange, a foundation or a private individual sits behind any given address cannot be established from the outside, and we make no claim about it.

One side finding on method, which we disclose because it matters for anyone re-checking the numbers: for 33 of the 100 addresses, the balance shown in the explorer deviated by more than one ICX from what the direct network query returned. We used the network query throughout. Anyone verifying a figure like this themselves should not rely on the display of an overview page.

Exchange balance or self-custody: who has to start the swap themselves

The distinction that matters most in practice runs between two forms of storage, and the size of the holding plays no part in it. If your ICX sits on a centralised exchange, the trading venue will as a rule carry out the swap for you without any action on your part; Kraken handled it that way in August 2026. If your ICX sits in your own wallet instead, in self-custody, nobody will take care of it. Self-custody means that you alone hold the private key and therefore you alone can act.

The second case is the dangerous one. It affects exactly those holders who deliberately moved their tokens off the exchange, and who therefore receive no email when a deadline approaches. If you want to know which trading venue handles processes like this for customers and which does not, our comparison of the best crypto exchanges is the place to start. A third case sits in between: ICX held on an exchange that has already delisted the token. Binance, for instance, removed ICX from trading along with two other tokens, which triggers deadlines of its own; the details are in our article on the Binance delisting of ICX, SCRT and STORJ.

Gas balance on Sonic: why receiving SODA is not enough on its own

One point at which the swap stalls after you have clicked the confirmation button has to do with the destination chain. SODA arrives on the Sonic chain, and every blockchain charges a small fee in its own network currency for sending a transaction. That currency here is Sonic. To receive, you need none of it. But as soon as you want to move, sell or send your SODA elsewhere, you need a small balance of that network currency on the same address.

In practice this means a swap reported as successful can still leave you in a position where you watch and can do nothing. That is not a fault of the portal; it is how the destination chain normally works. We measured the block time of the Sonic chain over 100,000 blocks and arrive at 1.688 seconds per block, so the chain is running normally and briskly. It is not the bottleneck.

For tax purposes the swap is not a non-event: what you should document

A forced swap remains a swap. For the treatment in Germany, what counts is the timing, the acquisition data and a traceable allocation, and both belong on record before the old chain is switched off and its data survives only as an archive. We already set out the tax side of this particular process in our article on the two deadlines and will not repeat it here. What matters is the timing: after December 31, 2026 the ICON chain is a read-only archive, and the evidence you need is better collected before that.

How to recognise a genuine migration portal

Deadlines attract fraud attempts, and an announced migration is a template for them. Three features help. A genuine portal never asks for your recovery words or your private key, only for a connection to your wallet. You find the portal's address through the project's official announcement, not through a search engine and not through a link in a message. And a genuine deadline is communicated openly by the operators over a period of weeks, instead of surfacing in a single urgent notice.

What we could not measure and why that counts for you

Part of being honest about your own research is stating its limits. There were four things we could not establish on September 1, 2026.

First, we were unable to identify beyond doubt the contract on the ICON chain in which the submitted ICX is locked. We examined the largest addresses and saw that the biggest of them grew from around 236 million to around 289 million ICX in thirty days. That is striking, but it is not proof, because trading venues also move large sums over such periods. Without confirmation of which address plays which role, we will not name it as the migration address. That is why this text contains no percentage figure for the swap status.

Second, the ranking of the hundred largest addresses comes from a public explorer. We recalculated the individual balances, but we could not independently reproduce the ordering itself. If it is out of date, the shares shift slightly.

Third, it is not visible from the outside how much ICX is held in custody for customers on centralised exchanges. Yet that is precisely the portion whose holders do not have to act themselves. The number of people who genuinely still have to do something is therefore smaller than the holdings outside the large addresses would suggest, and how much smaller nobody on the outside knows.

Fourth, we can say nothing about how many individual people stand behind the addresses. An address is not a person, and one person can have many addresses.

ICX migration: what is established and what remains interpretation

Established and measured by us are the figures in this text: the two total supplies together with how they developed, the halt in issuance on March 26, 2026, the distribution across the hundred largest addresses and the block time of the destination chain. Established and documented by the foundation's announcement are the two cut-off dates.

Interpretation, and labelled as such, is the conclusion drawn from it: that a migration with a hard deadline is running without any publicly visible progress figure is a disadvantage for holders, because it devalues the most common justification for waiting. Anyone who has been assuming the deadline would surely be extended if too much remained unswapped has no data on which to base that assumption. This is expressly not an accusation against those involved: the absence of a figure implies no intent, and it may simply be that the chosen mechanism produces no such figure. Our measurement says nothing about the reasons.

Also interpretation is the observation that the economic incentive to wait has been absent since the end of March. The halt in issuance is documented; the assessment that it removes an incentive is ours.

The pattern behind the individual case: deadlines without a progress indicator

This case is no exception. Forced swaps, delistings and shutdowns almost always follow the same pattern: there is a date, there are instructions, and there is no indicator of how many of those affected have already responded. Anyone who takes their cue from what everyone else is doing is taking their cue from something they cannot see.

The practical lesson is unspectacular and effective: treat the first of the two dates as your date, and not the last one. For the ICX swap that is September 30, 2026, because up to that point a wrong decision can still be reversed. December 31 is the boundary beyond which nothing works any more, and not a target.

Three checks that take a few minutes

Look in your wallet and your exchange accounts to see whether there is any ICX there at all. As a second step, check whether it is held in self-custody, because only then do you have to act yourself. And as a third step, record when and at what price you originally acquired the holding, while the old chain is still answering.

Checking your ICX swap: what to take away

1. First establish where your ICX is. On an exchange, the trading venue usually handles the swap itself; in self-custody, nobody does it but you. Which provider takes on processes like these for customers is set out in our comparison of the best crypto exchanges.
2. Secure your records before the chain becomes an archive. Acquisition date, acquisition cost and the allocation of individual holdings belong on file while you can still retrieve them. Tools for that are in our overview of crypto tax software and portfolio trackers.
3. Decide by September 30, not by December 31. Up to the first date a swap remains reversible, after it does not. If the occasion has you thinking about your custody arrangements anyway, our hardware wallet comparison helps with the question of who holds the key in future.

(As of September 1, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)

If you hold Wrapped TON on Ethereum or on BNB Smart Chain, you are facing a closed door today. The old TON bridge at bridge-v3.ton.org is being shut down permanently as of September 1, 2026. The wrapped token does not disappear from your wallet as a result, but the route by which it can be turned back into real Toncoin is no longer being operated.

How much is affected had not been published anywhere. So we counted on the morning of the deadline: at 06:56 UTC, Ethereum and BNB Smart Chain together held 11,344,908.81 Wrapped TON in wrapped form. Two weeks of reminders, waived fees and a fixed date have changed that figure barely at all.

TON Bridge and Wrapped TON: What Ends on September 1, 2026

The announcement dates from May 23, 2026. The operator of the TON bridge said it would permanently retire version 3 of the bridge at bridge-v3.ton.org, and named September 1, 2026 for it. Two directions are affected: Wrapped TON on Ethereum and on BNB Smart Chain is meant to go back to the TON network, and the so-called j-tokens on TON, meaning jUSDT, jUSDC, jDAI and jWBTC, are meant to go back to Ethereum. For the transition period the pro-rata bridge fees were waived, so that the return trip would not fail on price.

This is neither a failure nor an attack. A bridge is infrastructure, and infrastructure gets replaced. That does not make the process any more harmless for you as a holder, because a planned shutdown hits holdings just as an unplanned one does.

What a Bridge Does Technically

A cross-chain bridge is a pair of contracts that locks an amount on one blockchain and issues a proxy token of the same size on another. The proxy is worthless in itself; its entire value consists of the claim to get the locked original back. Remove the redemption route and what remains is a token that looks exactly as it did before and has lost the function it was built for.

We flagged the deadline on August 21, 2026 in a separate piece setting out the shutdown of the TON bridge and the j-tokens affected in detail. This article is the follow-up to it, and it rests not on an announcement but on a measurement of our own.

How Much Wrapped TON Is Still Stuck? The Count of September 1

This analysis was carried out by cryptoticker.io itself on September 1, 2026. The method in one sentence: through public access to both networks, the issued total supply of the two Wrapped TON contracts was queried, and in addition every redemption of the wrapped token was counted across a window of 100,801 Ethereum blocks.

Two token contracts on two networks were examined, each with name, ticker, decimals and issued supply, plus one continuous window of events on Ethereum. Both contracts report the name Wrapped TON Coin, the ticker TONCOIN and nine decimals. The position as of September 1, 2026, 06:56 UTC:

• Ethereum: 9,292,636.88 Wrapped TON
• BNB Smart Chain: 2,052,271.93 Wrapped TON
• Combined: 11,344,908.81 Wrapped TON

That figure is a net value. It falls when someone redeems their wrapped token and collects the original on the TON network, and it would rise again if new tokens were still being wrapped. On the deadline itself the second direction of travel is practically meaningless, because nobody crosses a bridge for the first time shortly before it closes.

What We Could Not Check

Three things lie beyond what public access can measure cleanly, and we name them rather than paper over them. First, the event history on BNB Smart Chain: the freely available network endpoints limit queries of historical events so severely there that a complete time series over two weeks did not come together. Second, the number of individual holders behind the balances; a holding of eleven million tokens may sit at a handful of addresses or at many thousands, and without evaluating every address the two cannot be told apart. Third, the j-token side on TON, which has a different data structure and cannot be read out comparably with the same tools.

Ethereum and BNB Smart Chain: Where the Remaining Balances Sit

Of the balances left, around 81.9 percent sit on Ethereum and around 18.1 percent on BNB Smart Chain. The split matters in practice, because the two networks cost different amounts. On Ethereum a return trip can easily cost a multiple of what it costs on BNB Smart Chain, and on small balances that fee can be larger than the value at stake.

That point explains part of the stranded supply without justifying it. For someone holding 30 tokens in an old Ethereum wallet, the return trip was an arithmetic problem well before the deadline. For someone holding 30,000, it never was.

Redemptions Counted: How Little Came Back in the Past Two Weeks

A redemption is easy to spot on the blockchain: the wrapped token is transferred to the zero address and thereby retired. Across the window from August 19, 2026 to September 1, 2026, specifically Ethereum blocks 25,779,977 to 25,880,777, we counted 74 such redemptions covering 236,588.24 tokens in total. That is the entire movement on Ethereum in fourteen days.

More revealing than the total is how it is spread across the days:

• August 19: 12,736.67
• August 20: 105,496.38
• August 21: 71,156.90
• August 22: 3,306.00
• August 23: 6,709.50
• August 24: 1,003.40
• August 25: 22,059.20
• August 26: 5,002.28
• August 27: 5,349.49
• August 28: no redemption
• August 29: 11.00
• August 30: no redemption
• August 31: 3,757.41
• September 1 up to 06:56 UTC: no redemption

The weight falls on August 20 and 21, the days on which the trade press picked the subject up. After that the movement dries up. On two of the last four days before the deadline not a single token was redeemed on Ethereum, and on another there were eleven. On the last full day before the end, 3,757.41 tokens came back, less than a tenth of what a single average day in mid-August brought.

For comparison: in our piece of August 21, 2026 we reported 11,476,155.84 wrapped tokens for both networks together. Against today's measured level of 11,344,908.81, that is 131,247.03 tokens, or around 1.1 percent, that have found their way back over the past eleven days. This comparative figure comes from our own reporting and is not independent outside confirmation. How the decline splits between the two networks cannot be broken down cleanly without the BNB Smart Chain event history.

Wrapped Tokens Without a Bridge: How a Claim Becomes a Slip With No Counter

The most important thought about this episode has little to do with TON. A wrapped token is a receipt. Its price on any given marketplace says nothing about whether the desk that redeems it will still be open tomorrow. As long as the bridge runs, the two values move in step. The moment it is switched off, they part company, and the market price of the wrapped token then hangs solely on the expectation that somebody will reopen the redemption route.

For you as a holder that implies a checking routine which reaches beyond this single case. If a token in your wallet is a proxy, often recognisable by a prefixed letter or by the word Wrapped, then the question of who operates the redemption, and for how long, always belongs to that holding. With native holdings on a regulated trading platform with its own custody the question does not arise in the same sharp form, because no second contract stands between you and the original there.

How to Recognise a Proxy Token

Three features are enough in most cases. The name carries an addition such as Wrapped or Bridged, or a prefixed letter. The token sits on a different network from the one the project actually calls home, Toncoin on Ethereum for instance. And the quantity of the token is capped nowhere by the protocol itself, but by the locked amount on the other side. If all three apply, you hold a claim, not a holding.

J-Tokens Such as jUSDT and jDAI: The Same Deadline in the Other Direction

The second half of the announcement is easily overlooked, because it concerns the audience that is on TON anyway. Anyone holding jUSDT, jUSDC, jDAI or jWBTC on TON also holds proxies, only with the sign reversed: the original in this case sits on Ethereum, locked by the same bridge. According to the announcement these balances too should have been returned before September 1.

Unlike Wrapped TON, we could not count this side, because the token structure on TON cannot be read out comparably with the tools used here. The fact that we quote no figure expressly does not mean that little is sitting there. It only means that we do not know.

What Is Still Possible After the Deadline

Two observations from the morning of September 1, both checked by us. The address bridge-v3.ton.org still answered with a regular page at 06:57 UTC. The former collective address bridge.ton.org, by contrast, redirects to an overview page that answers with a 404 error and therefore leads nowhere.

From that follows an uncomfortable but honest answer: whether the return trip still works in the course of today is the operator's decision, not a matter of calendar logic. A reachable web interface is no proof that the contracts behind it still settle. If you are affected, the attempt is still the first step, and it belongs today rather than tomorrow. An attempt that fails costs you a network fee; an attempt not made may cost the entire holding.

Wrapped TON: What Is Established and What Remains Interpretation

The data is established: the announced shutdown as of September 1, 2026, the tokens affected in both directions, the waived bridge fees and every figure in this piece that comes from our own measurement on the deadline. It is also established that redemptions on Ethereum came almost entirely to a standstill in the final days before the cut-off.

Interpretation, and labelled as such, is the question of why. That a balance stays put can have many causes: lost access to old wallets, holdings in contracts nobody maintains any more, holders who never saw the announcement, or simply amounts for which the fee is not worth it. Which of these reasons weighs how much cannot be derived from the quantity curve alone, and we therefore do not claim it. What can be said: a fixed date with waived fees and more than three months' notice moved around one percent of the balance. That is a finding about the reach of such announcements, not about the diligence of individual holders.

Checking Your Wallet for Wrapped TON: What to Do Today

The check takes a few minutes and is worth doing even if you are fairly sure you hold nothing wrapped. Old wallets from a time when bridges were common contain leftovers more often than their owners expect.

Three Checks That Take a Few Minutes

First: open every wallet you have ever used on Ethereum or BNB Smart Chain and look through the token list for entries with the ticker TONCOIN. Some wallets hide unknown tokens; in that case a look at your address through a public block explorer helps. The contract in question is found on Ethereum under the identifier 0x582d872A1B094FC48F5DE31D3B73F2D9bE47def1, and its public contract page shows the same total supply on which this analysis rests.

Second: if you find something, attempt the return through the TON bridge interface for as long as it responds. Expect the process to break off, and treat the network fee as a possible loss.

Third: document what you see before anything changes. A screenshot of the balance with the date, and the identifier of your address, are the basis for any later enquiry with an operator. Someone who notices in six months that something is missing no longer has that basis.

Deadlines in Everyday Crypto: The Pattern Behind the Single Case

Shutting down a bridge is only one type of deadline. Delistings at trading venues, exchange windows after a contract migration, the wind-down of entire platforms and the removal of individual networks from a wallet application all follow the same course: there is an announcement, a generous period, a cut-off date, and after that a remainder that stays put. September 2026 carries several such dates, and we track them in a running overview of deadlines and balances at crypto exchanges.

Today's measurement supplies an empirical value you can apply to your own holdings. Do not rely on a deadline reaching you by itself. The announcement had been running since May 23, the trade press reported at the end of August, and even so more than eleven million tokens sat unchanged on the deadline. Your own list of holdings that depend on someone else's infrastructure is the only mechanism that works regardless of whether a piece of news reaches you. For the Toncoin price itself, incidentally, the changeover carries no direct implication: what is affected is the redemption route of a proxy, not the protocol behind it.

Checking Wrapped TON: What to Take Away

1. Look today, not later. Check every wallet on Ethereum and BNB Smart Chain for balances with the ticker TONCOIN and attempt the return for as long as the interface responds. If you would rather hold native assets than proxies in future, the routes there are in our comparison of the best crypto exchanges.
2. Draw up a list of dependencies. Note for every holding whether it is native or has to be redeemed by somebody else's contract. Holdings you intend to keep for the long term belong under your own key management; which devices are suitable is shown in the crypto hardware wallet comparison.
3. Collect deadlines in one place. Put the cut-off dates of bridges, delistings and platform wind-downs into a calendar of your own instead of waiting for notifications. If you check at the same time which supervision your trading venues sit under, the overview of regulated crypto exchanges takes you further.

(As of September 1, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)

On September 25, 2026, Plasma frees 1,805,555,556 XPL in a single day. These are the tokens held by the team and by investors, subject to a one-year lock-up that has run since the mainnet beta launched on September 25, 2025. Measured against the amount in circulation today, that is around 65 percent. Add the ecosystem tranche falling on the same day and the total comes to 1,894,444,445 XPL, or 18.94 percent of the maximum supply.

The figures come from two independent places: Plasma's own tokenomics documentation and an emissions dataset that recalculates the rule independently. Both name the same day and the same amounts. This piece shows where the quantity comes from, what follows month by month afterwards, and how to check the date without relying on anyone else.

One term first, because everything else builds on it: an unlock is the moment at which contractually locked tokens become transferable. Unlocked expressly does not mean sold — it is a statement about quantity, not about price.

What Happens at Plasma on September 25, 2026: 1.81 Billion XPL for Team and Investors

Plasma is a layer-1 blockchain which, according to its own documentation, is built around stablecoin payments and optimised for stablecoins; the XPL token is its gas token, the currency used to pay for transactions on the network and to reward validators. The initial supply at the mainnet launch was 10,000,000,000 XPL. We covered that launch on September 25, 2025; the date now approaching is its first anniversary, to the day.

How those 10 billion are divided is set out in the project documentation, in four pools: public sale 10 percent, ecosystem and growth 40 percent, team 25 percent, investors 25 percent. Two of these pools matter for September 25, 2026.

One third of the team allocation of 2,500,000,000 XPL comes free, which is 833,333,333 XPL. The investor allocation, also 2,500,000,000 XPL, follows the same schedule according to the documentation and therefore contributes another 833,333,333 XPL. On top of that, each pool releases its first monthly instalment of 69,444,444 XPL. Together that gives 1,805,555,556 XPL.

To put the amount in context: at the price of $0.084301 that CoinGecko showed on September 1, 2026 at 06:37 UTC, the insider tranche is worth around $152 million. XPL's market capitalisation at the same moment stood at around $234 million. The relationship between those two figures is the real reason this date is news at all.

Who Stands Behind the Investor Allocation

The documentation names Founders Fund, Framework and Bitfinex among the backers. For the date itself the list of names makes no difference, because all investor tokens follow the same schedule. It still helps with context: these are professional holders with their own lock-ups and their own reporting duties, whose behaviour differs from that of a retail investor.

Why Today's Circulating Supply Proves That Not a Single Team Token Is Free Yet

That claim can be checked with a single number. The circulating supply is the quantity of tokens that is actually transferable; the maximum supply is the ceiling that will ever exist. For XPL on September 1, 2026, CoinGecko shows a circulating supply of 2,777,777,778 XPL.

That figure is not an odd number. It is made up of 1,000,000,000 XPL from the public sale plus exactly twenty ecosystem tranches of 88,888,888.89 XPL each. The arithmetic works out to the decimal place. Two things are therefore established without having to take anyone's word for it: Plasma has followed the documented schedule precisely so far, and nothing from the team and investor pools has reached circulation to date.

The independent emissions dataset confirms this from another direction. For the current distribution it puts the team at 0 percent and investors at 0 percent, while the public sale stands at 100 percent and the ecosystem at 44.4 percent. Two sources, two routes through the arithmetic, the same result.

In practice that means September 25 is not one tranche among many at XPL; it is the day these two pools open for the first time at all. Anyone comparing the date with the small monthly ecosystem releases of recent months is comparing two very different orders of magnitude. If you hold XPL through an exchange and want to know which venues list the token at all, you will find the overview in our crypto exchange comparison.

Cliff or Linear: How the XPL Vesting Schedule Is Actually Built

Vesting describes the schedule under which locked tokens are released step by step. A cliff is the lock-up period before that, during which nothing at all is released and at the end of which a larger block opens at once. XPL combines the two, and the order is the point at which many summaries lose precision.

For the team and investors the documentation states: one third of the tokens is subject to a one-year cliff from the public launch of the mainnet beta on September 25, 2025 and is released on September 25, 2026. The remaining two thirds then follow pro rata each month over two years, so that three years after the mainnet launch, on September 25, 2028, everything is unlocked.

The ecosystem and growth pool runs to a different rhythm: 8 percent of the total supply, or 800,000,000 XPL, was free immediately at launch; the remaining 32 percent follows monthly over three years and is likewise fully unlocked on September 25, 2028.

The public sale had a third rule, which we will come to separately, because a widespread misconception has attached itself to it.

The Ecosystem Tranche on the Same Day: Why 1.81 Billion Becomes 1.89 Billion

The emissions dataset lists three separate events for September 25, 2026: the team tranche, the investor tranche and an ecosystem tranche of 88,888,889 XPL. The last of these belongs to the regular monthly rhythm of the growth pool and would be unremarkable on its own; it merely happens to fall on the same calendar day.

The distinction still matters for the arithmetic, because both figures circulate in summaries. Anyone speaking of 1.81 billion XPL means the team and investors. Anyone quoting 1.89 billion has included the ecosystem tranche. Both figures are correct, they simply answer different questions.

Measured against today's circulating supply of 2,777,777,778 XPL, the insider tranches alone come to 65.0 percent, and all three events together to 68.2 percent. After the cut-off date the circulating supply works out at around 4,672,222,222 XPL, which is 46.7 percent of the maximum supply of 10 billion. Before it, the figure was 27.8 percent.

A note on precision that appears in almost no overview: the emissions dataset carries a time for the date, namely 05:48 UTC. That minute comes from projecting forward the moment of the mainnet launch, not from any statement by Plasma. The project's documentation names the calendar day only.

The July Misconception: Which XPL Lock-Up Really Ended on July 28, 2026

Several summaries of the subject claim that the unlock for team and investors had already begun in July 2026. That reading cannot be reconciled with the documentation, and it cannot be reconciled with the measured circulating supply either, which is explained in full by the public sale and the ecosystem tranches.

A July date does exist, but it concerns a different pool. From the documentation: public sale buyers outside the United States received their tokens in full at the mainnet launch on September 25, 2025. Buyers from the United States were subject to a twelve-month lock-up, which ended on July 28, 2026.

Conflating the two dates leads to a false picture of the state of supply. The July date concerned part of 1 billion public sale tokens; September 25 concerns 5 billion tokens from two insider pools. That distinction is why it pays to do the arithmetic against the circulating supply rather than lift a number from an aggregator.

Unlocked Does Not Mean Sold: What a Token Unlock Means Economically

An unlock lifts a transfer restriction. It obliges nobody to sell anything, and on its own it moves not a single token to an exchange. What changes on the day is solely the number of tokens that could be sold.

That this distinction is not academic becomes clear from the structure of the recipients. Team tokens are, according to the documentation, subject to further vesting rules tied to joining dates on top of this schedule. Investors hold stakes whose sale is governed by fund lifetimes and internal rules. Experience suggests that some of these tokens will never reach the market and others certainly will, and nobody knows the split in advance.

What can be said responsibly is the quantity side: how much is released when, and what share of what it represents. Anything beyond that would be a price forecast, and this piece deliberately does not offer one. How far the pure question of quantity can diverge from the question of price is something we have written up at greater length on the relationship between circulating supply and fully diluted valuation.

Why Liquidity Makes the Difference Here

Whether a large release is noticed in the market depends less on its absolute size than on its relationship to daily trading volume and to the depth of the order book. A tranche worth $152 million lands differently in thin liquidity than in deep liquidity. That is why two nominally equal unlocks in two different tokens can have completely different effects.

Measure Dilution Instead of Guessing: Circulating Supply, Maximum Supply and FDV at XPL

The fully diluted valuation, or FDV, is the value a project would have if every token were already in circulation today: price times maximum supply. For XPL on September 1, 2026 that was around $843 million, while the market capitalisation stood at around $234 million.

The gap between the two figures shows how much supply is still outstanding. A ratio of roughly one to 3.6 means, in this case, that for every token circulating today there are around 2.6 more still locked. September 25 shifts that ratio to about one to 2.1 in a single step.

For forming your own view that is a firmer basis than any headline, because both figures can be looked up at any time. The only thing that matters is not to confuse maximum supply with total supply: at XPL the two are identical, at many other tokens they are not.

What the Unlock Has to Do With Validator Reward Inflation

Alongside the vesting schedule, Plasma has a second source of new tokens, and it is not yet active. The documentation describes validator rewards starting at 5 percent annual inflation and falling by 0.5 percentage points a year until a long-term baseline of 3 percent is reached.

The condition under which this starts is decisive: inflation only takes effect once external validators and stake delegation go live. Until then the emissions side is determined by the vesting schedule alone. Locked tokens held by the team and investors are, according to the documentation, expressly not eligible for rewards.

What is still missing for this is stake delegation. The documentation lists it as an intention: XPL holders are to be able to take part in consensus by assigning their share to a validator and receiving part of the rewards. Only when this staking goes live alongside external validators do the validator rewards begin to run. Any later change to this reward schedule must, according to the documentation, be voted on by the validators, which amounts to a piece of governance for users of the network: the emissions side is then no longer a fixed plan, but something decided within the network.

On the other side stands a burn mechanism modelled on EIP-1559: the base fee paid for transactions on the network is destroyed permanently. Whether this mechanism offsets the emissions depends on how far the network is actually used for stablecoin transfers. Only the rule can be evidenced today, not its result.

What Comes After the Cut-Off Date: Monthly Tranches Until September 2028

September 25 does not close the subject; it is where it begins. From October 25, 2026 the remaining two thirds of the team and investor pools follow monthly, at 69,444,444 XPL per pool. Together that is 138,888,889 XPL a month.

The monthly ecosystem tranche of 88,888,889 XPL continues on top of that. In total, from the end of October, around 227,777,778 XPL a month flow into circulation, without interruption, until the schedule expires three years after the mainnet launch.

No headline that names only the cut-off date answers this follow-up question. For context it matters more than the day itself, because it shows that the supply pressure from the vesting schedule persists for two further years. Anyone looking at XPL over a longer period reckons with that monthly rate rather than with a one-off event.

Where to Check the XPL Unlock Calendar Yourself

You need no second-hand summary for this date. A search for Plasma XPL leads almost exclusively to price pages; two addresses spare you that detour, and both are reachable without registering.

The first is Plasma's tokenomics documentation. The rules are set out there in full: the four pools, their size, the cliff for team and investors, the monthly rhythm afterwards and the end date. That is the authoritative source, because it comes from the issuer.

The second is the public emissions dataset for Plasma. It contains every single release event with a timestamp, a category and an amount, along with an overview of the current distribution. Open the file and you can check the amounts in this article line by line.

The Documentation's Key Terms, Briefly Explained

Open the primary source and you meet labels that do not explain themselves. The vesting schedule is a token's release plan. The ecosystem and growth pool is the growth pool from which the monthly tranches come. Base fees are the basic fees on a transaction, which Plasma destroys. And in the emissions dataset circulating supply stands for the transferable quantity and maxSupply for the ceiling. With those four expressions the documentation reads without further help.

The One Calculation That Makes the Rest Unnecessary

If you want to know for any token whether an announced release has already happened, a simple test helps: compare the current circulating supply with the sum of all tranches due to date. If the arithmetic works out, the project is following its plan. If it diverges, the question is worth asking. At XPL it works out to the decimal place, and that is precisely why the claim that insider tokens are already in circulation can be cleanly refuted.

Anyone wanting to keep track of such dates across several tokens will not get far with a calendar in their head. Tools that bring together release dates, circulating supplies and holdings take that bookkeeping off your hands; the selection is covered in the final section below.

The XPL Price Since the Mainnet Launch and What It Reveals About Expectations

A look at the price history belongs to the context, without turning into a forecast. According to CoinGecko, XPL reached an all-time high of $1.68 on September 27, 2025, two days after the mainnet launch. On September 1, 2026 the price stood at $0.084301, or 0.072666 euros. That is a fall of around 95 percent from the peak.

In the seven days before this article's cut-off date the token was down around 14.5 percent, and over thirty days up around 9.6 percent. What these numbers do not answer is whether the coming unlock is already priced in. Price data cannot answer that question in principle, because it presupposes a statement about the expectations of other market participants.

What can be observed are indications: how trading volume develops in the days before the date, how deep the order books are at the largest venues, and whether and how many of the freed tokens actually move to exchange addresses after the cut-off. That movement is visible on chain and therefore verifiable after the fact.

Four Common Errors in Reading a Large Token Unlock

First: percentages without a reference figure. 18.06 percent of the maximum supply and 65 percent of the circulating supply describe the same event and sound entirely different. Quote a number and you quote the reference alongside it.

Second: equating release with sale. A tranche worth $152 million does not automatically become selling pressure of that size. What the date creates is the possibility, not the event.

Third: ignoring the instalments that follow. The cliff is the visible part; the monthly 138,888,889 XPL afterwards are the permanent one. Over two years they add up to a multiple of the one-off tranche.

A fourth point stands out at Plasma in particular: the project has published a white paper under the EU regulation on markets in crypto-assets. That document covers the 2025 public sale only and does not contain the schedule for team and investors. As evidence for September 25 it is therefore of no use, even if it is valuable elsewhere.

XPL Unlock: What to Take Away

1. Do the arithmetic on the date once yourself. Open the tokenomics page and the emissions dataset, and compare the circulating supply with the sum of the tranches due to date. For this kind of ongoing observation across several tokens a tool is worth having: which ones deliver is set out in the comparison of analytics platforms.
2. Settle where your tokens sit before the date arrives. Holding XPL on an exchange means carrying that exchange's counterparty risk; holding it yourself means carrying responsibility for the keys. Which devices are suitable and what separates them is shown in the hardware wallet comparison.
3. Check your venue's terms before the cut-off date, not after it. Fees, withdrawal limits and the available trading pairs differ considerably, and a volatile day is when you notice it first. The overview is in the crypto exchange comparison.

(As of September 1, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)

Attackers reportedly registered Lenovo IDs using victims’ email addresses, allowing them to sign into existing Dropbox accounts without their passwords.

Fable 5.1 and its restricted sibling Mythos 5.1 arrive three months after export controls forced Anthropic to pull Fable 5 offline for 18 days

Bitcoin just had one its best months in years amid a price rally that broke the crypto winter pattern. But the charts tell a complicated story.

The publicly traded company recently bought 19,000 SOL, bringing its treasury to more than 2.33 million SOL and SOL equivalents.

X engineers have acknowledged the issue, but have not confirmed a new data breach of its systems.

The amount is not the Bitcoin bull's personal debt, but the disclosure is very notable nonetheless.

The mysterious figure behind the recent Grand Theft Auto VI leaks has reportedly cashed out roughly $350,000 from the CYBERLEEK crypto operation.

Choosing between AI stocks and Bitcoin is a mistake, according to Bitwise CIO amid the $40 trillion US debt dilemma.

Hyperliquid joins Bitcoin and XRP in Hashdex's Nasdaq ETF after a fresh SEC rebalance shifts top asset weights.

Solana has made a new record in its network activity in August after it processed over 5.2 billion non-vote transactions, up about 19% from last month's figures.

TLDR

• IonQ and QC Ware test hybrid quantum chemistry for faster drug discovery research
• IonQ Forte supports eight-qubit chemistry calculations through Amazon Braket cloud
• QC Ware reports interaction-energy results that meet chemical accuracy standards
• Promethium links GPU processing with IonQ Forte for advanced molecular modelling
• IonQ partnership expands trapped-ion quantum applications in pharmaceutical research

IonQ shares fell 4.02% to $37.73 as QC Ware reported a hybrid chemistry test using IonQ Forte. The project combined GPU processing with trapped-ion quantum computing through Amazon Braket. The test targeted quantum-assisted calculations for early drug discovery work.

IonQ, Inc., IONQ

IonQ Stock Slips as Partnership Expands Quantum Work

IonQ stock extended its decline from about $39.30 and traded at $37.73 during the session. Meanwhile, QC Ware used IonQ Forte to test a workflow for complex molecular interactions. The demonstration focused on research applications rather than broad commercial deployment or clinical use.

QC Ware selected the heme active site of cytochrome P450nor for the test. The enzyme belongs to cytochrome P450, and this family drives much of human drug metabolism. Therefore, the model provided a relevant setting for studying drug binding and metabolic behavior.

Better interaction-energy calculations could improve candidate ranking during pharmaceutical research, according to the companies. Earlier ranking can help research teams focus resources on compounds with stronger predicted characteristics. It can also support earlier metabolic risk checks before compounds enter costly development stages.

IonQ Forte Handles Eight-Qubit Chemistry Calculation

Promethium prepared a 115-atom model containing more than 1,000 molecular orbitals. The platform isolated four strongly correlated orbitals and mapped the active space onto eight qubits. IonQ Forte measured those qubits before Promethium completed final interaction-energy calculations using classical resources.

The workflow calculated electrostatic interaction energy within 0.5 kilocalories per mole of classical benchmarks. That result remained inside the one-kilocalorie-per-mole level commonly linked with chemical accuracy. The companies also reported more than twice the accuracy of the standard classical mean-field method.

IonQ Forte uses trapped ions and provides all-to-all connectivity between qubits. That connectivity enabled complex two-qubit operations without routing steps required by limited-connectivity designs. As a result, the test applied QC Ware’s workflow to another quantum architecture without changing its core approach.

AWS Braket Supports Cloud-Based Quantum Chemistry Test

Amazon Web Services supported the demonstration with cloud computing credits through Amazon Braket. The setup connected QC Ware’s GPU-native Promethium platform with IonQ Forte through cloud infrastructure. This structure showed how classical computing can work with remote quantum hardware inside one workflow.

QC Ware developed Promethium to run chemistry calculations across larger molecular systems and compound sets. QC Ware reports speed gains up to 20 times over conventional CPU-based DFT platforms for selected workloads. Those speed gains target drug discovery, catalysis, materials science, and other chemistry-intensive applications.

For IonQ, the project adds another applied example for its trapped-ion quantum technology. The demonstration expands IonQ’s chemistry presence, and accurate molecular calculations remain resource intensive. However, the test measured technical performance and did not establish clinical effectiveness or broader commercial results.

The post IonQ, Inc. (IONQ) Stock: QC Ware Partnership Targets Quantum Drug Discovery appeared first on Blockonomi.

TLDR

• Cadence stock drops 6.84% despite first-pass PCIe 6.0 compliance test success
• Cadence PCIe 6.0 subsystem passes all official tests at full 64 GT/s speeds
• PCIe 6.0 milestone strengthens Cadence exposure to rising AI data center demand
• Cadence adds its PCIe 6.0 solution to the PCI-SIG official Integrators List
• TSMC N3-based PCIe 6.0 technology expands Cadence’s high-speed IP portfolio

Cadence Design Systems (CNDS) stock fell 6.84% to $315.62 despite reporting a major PCIe 6.0 technology milestone. The shares extended their decline after trading near $338.78 earlier in the session. Meanwhile, the development strengthened Cadence’s position across high-performance computing and AI data center infrastructure.

Cadence Design Systems, Inc., CDNS

Cadence PCIe 6.0 Technology Passes Major Compliance Test

Cadence confirmed its PCIe 6.0 PHY and controller technology passed official compliance testing on the first attempt. The company implemented the technology using TSMC’s advanced N3 manufacturing process. Moreover, testers evaluated the complete x8 subsystem at the PCIe 6.0 specification’s full 64 GT/s speed.

The subsystem passed every official PCIe 6.0 compliance test during the industry’s first formal testing workshop. As a result, PCI-SIG added Cadence’s complete solution to its official Integrators List. The achievement confirms that the PHY and controller can operate together under demanding industry requirements.

Cadence prepared for the testing process through extensive cooperation with technology partners and testing equipment providers. Furthermore, teams completed interoperability testing before the formal PCI-SIG evaluation began. That preparation helped identify technical issues before Cadence entered the official compliance program.

PCIe 6.0 Strengthens Cadence Position Across Data Centers

PCIe 6.0 technology provides higher bandwidth for modern data centers and high-performance computing systems. Therefore, companies can use the standard across accelerator cards, networking products, and advanced storage systems. Cadence expects these applications to support broader adoption as computing requirements continue expanding.

The technology carries particular importance for large computing facilities handling demanding artificial intelligence workloads. These systems require fast connections between processors, accelerators, storage devices, and networking hardware. Higher PCIe bandwidth can reduce connection bottlenecks across increasingly complex computing systems.

Cadence designed its subsystem to combine performance, power efficiency, and flexible protocol support. The architecture also uses ADC and DSP-based equalization alongside firmware-optimized SerDes operations. Additionally, Cadence included support for recent PCI-SIG engineering updates focused on lower power consumption.

Cadence Expands Semiconductor IP Role Despite CDNS Stock Drop

Cadence already supplies semiconductor design tools and intellectual property across several advanced computing markets. Its PCIe portfolio now extends through technology supporting specifications as advanced as PCIe 7.0. However, the PCIe 6.0 compliance milestone provides customers with a production-ready option available today.

Positron AI has licensed Cadence’s SerDes technology for an inference accelerator designed for transformer workloads. That customer adoption gives Cadence another commercial application for its PCIe 6.0 technology. Meanwhile, successful silicon testing strengthens the technology’s case for use in additional chip development programs.

Cadence developed the certified x8 configuration using TSMC’s N3 manufacturing technology for advanced semiconductor designs. The company now offers the complete PHY and controller subsystem to system-on-chip providers. Therefore, manufacturers can integrate the technology into future data center, enterprise, automotive, and computing products.

The post Cadence Design Systems (CNDS) Stock: Sinks as First Pass PCIe 6.0 Success Strengthens AI Data Center Outlook appeared first on Blockonomi.

TLDR

• APEI stock rises 0.74% as Hondros joins American Public University System.
• Hondros students gain wider access to bachelor’s, master’s and doctoral degrees.
• The combination expands APEI’s healthcare education footprint across three states.
• Hondros now operates under American Public University System’s HLC accreditation.
• APEI adds another nursing education platform to its career-focused university network.

American Public Education (APEI) expanded its nursing education network after Hondros College of Nursing joined American Public University System. APEI stock traded at $45.99, gaining $0.34, or 0.74%, following the education provider’s latest organizational update. The combination broadens academic pathways while strengthening APEI’s position in career-focused healthcare education.

American Public Education, Inc., APEI

Hondros Joins American Public University System

Hondros College of Nursing now operates as an Academic Unit within American Public University System following the completed combination. The college will operate under the System’s Higher Learning Commission institutional accreditation while maintaining its nursing education focus. Meanwhile, the integration creates broader academic options for current students and future nursing professionals.

The organization will formally operate as Hondros College of Nursing part of American Public University System. However, Hondros will continue serving nursing students through its existing regional campuses and career-focused programs. The change connects Hondros with a larger education network that includes American Public University and American Military University.

The System also includes Rasmussen University, which offers additional nursing and career-oriented academic programs. Hondros students can access more opportunities to continue their education after completing initial nursing qualifications. Those pathways include bachelor’s, master’s, and doctoral nursing programs across institutions operating within the broader System.

APEI Expands Healthcare Education Pathways

Hondros has provided nursing education for more than two decades through a structured approach focused on career progression. The institution has trained thousands of licensed practical nurses and registered nurses during that period. It currently serves students through eight campuses across Ohio, Indiana, and Michigan.

Six Hondros campuses operate in Ohio, while Indiana and Michigan each host one campus. The college also maintains relationships with healthcare organizations and local communities across its operating regions. These connections support practical nursing education and help align training programs with regional healthcare workforce requirements.

Joining American Public University System creates additional progression routes after students complete Hondros nursing programs. Students can continue into advanced nursing education or pursue other career-focused degrees across the System. As a result, the combination links entry-level nursing education with broader professional and academic development opportunities.

American Public Education Strengthens Education Network

American Public University System serves approximately 109,000 students and has more than 250,000 alumni worldwide. Its institutions now include American Military University, American Public University, Rasmussen University, and Hondros College of Nursing. Together, those institutions provide programs focused on career development, public service, healthcare, and other professional fields.

The Higher Learning Commission accredits American Public University System as an institution recognized by the U.S. Department of Education. Hondros now operates under that institutional accreditation as an Academic Unit of the System. Consequently, the combination places Hondros within the same institutional structure supporting APEI’s wider education portfolio.

American Public Education owns the System and operates as a publicly listed career-focused higher education provider. The company concentrates on affordable programs designed for students pursuing workforce-oriented and service-related careers. Hondros adds a specialized nursing platform that expands APEI’s exposure to healthcare education demand.

Hondros Combination Supports APEI’s Growth Strategy

Healthcare workforce shortages continue to increase demand for practical training and advanced nursing education across several regions. Hondros already provides an established entry point for students pursuing practical nursing and registered nursing careers. Its integration gives APEI a stronger platform for connecting those students with advanced academic programs.

The expanded structure may also increase student retention across different stages of nursing education. Graduates can remain within the wider APEI system while advancing toward higher nursing qualifications. Furthermore, the network can serve students seeking additional credentials as their careers and professional requirements develop.

APEI gains another established education brand while Hondros receives access to a wider academic network. The combination also expands APEI’s healthcare education footprint across Ohio, Indiana, and Michigan. With APEI stock at $45.99, the latest move adds another component to the company’s career-focused education strategy.

The post American Public Education (APEI) Stock: Hondros Integration Expands Nursing Education Pathways appeared first on Blockonomi.

TLDR

• CrowdStrike launches a new cyber research lab while CRWD shares fall 7.00%.
• Cyber Superintelligence Lab targets faster and more automated cyberdefense.
• Falcon data gives the new lab access to trillions of daily security events.
• Fifteen years of threat intelligence will support CrowdStrike’s new research.
• CRWD falls to $214.84 as CrowdStrike expands its long-term security strategy.

CrowdStrike (CRWD) stock dropped sharply as the cybersecurity company launched a new research lab focused on advanced cyberdefense and AI safety. CRWD traded at $214.84, down $16.16, or 7.00%, during the latest session after a steep market decline. The launch expands CrowdStrike’s research strategy while its shares remain under heavy pressure despite the new technology initiative.

CrowdStrike Holdings, Inc., CRWD

CrowdStrike Launches Cyber Superintelligence Lab

CrowdStrike created its Cyber Superintelligence Lab to develop defensive systems for increasingly automated cyber threats across modern enterprise networks. The initiative brings researchers, offensive security specialists, and incident responders into one dedicated research group with a shared development mandate. Dr. Bartley Richardson will lead the lab as CrowdStrike expands work on autonomous security systems and advanced defensive research.

The lab will use CrowdStrike’s security data, threat intelligence, and incident response experience as its main research foundation. Falcon gathers signals from endpoints, cloud workloads, identities, data stores, and security monitoring systems across customer environments. This structure gives researchers a broad dataset for training and testing new defensive technologies under realistic operating conditions.

CrowdStrike wants the lab to develop systems that can learn, adapt, and respond at machine speed during active security incidents. The company expects automated threats to increase as attackers adopt faster tools and more sophisticated methods across digital systems. Therefore, CrowdStrike plans to improve security decisions while reducing the time required to identify, assess, and stop attacks.

Falcon Data Supports CrowdStrike’s Research Push

CrowdStrike’s research effort depends heavily on the large security dataset collected through Falcon across its global customer base. The platform processes trillions of events daily across enterprise systems, cloud infrastructure, identities, and several other security layers. Analysts also classify those signals and connect them with verified results from real attack investigations and response operations.

That process gives CrowdStrike more than raw event volume because the records include known security outcomes and analyst decisions. The company has also accumulated fifteen years of threat intelligence and incident response information from complex security incidents. These records show how attacks developed, which defenses worked, and how security teams contained breaches across different environments.

CrowdStrike can use that context to test new systems against realistic conditions and uncommon attack patterns at greater scale. Researchers can compare automated decisions with verified defensive outcomes, which may help improve accuracy and reduce weak security responses. The dataset also reflects diverse environments where attackers target endpoints, identities, cloud systems, applications, and valuable business data.

New Lab Expands CrowdStrike’s Security Strategy

The new lab strengthens CrowdStrike’s broader effort to automate more parts of enterprise cyberdefense as digital threats evolve rapidly. Falcon already combines threat intelligence, telemetry, detection tools, and automated response within one cloud-based platform for enterprise customers. CrowdStrike now plans to extend that foundation through deeper research into autonomous defensive technology and faster security operations.

The company sees faster response as essential because cyber threats continue to become more automated and difficult to contain. Attackers can use automation for reconnaissance, phishing, malware deployment, credential theft, and other offensive activity at larger scale. CrowdStrike aims to shorten response times while helping its systems learn from verified attack outcomes and past security events.

The initiative also adds another research layer to CrowdStrike’s long-term product strategy and wider enterprise security portfolio. CrowdStrike already covers endpoints, identities, cloud workloads, data protection, and security information management through its Falcon platform. The new lab could connect those areas through faster decision-making, stronger automation, and more coordinated defensive responses across enterprises.

The post CrowdStrike (CRWD) Stock: Cyber Superintelligence Lab Opens New AI Growth Path appeared first on Blockonomi.

Quick Summary

• The 10-year Treasury yield reached 4.77%, pressuring technology shares in the S&P 500 and Nasdaq
• Crude oil prices rallied 2% amid escalating U.S.-Iran conflict, with Brent crossing $92/barrel
• Dell Technologies disclosed a massive $51.3 billion AI server backlog alongside 250% stock appreciation in 2026
• Robinhood Markets received an upgrade to Overweight from Morgan Stanley with a $150 target, suggesting 43% potential gains
• Apple announced John Ternus as its new CEO, with Tim Cook transitioning to executive chairman

Tuesday marked a turbulent start to September for equity markets. A confluence of rising bond yields, climbing energy prices, corporate earnings releases, analyst rating changes, and a transformative executive transition dominated financial headlines.

Bond Yields Weigh on Equity Markets

The benchmark 10-year Treasury yield advanced to approximately 4.77% during Tuesday’s session. Elevated yields increase financing expenses and enhance the relative appeal of fixed-income securities versus equities.

The tech-heavy Nasdaq declined about 0.7% while the broader S&P 500 retreated roughly 0.4% during morning trading. Major chip manufacturers such as Nvidia, Intel, and AMD experienced downward pressure.

Persistent worries about federal debt levels, entrenched inflation, and projections for sustained elevated interest rates continue driving yields upward.

Crude Prices Rally on Geopolitical Conflict

Oil prices surged following intensified military confrontations between the United States and Iran, heightening anxieties regarding Middle Eastern supply disruptions.

Brent crude climbed past $92 per barrel while West Texas Intermediate neared $88, marking approximately 2% gains for the session.

Elevated crude prices can accelerate inflation through increased fuel and logistics expenses. Energy sector equities benefited from the rally, though growth-oriented and technology stocks encountered additional headwinds.

Dell’s AI Server Backlog Under Investor Scrutiny

Dell Technologies commanded market attention Tuesday as quarterly results approached. Analysts anticipated approximately $45 billion in revenue, propelled predominantly by robust demand for AI-enhanced server infrastructure.

The company commenced the quarter holding an AI server order backlog totaling roughly $51.3 billion. Market participants are eager to assess whether Dell can transform this pipeline into actual sales while preserving profitability.

Dell shares have surged over 250% during 2026. Given such substantial optimism embedded in current valuations, forward guidance for upcoming quarters could prove equally significant as historical performance.

Robinhood Receives Bullish Rating With Substantial Upside Potential

Robinhood Markets gained momentum following Morgan Stanley’s upgrade from Equal Weight to Overweight. The investment bank elevated its price objective from $124 to $150, implying roughly 43% appreciation from prevailing levels.

Morgan Stanley highlighted Robinhood’s decreasing dependence on cryptocurrency trading as the platform diversifies into additional financial services. The analyst emphasized increased user engagement, expanding platform assets, and prediction market offerings as primary catalysts.

Robinhood’s customer base now encompasses approximately 28 million users. Morgan Stanley forecasts the firm will achieve compound annual revenue growth of about 23% extending through 2028.

Apple Ushers in New Leadership Era With Ternus Appointment

One of technology’s most significant executive transitions materialized Tuesday. John Ternus assumed the role of CEO of Apple, succeeding Tim Cook following his 15-year tenure. Cook will continue serving as executive chairman.

Ternus inherits leadership during a critical juncture for the technology giant. Apple confronts mounting pressure to bolster its artificial intelligence capabilities while simultaneously navigating a legal confrontation with OpenAI regarding alleged misappropriation of trade secrets involving ex-Apple personnel.

Market observers will closely monitor Ternus’s strategic direction as Apple navigates an increasingly dynamic technological environment.

The post Market Movers: Treasury Yields Spike, Oil Climbs, and Apple’s Leadership Transition Rocks Markets appeared first on Blockonomi.

Solana was trading near $102 on Tuesday, down more than 7% from its recent seven-month high of nearly $110. The recent price weakness has not stopped signs of stronger demand from building across the network.

According to Ali Martinez, Solana recorded an average of 9.5 million new addresses per day over the past week, a level of growth the analyst considers an important adoption signal and one that has historically preceded major rallies.

Bullish Factors

Larger investors are also becoming more active. Wallets holding at least 10,000 SOL rose 1.58% after adding 52 new whale wallets to the network. At the same time, US spot Solana ETFs extended their streak of weekly net inflows to nine weeks. These funds attracted almost $154 million in capital last week. Interestingly, Bitwise’s Solana Staking ETF, BSOL, recently surpassed $1 billion in assets under management within 10 months.

Meanwhile, exchange balances are moving in the opposite direction, as seen with SOL held on exchanges dropping 4.91% after the withdrawal of roughly 2.6 million tokens over the past week. Martinez stated that $103 is an important support level, since it’s backed by 39 million SOL acquired there. The next hurdles are $123 and $132, each tied to about 20 million SOL in previous purchases.

Holding support and breaking those two levels could set up a move toward $150.

A similar sentiment was echoed by crypto investor Batman, who said that Solana may be entering a stronger bullish phase after breaking out of a major accumulation structure. But he expects SOL to retest the $83-$85 zone and believes a successful hold there could eventually push the asset toward $150 or higher.

Another market watcher, Gerla, believes the asset could be preparing for a much larger move after breaking its downtrend. He flagged the formation of higher lows, which suggests that the market may be entering a reaccumulation phase. If the structure remains intact, Gerla said that Solana could target $300 or higher as the next major expansion zone.

Other Key Developments

Solana saw several major developments this week. This includes the conclusion of its first binding on-chain governance vote, which was followed by a 25% increase in network speed, taking slot times from 400ms to 300ms. Separately, Charles Schwab announced plans to add SOL to Schwab Crypto Direct.

Additionally, Solana’s RWA holder base also crossed 350,000, while xStocksFi topped $500 million in AUM across more than 700 tokenized assets. Tokenized commodities on the network also reached a record $50 million in supply, and Solana became the leading network by total x402 transaction volume.

The post Solana’s 7% Pullback Isn’t Slowing Demand: Here’s the $150 Setup appeared first on CryptoPotato.

Surprisingly or not, Arbitrum’s ARB leads the entire top 100 club today (September 1) as the strongest performer.

Some analysts expect further gains ahead, but a certain technical indicator suggests a short-term correction is also quite possible.

The 3-Month Peak

ARB experienced a sudden 27% daily increase and currently trades at around $0.11 (per CoinGecko), the highest point since late May. Its market capitalization surpassed $730 million, making it the 86th-largest cryptocurrency.

The double-digit increase is rather surprising given the slight overall decline in the market over the past day, and the most likely catalyst fueling the rally appears to be Robinhood.

Arbitrum’s team revealed that Robinhood Chain generated more than $1 million in fees in the last 24 hours. “As a dedicated Arbitrum chain, 10% of the protocol revenue flows back to the Arbitrum ecosystem,” they added.

According to X user Master of Crypto, ARB is nearing the end of a long consolidation after trading inside a clear symmetrical triangle, with resistance around $0.1495 and $0.1729.

“If ARB breaks above the triangle, the next move could target $0.1495 first, followed by $0.1729. A clean breakout could signal the start of a bigger trend move,” the analyst predicted.

For their part, X user OxNeena claimed that ARB is breaking out. In their view, holding above the key support just above $0.08 could open the door to further gains toward $0.12, $0.14, and $0.16.

Pullback Ahead?

Despite the aforementioned pump, ARB remains 98% below its all-time high. The token began trading in the spring of 2023 when its price briefly skyrocketed above $5.

The asset’s Relative Strength Index (RSI) suggests that narrowing the gap to the historical peak may have to wait a bit longer. The technical analysis tool, which measures the speed and magnitude of recent price changes, ranges from 0 to 100, with anything above 70 signaling a potential move south due to overbought conditions.

On the other hand, ratios below 30 hint that ARB has entered oversold territory and could be due for a resurgence. Currently, the RSI stands at around 73, reinforcing the bearish perspective.

The post Arbitrum (ARB) Pumps 27% Daily: The Start of a Bigger Move? appeared first on CryptoPotato.

Bitcoin rose 25% in August, its strongest monthly gain since November 2024. The asset briefly crossed $80,000 last week but has since settled near $78,000. The rally, nonetheless, has renewed interest among retail players in one of crypto’s key markets.

In fact, new data suggests that South Korean investors are staging a comeback.

Korean Risk Appetite

Data shared by CryptoQuant revealed that the Korea Premium recently flipped positive after recording its longest period of negative readings. The analytics platform added that this shift from negative to positive territory “has typically been followed by a positive trend.”

The gap between BTC prices on Korean exchanges and global markets is known as the “kimchi premium” and is widely viewed as an important indicator to gauge retail investor sentiment across Asia and local market demand.

Rachael Lucas, an analyst at BTC Markets, stated,

“Korean retail tends to buy aggressively in risk-on phases and capital controls mean that buying shows up as a price gap rather than arbitrage flow. Historically, discount-to-premium crossings have preceded stronger bitcoin returns over the following weeks.”

Bitcoin ETF Road Ahead

But while retail demand appears to be returning, access to regulated Bitcoin investment products remains limited in the country. CryptoQuant founder Ki Young Ju believes that the next stage of BTC’s current cycle could be driven by institutional demand and exchange-traded funds outside the US. It is important to note that South Korea still lacks a spot Bitcoin ETF, while retail investors cannot buy foreign ETFs and local companies cannot open exchange accounts to purchase BTC.

According to Young Ju, the market has so far been largely shaped by US adoption, but institutional participation could expand across the world through deeper stablecoin liquidity and real-world asset infrastructure.

A July report by CryptoPotato revealed that Japan is getting closer to allowing Bitcoin ETFs, as the country gears up for its first product, potentially launching in 2028 if planned regulatory changes move ahead. Lawmakers had approved amendments that bring crypto assets under the Financial Instruments and Exchange Act, while the Financial Services Agency is working on changes to investment-fund rules that would allow investment trusts and ETFs to hold digital assets directly.

If approved, a spot Bitcoin ETF would give investors in Asia a simpler way to gain exposure to BTC. The development could be particularly relevant for South Korea, where Japan’s financial policy has often served as a reference point.

More on Bitcoin and a big PlanB statement can be found in our dedicated market video below:

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Ethena (ENA) has officially launched Ethena Pay, a self-custodial money app the project bills as “the internet money neobank,” advertising a 6% dollar savings rate, 5% card cashback.

It even has free transfers across roughly 50 countries at launch. It also comes with dollar savings, card spending, international transfers and free onramps in dollars, pounds and euros, with fiat account numbers tied to self-custodial stablecoin wallets.

Though access starts with 400 early users and expands weekly through a September beta. Notably, Avalanche (AVAX) is the exclusive settlement network, and a feature called Buy Now Pay Never puts savings rewards toward purchases without touching the principal.

Tiers and Caps

As mentioned, Ethena’s card cashback is at a flat 5%. The product page breaks it into tiers: the free Standard plan pays 4% on spending with cashback capped at $100 a month, while the Pro and VIP plans lift the monthly caps to $360 and $1,000, with 5% reserved for the top tier.

Savings follow the same pattern: Standard accounts earn 5%, upper tiers get the advertised 6%, and rewards pay out daily. A footnote says the rates rest on Ethena-reported weekly data and assume no net staking activity during reward vesting.

Introducing @EthenaPay: the internet money neobank.

→Card spend cashback at 5.0%
→Best-in-class 6.0% dollar savings rate
→Borderless, free, instant global money transfers
→Free global onramps in USD, GBP, EUR and local FX
→Multi-currency high-rewards savings accounts in… https://t.co/d76b1Gul4V pic.twitter.com/1gpw7zS2cZ

— Ethena (@ethena) September 1, 2026

Users can generate a virtual Visa card in under a minute, spend it at more than 130 million merchants, and add it to Apple Pay, with Google Pay to follow. Third National issues the card under license from Visa, with program management from Signify Holdings, operating as Rain.

The card is not offered to US persons, and users must be 18 to register. Transfers between Ethena Pay users are free, with no monthly account fees, and euro, yen, and Brazilian real accounts are listed as coming soon.

Not a Bank, Though

Ethena Pay Ltd, incorporated in Malta, has clearly stated that it is not a bank, holds no customer funds, and provides fiat account numbers through licensed banking partners, while wallet keys stay with the user behind passkeys and biometrics.

Moreover, the official site flags that balances carry no coverage from the FDIC, the UK’s Financial Services Compensation Scheme or Malta’s depositor scheme, and the savings rate flows from the yield engine behind USDe, Ethena’s synthetic dollar, which has drawn its returns from a crypto basis trade.

USDe’s circulating supply stands near $4.2 billion, per DefiLlama, and Ethena says it has paid holders more than $750 million in rewards on over $30 billion of mints and redemptions. Ethena has widened its lineup before, launching USDtb, a stablecoin backed primarily by BlackRock’s BUIDL fund.

ENA, which recorded its biggest single day of network growth in more than three months in May after Grayscale added the token to its DeFi Fund, traded 8.6% higher on launch day, per CoinGecko.

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Ripple Labs and SettleMint have announced a strategic partnership that plugs Ripple Custody into SettleMint’s Digital Asset Lifecycle Platform (DALP), giving regulated financial institutions a single system to custody, issue and manage tokenized assets across their full lifecycle.

Announced from Singapore, the offering has already commenced in Asia, and the companies plan to extend it to other markets as institutional demand develops. Beyond banks, the stack targets market infrastructure operators and sovereign entities, adding compliance, settlement and servicing to the custody and issuance layer so institutions can drop separate vendors for each function.

“Financial institutions across Asia Pacific are putting digital assets to work. They are asking how to do more without stitching together separate solutions for custody, issuance and governance,” said Fiona Murray, Managing Director, Asia Pacific at Ripple.

The Very Lucrative Tokenization Market

The joint release cites Boston Consulting Group’s May 2026 report, “The Future of Digital Assets,” which describes the shift toward digital assets as a fundamental restructuring of financial infrastructure.

Today, we’re proud to announce a landmark partnership between SettleMint and @Ripple that offers regulated financial institutions a single, connected foundation for digital asset custody, issuance and lifecycle management.

Read the announcement: https://t.co/QkLvqg50Xl pic.twitter.com/1CVO1wCakf

— SettleMint (@SettleMintCom) September 1, 2026

BCG projects that tokenized real-world assets could reach $88 trillion by 2035, and estimates that banks failing to adapt could see profits fall by as much as 30% over the same horizon. The release also names RLUSD, Ripple’s stablecoin, and the cryptocurrency XRP as assets underpinning the company’s solutions.

Elsewhere in the region, Ripple piloted RLUSD in Singapore’s central bank sandbox with supply chain finance firm Unloq in March, and its XRP Ledger featured in a cross-border pilot with JPMorgan, Mastercard and Ondo Finance that settled tokenized US Treasuries in under five seconds.

Custody Stack Assembled Through Deals

Ever since it was founded, Ripple has been selling payments, custody, liquidity and treasury infrastructure to banks and payment providers, and has assembled the custody line through a run of transactions. Moreover, Ripple has put its cumulative M&A and corporate venture spending on crypto infrastructure at around $4 billion.

Those include partnerships with Securosys and Figment, an integration with compliance analytics firm Chainalysis, and the acquisition of wallet infrastructure provider Palisade, which added MPC-based key sharding and multi-chain support.

SettleMint supplies the lifecycle side. Headquartered in Leuven, Belgium (though it has offices in the UAE, Singapore and Japan), the company stated that its composable DALP already runs in production and pre-production deployments across North America, Europe, the Middle East and Asia Pacific for banks, market operators and governments.

“Global capital markets are moving fully on-chain, and that shift only works when digital asset custody and lifecycle management operate as one system rather than two,” noted Adam Popat, CEO of SettleMint.

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