Track market-moving stories before they get noisy

MoonPay has unveiled PayBox for Solana, a non-custodial payment vault and wallet designed to simplify the purchase and transfer of tokens directly via AI chatbots such as ChatGPT and Claude. The launch, announced on July 29, introduces a natural-language interface for interacting with Solana, allowing transactions to be executed by AI agents on behalf of users.

PayBox connects users of ChatGPT and Claude with Solana’s fast blockchain infrastructure and MoonPay’s payment technology, eliminating the need for traditional dashboards or browser extensions. By granting permission, users allow AI bots to access the PayBox wallet, streamlining key management and transaction signing for a more seamless experience.

AI agents simplify blockchain interactionInstead of navigating complex interfaces, users can now instruct Claude or ChatGPT to swap tokens, make payments, or engage with decentralized applications (DApps) built on Solana. These requests are carried out directly by the AI, which handles the secure signing of transactions in a non-custodial environment.

Solana’s appeal continues to grow among consumers and fintech firms due to its combination of minimal fees and rapid transaction settlements. The integration of AI-powered trading solutions with Solana offers broader accessibility for both new and existing users, further driving adoption of the network.

Users of ChatGPT and Claude can trade assets, make payments, or interact with any Solana-based application by simply issuing conversational commands, expanding accessibility well beyond the crypto-native audience.

For those seeking a comprehensive way to monitor blockchain activity, platforms like CryptoAppsy offer real-time pricing, detailed charts, and portfolio management across multiple currencies on one screen. By establishing smart price alerts and filtering news targeted to specific coins, users can keep up with market movements and instantly respond to emerging opportunities. Additionally, CryptoAppsy provides critical macroeconomic indicators such as Federal Reserve interest rates, helping traders stay informed and competitive.

Implications for developers, institutions, and regulatorsThe integration opens up new distribution channels for developers, enabling their DApps and token utilities to be discovered and used directly within popular AI chatbots. This could lower the barrier for mainstream users entering decentralized finance and NFT markets, further broadening Solana’s reach in 2026.

Financial institutions may view voice-activated and AI-driven wallets as an accessible entry point into regulated, auditable digital asset transactions. The direct interaction between AI platforms and on-chain activity enables more compliant and transparent operations, aligning with rising industry standards.

As AI-driven interfaces facilitate transactions, regulators are expected to increase their scrutiny of custody arrangements, user consent protocols, and anti-money laundering procedures for payments authorized by algorithms.

Exchanges and wallet providers will likely need to adapt to a landscape where AI agents serve as the primary user interface, mediating access to their services without direct front-end control. This shift could reshape expectations for compliance and user onboarding in crypto ecosystems.

Recent acquisitions by MoonPay, such as the purchase of Solana trading platform DFlow in a $100 million stock deal, further demonstrate the company’s commitment to expanding its AI-focused finance strategy. These moves signal ongoing innovation in how users interact with blockchain technology and digital assets.

Disclaimer: The information contained in this article does not constitute investment advice. Investors should be aware that cryptocurrencies carry high volatility and therefore risk, and should conduct their own research.

Decentralized lending protocol Aave is pressing ahead with a significant consolidation of its multichain presence, moving to wind down six blockchain deployments and remove dozens of underperforming asset reserves.

What Is Being Removed Aave is deprecating 50 low-adoption asset reserves across multiple deployments. The protocol is also winding down its instances on Sonic, Scroll, zkSync, Metis, Soneium, and Aptos. A further 25 asset reserves and 21 matured Pendle principal tokens will be removed as part of the same cleanup. In total, the changes affect $98.1 million in supply and $15.6 million in debt.

Founder Stani Kulechov said the move is designed to reduce Aave's economic and technical risk exposure. The decision reflects a broader governance push that has been building since late 2025, when the Aave Chan Initiative (ACI) first proposed rolling back instances on chains that had "proven to lack product market fit."

A Strategy Shift in the Making Aave has historically taken a maximalist view when it comes to launching on new blockchains. The project is live on at least 18 chains, including a range of Ethereum Layer 2s as well as alternative Layer 1s like Aptos and Sonic. That approach is now being reversed for networks that have failed to generate meaningful activity.

The deprecation of the Scroll instance, for example, was accelerated following a rapid deterioration of on-chain liquidity and TVL, completing the wind-down by freezing all assets and increasing the reserve factor on select assets.

Low usage, TVL, and revenue contribution from these deployments continued to consume governance and operational resources while posing ongoing risk exposure. The consolidation is consistent with Aave's wider effort to tighten its operational footprint and focus resources on deployments that generate meaningful returns. Aave is by far the largest decentralized lending protocol, accounting for over 81% of total outstanding debt on Ethereum.

Sources
The Block: Aave DAO mulls pulling back multichain strategy
Aave Governance: Scroll Instance Deprecation Proposal

PANews July 30 news, X platform user @MINGLIbtc posted that a joint group of BitMart users with large affected assets has released an open complaint. As of July 30, 27 users have completed registration, with assets unable to be withdrawn normally totaling over 3.7 million USD, with a single user as high as 700,000 USDT, and the amount is still rising. Multiple users were attracted by stablecoin wealth management products such as USDG and PYUSD. After completing KYC, they redeemed their wealth management holdings and submitted withdrawal requests as required by the platform, but the actual exit channels were successively closed. Users pointed out that the USDG withdrawal networks include both ERC20 and Solana channels, both displaying “Paused”; the USDG/USDT and PYUSD/USDT trading pairs could not trade normally; wealth management users could neither withdraw directly nor exchange into USDT for withdrawal. Large withdrawals have been stuck for a long time, with only sporadic releases of small withdrawals around 100 USDT, and the 24-hour withdrawal limit on accounts has been drastically reduced. BitMart announced on July 26 that it would gradually cease operations, stating that withdrawal services would remain open, but users’ actual experience seriously contradicts the announcement.

Users raised eight questions, demanding that BitMart publicly disclose the status of asset backing, custodians, withdrawal processing standards and true progress, and arrange for a responsible person with decision-making authority to communicate directly within 24 hours at the latest; otherwise, they will submit evidence to the police and disclose the matter to international media. Users emphasized that they will not accept private discounted buyouts or installment plans, and their primary demand remains the full return of assets. Earlier, on July 21, BitMart had even reduced trading fees for the USDG/USDT and PYUSD/USDT trading pairs, only to announce the cessation of operations five days later, sparking users’ doubts about whether the platform had prior knowledge.

Ripple president Monica Long announced that institutional demand for both XRP and the company’s upcoming US dollar stablecoin, RLUSD, has reached unprecedented levels. The comments from Long, who oversees institutional partnerships at Ripple—a blockchain-based payments company—have caught the attention of investors and analysts across the sector.

Institutional demand at all-time highsEntrepreneur and Bitcoin advocate Lark Davis emphasized Long’s remarks, noting her observation that current institutional interest is “nothing like we’ve ever seen.” Davis pointed out that Ripple’s unique position allows it to gauge such trends firsthand. He commented that despite such significant demand, the price of XRP has not yet reacted in line with these developments.

Ripple president Monica Long described institutional demand for XRP and RLUSD as ‘unprecedented,’ signaling that interest surpasses anything in Ripple’s previous experience.

Long’s statements carry notable weight within the industry, especially considering her leadership in institutional outreach. Ripple is widely recognized for its integration with major financial entities and as a key player in advancing blockchain-based cross-border payments.

RLUSD, the new stablecoin introduced by Ripple, aims to facilitate instant payments and liquidity between institutions, leveraging blockchain technology to provide faster and more secure settlement compared to traditional systems.

Mini dictionary: RLUSD, Ripple’s US dollar-backed stablecoin designed for enterprise use, is intended to offer fast, reliable, and regulated digital settlements.

Why price has yet to reflect demandDavis explained that the lag between growing institutional interest and price action is mainly due to the nature of institutional operations. Large institutions require extensive internal processes such as board approvals, compliance verification, legal assessments, and secure custody setups before deploying capital into digital assets.

He added that while demand is present and in progress, it takes considerable time for institutions to fully participate. Unlike retail traders, institutional investors do not act on short news cycles. Their onboarding trajectory often extends over months or even years.

Demand is real and already in the pipeline. Institutions move through complex, structured approval processes, which means market reactions can be significantly delayed.

Davis also cited broader market conditions as a factor. He observed that the current bear market has generally slowed price responses to positive news, with suppressed trading volumes and muted reactions across the board.

Potential impact on XRP and RLUSDLong’s insight comes from direct visibility into Ripple’s institutional relationships. Her assessment suggests a build-up of demand behind the scenes, with negotiations and partnerships progressing that have not yet produced visible market moves.

Davis highlighted that in previous cycles, a similar dynamic occurred where prices remained stable until institutional flows reached the open market. Once onboarding is complete and large-scale capital enters, there could be significant price action in both XRP and RLUSD.

The timeline for these developments remains uncertain, as retail investors often move out before institutional allocations appear. Davis stressed that strategically positioning ahead of institutional inflows may be key for participants tracking the next phase of market growth.

Disclaimer: The information contained in this article does not constitute investment advice. Investors should be aware that cryptocurrencies carry high volatility and therefore risk, and should conduct their own research.

Active Loans Surpass $1.15M in Rapid Growth@LiquidiumFi's cross-chain lending platform has hit a notable milestone, with active loans exceeding $1.15M, according to DefiLlama data. That figure represents roughly a 10x increase since April, while total value locked (TVL) now sits at $3.1M, up 13% over the past week.

Launched in February 2026, Liquidium.fi operates as a non-custodial cross-chain lending platform. The protocol is built on Internet Computer's (@dfinity) Chain Fusion technology, which enables direct communication between blockchains. Users can supply and borrow native assets, including $BTC and USDT on Ethereum, without the security risks of centralized bridges or the need to manually manage wrapped tokens.

The underlying mechanism relies on threshold cryptography. Rather than routing assets through a custodian, the private keys for escrowed Bitcoin are mathematically split across hundreds of independent ICP nodes, and a consensus of those nodes must sign off on any transaction, such as releasing collateral or triggering a liquidation.

Oisy Wallet Integration Brings Lending Into One InterfaceThe growth comes alongside a meaningful UX development. Borrowing with $ICP and ckAssets has gone live inside the @oisy Wallet, meaning users can now access the full lending flow, including borrowing and supplying assets, without leaving the wallet interface. Liquidium is now integrated directly into OISY Wallet, with users able to access the Borrow section as well as the Earn section to supply and deposit assets.

The Oisy integration is powered by the Liquidium SDK and reflects a broader push to consolidate the cross-chain lending experience. By building on ICP's Chain Fusion, Liquidium makes it possible to lend and borrow Bitcoin directly, without centralized bridges or wrapping.

The platform's track record on its original Bitcoin-native product, Liquidium.wtf, adds context to the momentum. That protocol has processed over 119,000 loans and more than $400M in borrowing volume, and the team is now applying the same non-custodial infrastructure to the cross-chain market.

Sources:
Liquidium: Cross-Chain Lending Protocol Launch (Official Blog)
DFINITY Forum: Liquidium Now Live in OISY Wallet
DefiLlama: DeFi Analytics Dashboard

One WETH Vault, Multiple Redemption Rails: Introducing the Multi-Asset WETH ARMOrigin’s multi-asset WETH ARM is now open, giving LPs one position across four liquid staking markets. The multi-asset WETH ARM lets all assets trade against one pool of WETH.

The vault supports:

stETHwstETHeETHweETHEach asset lane keeps its own:

Buy and sell pricesBuy and sell liquidity limitsInventory and pending-redemption trackingRedemption adapterAggregators get more eligible routes, while LPs gain access to arbitrage opportunities across four markets without moving or splitting liquidity between separate ARM Vaults.

This is the first rollout. Additional LSTs, including OETH and wOETH, are planned as follow-on additions to the multi-asset WETH ARM.

Existing ARMs have processed more than $2.7 billion in volumeWhen a redeemable asset trades below its redemption value, users and aggregators can sell it into the ARM’s quotes. An operator submits the resulting inventory through the asset’s redemption process, and the returned backing asset flows back to the vault. The resulting spread contributes to LP yield.

Dune trade data shows meaningful activity in both existing ARMs:

stETH ARM: Dune recorded more than $2.53B in volume (956k stETH) over more than 54,000 transactions since public launch on October 17, 2024.eETH ARM: Dune recorded more than $163M in volume (80k eETH) over more than 4,000 transactions since public launch on October 30, 2025.That history shows repeated use of ARM liquidity. Much of the market also trades through wstETH and weETH, which the existing ARMs do not accept. The multi-asset WETH ARM builds on that operating history while adding support for wstETH and weETH.

Why wrapped-token support mattersWrapped tokens account for a significant share of the Lido and ether.fi markets. As of July 25, wstETH represented nearly half of Lido’s stETH TVL, while weETH represented approximately 95% of ether.fi’s eETH TVL.

The existing ARM Vaults support stETH and eETH, but not their wrapped counterparts. Adding wstETH and weETH allows the multi-asset WETH ARM to quote a much broader share of each market.

Dune data provides two overlapping views of trading activity across this market over the 90 days ending July 24:

User-facing aggregator trades: $1.901B of executed swaps with wstETH or weETH on one endpoint and ETH/WETH on the other. Of that total, $709.7M started with a wrapper and ended in ETH/WETH (query).Pool-level DEX swaps: $1.903B of direct wrapper/ETH-WETH execution legs. Of that total, $864.2M sold a wrapper for ETH/WETH inside a pool (query).The totals are similar, but the datasets measure different parts of a trade. The aggregator table records the user's starting and ending tokens. The pool table records each qualifying execution leg, including direct DEX swaps and legs produced by aggregator routes. A routed trade can produce more than one pool leg, so the two datasets overlap and should not be combined. Dune documents this relationship for dex_aggregator.trades and dex.trades.

Before wrapped-token support, the ARM could not quote wstETH/WETH or weETH/WETH directly. Supporting these assets makes those routes eligible for ARM quotes. Whether the ARM captures that volume will depend on competitive pricing, available liquidity, and aggregator integration.

How shared WETH inventory worksLPs deposit WETH into one vault that serves all four supported markets. Each asset draws from the shared WETH pool while retaining its own prices, liquidity limits, inventory tracking, and redemption adapter.

The operator sets prices and available liquidity for each asset.Users and aggregators execute against the ARM’s quotes.The appropriate adapter prepares assets received by the vault for redemption.The operator submits the redemption, and the returned ETH is wrapped and returned to the shared WETH pool.Because WETH liquidity is shared, capital is not restricted to a single token pair.

If wstETH activity is quiet while weETH trades at a wider discount, the operator can optimize pricing and limits to direct more of the shared WETH capacity toward weETH. This allows the vault to respond to changing market conditions without requiring LPs to move capital between products.

A direct market 3.24x the previous sizeOver the 90d period ended July 24th:

The existing stETH/WETH and eETH/WETH markets generated $851.4M in two-way direct volume.The added wstETH/WETH and weETH/WETH markets generated $1.9B.Combined volume across all four supported markets reached $2.76B.Adding wrapped assets makes the eligible direct market 3.24x the size of the market covered by the existing ARM Vaults.

This does not mean the WETH ARM will capture all of that volume. Actual activity will depend on competitive pricing, available WETH, aggregator integration, and redemption capacity.

More routes from one WETH vaultThe multi-asset WETH ARM gives aggregators one source of WETH liquidity across rebasing and wrapped tokens. One vault can quote all four assets without splitting LP liquidity across separate products.

The design creates clear benefits:

Traders and aggregators gain more eligible routes into WETH.LPs can support activity across all four markets through one vault position.The operator can adjust pricing and quote capacity as market conditions change.Each asset retains its own pricing, liquidity limits, inventory accounting, and redemption process.The result is broader atomic WETH liquidity without fragmenting LP capital across separate vaults. You can read more about WETH ARM in our docs here.

GMX DAO continues its systematic token buyback campaign, having now repurchased over 384,000 GMX tokens for approximately $2.4 million at an average price of $6.25. The latest tranche saw 12,380 tokens acquired for roughly $85,000, adding to what has become one of the more aggressive treasury accumulation strategies in DeFi.

The buyback machine in detail Since March 5, 2026, the GMX DAO has repurchased 313,650 GMX tokens for approximately $1.965 million, averaging $6.27 per token. The pace accelerated meaningfully in Q2 2026, when the DAO scooped up 228,030 tokens for around $1.41 million at an average of $6.18.

One particularly notable weekly buyback occurred from June 24 to 30, when 23,280 GMX were acquired for $125,000. That batch averaged $5.37 per token, a meaningful discount compared to the broader program average of $6.25.

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The funding mechanism is what makes this program structurally interesting. The DAO redirected 27% of protocol fees, money that was traditionally distributed to GMX stakers as yield, toward these open-market buybacks. Stakers who were counting on passive income from fees are now watching those revenues get converted into treasury assets instead.

Liquidity reshuffling and Solana expansion The DAO has signaled plans to withdraw approximately 600,000 GMX tokens from external decentralized exchange liquidity pools. Those tokens would be redeployed into GMX’s own pools, consolidating liquidity under the protocol’s direct control.

Additionally, GMX appears to be expanding its footprint to Solana through a platform called GMTrade.xyz. GMX built its reputation on Arbitrum and is extending into the Solana perpetuals market via this expansion.

Market reaction and the $90 threshold GMX’s token price hasn’t significantly moved on the back of these purchases. Earlier buyback rounds did little to move the needle on valuation, which is partly why the DAO has been iterating on its approach.

According to the DAO’s governance framework, rewards from the buyback program will only be distributed when GMX achieves trading levels above $90. With the token currently trading in the $6 range, that threshold is roughly 14x away. It ensures accumulated tokens aren’t dumped back onto the market at these levels.

What this means for investors The 27% fee redirection creates a measurable reduction in staking yield. Anyone evaluating GMX staking needs to factor in that roughly a quarter of what used to be distributed as rewards is now going into buybacks instead.

The liquidity consolidation strategy could reduce GMX’s presence on popular DEX aggregators. If 600,000 tokens get pulled from external pools, it may become harder to trade GMX on certain platforms, potentially widening spreads before the DAO’s own pools absorb that volume.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

A $24.15 million exploit on a third-party bridge operating on Arbitrum has turned into a very public lesson about which bridges you should trust with your crypto. Steven Goldfeder, CEO and co-founder of Offchain Labs, used the incident to outline exactly how his team thinks about bridge risk management, and why the native Arbitrum bridge sits in a fundamentally different security category.

The breach hit AFX Trade on July 22, when attackers compromised validator keys on the bridge protocol and drained approximately $24.15 million in USDC. The stolen funds were subsequently swapped for roughly 12,467 ETH. Goldfeder confirmed the exploit originated entirely from a third-party protocol and that Arbitrum’s native bridge remained secure throughout the incident.

Native vs. third-party: a distinction that matters Arbitrum’s native bridge inherits its security directly from the rollup’s architecture, secured by the same mechanism that protects the entire Arbitrum network, which ultimately relies on Ethereum’s own security guarantees. Third-party bridges like AFX Trade operate independently, introducing their own trust assumptions, key management practices, and validator sets.

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Goldfeder, who holds a Ph.D. in applied cryptography from Princeton University, emphasized that Offchain Labs has improved bridge security through a combination of technical measures and user education. The company also conducts due diligence on third-party bridges that operate within the Arbitrum ecosystem, though the AFX Trade incident demonstrates the limits of oversight when external protocols manage their own security infrastructure.

The exploit and its aftermath The AFX Trade attack followed a depressingly familiar playbook. Compromised validator keys gave attackers the ability to authorize fraudulent withdrawals, a vulnerability pattern that has plagued cross-chain bridges since the earliest days of multi-chain DeFi. Once the keys were compromised, the attackers moved quickly, draining USDC before converting to ETH to obscure the trail.

AFX Trade proposed a white-hat bounty deal to the attacker: return 70% of the stolen funds and keep the rest as a bug bounty. The incident was far from isolated. July 2026 has seen at least 14 recorded security breaches across the crypto sector.

What this means for investors Bridge selection matters. Users moving assets between Ethereum and Arbitrum face a real choice between the native bridge, which benefits from rollup-level security guarantees, and third-party options that offer speed or convenience but introduce additional risk vectors.

Offchain Labs’ stated approach of conducting due diligence on third-party bridges positions Arbitrum as a network that at least attempts to curate its infrastructure partners, even if that curation clearly has limits. A steady drumbeat of bridge exploits — 14 in a single month — gives regulators ammunition to impose stricter guidelines on bridging technology and cross-chain protocols.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

Table of contents

Introduction If you’ve searched for “mt gox” recently, it’s probably because the name showed up in a headline again — more than a decade after the exchange collapsed, a dormant wallet linked to it still makes news whenever it moves Bitcoin. To understand why that keeps happening, it helps to know what Mt. Gox actually was, how it fell apart in 2014, and why a bankruptcy case from over a decade ago is still, in a very real sense, unfinished business for the Bitcoin market.

What Was Mt. Gox? Mt. Gox was a Tokyo-based cryptocurrency exchange that, at its peak, handled more than 70% of all Bitcoin transactions worldwide, according to Investopedia’s sourced history of the exchange. The name is an acronym for “Magic: The Gathering Online Exchange” — the site was originally created by Jed McCaleb as a place for players to trade cards from the collectible card game before it was repurposed into a Bitcoin exchange. Mark Karpeles took over as the largest shareholder and CEO in 2011, and under his management Mt. Gox grew into the dominant Bitcoin exchange of the early 2010s.

What Caused the 2014 Collapse? The mt gox hack that led to the exchange’s downfall unfolded gradually rather than as a single event. In February 2014, Mt. Gox suspended withdrawals after discovering what it described as suspicious activity in its digital wallets. The company ultimately disclosed that it had lost approximately 850,000 Bitcoins — worth hundreds of millions of dollars at the time — through a combination of hacking incidents and technical failures. Roughly 200,000 of those Bitcoins were later recovered, but the bulk of the loss destabilized the exchange and, briefly, the broader Bitcoin market. Mt. Gox filed for bankruptcy in Tokyo District Court shortly afterward.

Mark Karpeles was later found guilty in 2019 of falsifying data to inflate the exchange’s holdings, though he was acquitted of the more serious embezzlement charges against him. Separately, in 2023, the U.S. Department of Justice charged two Russian nationals in connection with laundering funds tied to the hack — a reminder that the “who did it” question took nearly a decade to produce any formal charges at all.

Bankruptcy vs. Rehabilitation: Why Repayment Took So Long Here’s the part that surprises a lot of people: Mt. Gox’s original 2014 bankruptcy filing did not directly produce the repayment process creditors are living through today. Creditors objected to the initial bankruptcy liquidation approach, which pushed the case into a different legal track in Japan called civil rehabilitation. That process, overseen by a court-appointed Rehabilitation Trustee, took years to work out exactly how creditors would be compensated — cash, Bitcoin, Bitcoin Cash, or some combination — and wasn’t finalized until November 2021, per Investopedia’s account of the legal timeline. Actual repayments to creditors didn’t begin until July 2024, a full decade after the exchange collapsed.

This slow-moving legal process is the direct reason Mt. Gox is still relevant today: the Rehabilitation Trustee still controls a large amount of Bitcoin that hasn’t yet been distributed to creditors, and every scheduled mt gox payout step requires moving funds out of trustee-controlled wallets — which is exactly what a mt gox wallet transfer represents when it hits the news.

Why Does a Mt. Gox Wallet Moving Coins Still Make News? Because those wallet movements are, functionally, the trustee actually executing the repayment plan — not random activity. When a dormant Mt. Gox wallet suddenly transfers a large sum, it’s typically the Rehabilitation Trustee moving funds toward distribution to creditors or reorganizing holdings ahead of a repayment deadline, not a hack or a sale decision in the ordinary sense. Given the sums involved — Mt. Gox’s remaining holdings are still counted in the billions of dollars — any of these transfers is large enough to be visible on-chain and, historically, has sometimes coincided with short-term Bitcoin price volatility, which is why outlets cover each movement individually. Recent examples of this exact pattern show up regularly in crypto news coverage, including transfers following months of wallet silence.

It’s worth being clear about what these transfers are not: they are not evidence of a new hack, and a transfer alone doesn’t mean coins are being sold on the open market. Some analysts have drawn comparisons between how markets react to Mt. Gox-related movements and how they reacted to other large defunct-exchange holdings like FTX’s, since both involve large, closely-watched wallets tied to bankruptcy proceedings rather than active trading.

What’s the Current Repayment Status? As of this writing, the Rehabilitation Trustee’s official deadline for the main mt gox repayment categories — Base Repayment, Early Lump-Sum Repayment, and Intermediate Repayment — is October 31, 2026, according to the Trustee’s own announcements posted directly on mtgox.com. That date is not fixed in any permanent sense: it has already been pushed back multiple times, moving from October 2023 to 2024, then 2025, and now 2026, as the trustee works through the logistics of verifying and paying out a large number of creditor claims. If you’re checking on repayment status specifically, treat any date you read — including this one — as subject to further extension, and check the trustee’s official site directly for the current figure.

The trustee has also repeatedly warned creditors about phishing sites and fraudulent emails impersonating either “MTGOX” or the Rehabilitation Trustee, asking for personal information or wallet connections — a real and ongoing risk for anyone still owed a payout from the case.

Frequently Asked Questions What was Mt. Gox? Mt. Gox was a Tokyo-based Bitcoin exchange that, at its peak, handled more than 70% of global Bitcoin trading volume before collapsing in 2014 after losing roughly 850,000 Bitcoins.

When did Mt. Gox collapse, and why? Mt. Gox suspended withdrawals in February 2014 after disclosing the loss of about 850,000 Bitcoins to a combination of hacking and technical failures, then filed for bankruptcy shortly after.

What is the Mt. Gox repayment/payout process? Following creditor objections to the original bankruptcy approach, the case moved into a Japanese civil rehabilitation process finalized in November 2021. Actual repayments to creditors began in July 2024, and the current deadline for the main repayment categories is October 31, 2026 — a date that has already been extended multiple times.

Why does Mt. Gox keep showing up in Bitcoin news? Because the Rehabilitation Trustee still holds a large amount of Bitcoin that hasn't yet been fully distributed to creditors. When trustee-controlled wallets move funds, it's typically part of executing the repayment plan, and the sums involved are large enough to draw market attention.

Is a Mt. Gox wallet movement the same as a hack or a sale? No. A wallet transfer linked to the Rehabilitation Trustee is generally part of the ongoing legal repayment process, not evidence of a new security breach or an active decision to sell on the open market

AUTHOR

Kester is an experienced freelance content writer. His focus is primarily on blockchain technology and cryptocurrency. One might even refer to him as a "blockchain enthusiast." He has been following advancements in the crypto and blockchain area for several years, researching and writing his insights in the media. In addition to being a skilled content writer, Mushumir is also knowledgeable in SEO and digital marketing. He aspires to succeed as a content creator in the digital realm, dealing with customers in the finance and tech industries to generate traffic through engaging taglines and content. Mushumir enjoys traveling, reading, and playing cricket when he is not writing. He now works as a news and article writer for BlockchainReporter.

It took Virtuals Protocol less than a month to turn Robinhood Chain into one of crypto’s busiest AI agent marketplaces. The protocol announced on July 29 that its infrastructure has facilitated over $200 million in agent trading volume on the platform, with more than 5,600 autonomous AI agents deployed and $2.7 million raised for builders across the ecosystem.

For context, Robinhood Chain only launched in early July 2026. Going from zero to $200 million in trading volume in roughly three weeks is the kind of growth curve that makes even seasoned crypto observers do a double-take.

Inside the agent economy Virtuals Protocol was integrated into Robinhood Chain from day one. The setup allows users to create, fund, and deploy autonomous AI agents that operate within tokenized markets, handling everything from yield automation to prediction markets.

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The protocol’s native token, VIRTUAL, serves as the backbone of this ecosystem. It handles governance, liquidity provision, and transaction fees across the platform. VIRTUAL has a total supply of 1 billion tokens, with approximately 657.5 million currently in circulation. Recent trading has seen the token hovering between $0.56 and $0.60.

Several agent-specific tokens have also emerged within the ecosystem, including $GTR and $PRIZE, creating a layered token economy where individual AI agents have their own tradeable assets.

Why Robinhood Chain matters here Robinhood Chain is built as an Arbitrum-based Layer 2, which means it inherits Ethereum’s security while offering faster and cheaper transactions. The chain’s focus sits squarely on DeFi and tokenized real-world assets.

The 5,600 agents launched so far span multiple use cases. Some focus on DeFi yield optimization, automatically moving capital between lending protocols to chase the best returns. Others operate in prediction markets, placing bets based on data analysis. Still others function as trading terminal tools, helping users execute more sophisticated strategies than they could manage manually.

Competitions and ecosystem growth Virtuals Protocol has hosted trading competitions designed to pull in new participants. A notable recent example was a Binance Wallet competition featuring a $60,000 prize pool.

What this means for investors VIRTUAL’s price range of $0.56 to $0.60 puts the token’s fully diluted valuation at roughly $560 million to $600 million, while the circulating market cap sits closer to $370 million to $395 million based on the 657.5 million circulating supply.

The $2.7 million in builder funding is a start, but it’s modest compared to the war chests deployed by more established Layer 2 networks.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

Vanguard, one of the world’s leading investment management firms, has increased its exposure to Bitcoin-related equities through a significant addition to its holdings in Strive Asset Management. The move highlights a broader trend of institutional interest in companies with ties to Bitcoin.

Vanguard boosts Strive Asset Management stakeVanguard’s Total Stock Market Index Fund (VTSAX) acquired an additional 269,200 shares of Strive Asset Management, bringing its total investment to approximately $3.2 million. With this purchase, the fund’s overall holdings in Strive now reach 1.98 million shares, with a combined market value of roughly $23.7 million.

Strive Asset Management primarily focuses on corporate engagement and investment strategies that include exposure to Bitcoin treasury holdings. The company has drawn increased attention from institutional investors seeking access to digital asset markets through equity positions.

Mini dictionary: Strive Asset Management, a US-based asset management firm that advocates shareholder-driven stewardship and has gained attention for investing in companies with significant Bitcoin holdings.

Data from BitcoinTreasuries.NET showed the increased activity, reflecting a pattern seen among several major asset managers as they seek to diversify portfolios with crypto-linked assets.

Vanguard Holdings in StriveShares AddedTotal SharesEstimated ValueJuly 2026269,2001.98 million$23.7 millionInstitutional adoption gathers paceJoe Burnett, Director of Market Research at The Bitcoin Way, commented on social media that the growing integration of Bitcoin into mainstream markets is increasingly occurring through passive investment channels like index funds and ETFs.

A growing portion of global capital is passive, simply tracking returns and mirroring market allocations. The world is starting to own Bitcoin, sometimes without even realizing it.

This trend, Burnett explained, suggests that many mainstream investors are gradually becoming exposed to Bitcoin-related assets as part of diversified fund portfolios, rather than through direct purchases of cryptocurrencies.

Evolving stance at VanguardIn early 2024, Vanguard held a cautious approach to cryptocurrency. The firm, under then-CEO Tim Buckley, declined to offer spot Bitcoin ETFs to its brokerage clients. This policy shifted after the appointment of Salim Ramji as CEO. Ramji, a former BlackRock executive with experience overseeing the launch of BlackRock’s spot Bitcoin ETF (IBIT), brought a more receptive attitude towards digital assets.

By late 2025, Vanguard reversed a key policy and lifted its restriction on digital asset ETFs, although it maintained that it would not launch proprietary crypto products. The company continued increasing stakes in companies with substantial Bitcoin treasury reserves, such as Strive Asset Management, building on earlier disclosures from April regarding its growing shareholdings.

Vanguard drew further industry attention in July by advertising for a newly created position: Head of Digital Assets for Personal Wealth. The role signals expanded ambitions in digital asset management and direct engagement with evolving investor demand for cryptocurrencies within traditional finance platforms.

Disclaimer: The information contained in this article does not constitute investment advice. Investors should be aware that cryptocurrencies carry high volatility and therefore risk, and should conduct their own research.

The XRP Ledger has also implemented the fixCleanup3_2_0 amendment, which is another significant update in the network. The amendment received 85.71% validator consensus with 30 out of 35 trusted validators voting in favor of the amendment, with 5 validators opposing the proposal.

XRP Ledger Fix Amendment Is Live Now XRPScan data indicates that the amendment has now been activated, with XRPL version 3.2.0 as the minimum version needed to be compatible with the mainnet.

The update has an immediate impact on operators using software versions prior to that. XRPScan said, “The fixCleanup3_2_0 amendment is now active. With this, all nodes running version 3.1.0 and below are amendment blocked until they upgrade to 3.2.0. Please take action to ensure service continuity.”

The latest release is also very well received in the network data. There are currently 103 validators running version 3.2.0, that is 68.67% of all validators, and 543 nodes running version 3.2.0, 64.26% of all nodes. In comparison, version 3.1.3 is still used by 37 validators (24.67%) and 268 nodes (31.72%) meaning a lot of operators have already upgraded, and some are still upgrading.

fix amendment for the XRP Ledger just went live, now XRPL 3.2.0 is the new min version for main net.

the XRP Ledger just got better in a flip of the switch moment. pic.twitter.com/Vugr2Xq4PT

— Vet (@Vet_X0) July 29, 2026

The milestone was also noted by an XRPL dUNL validator Vet, who posted: “fix amendment for the XRP Ledger just went live, now XRPL 3.2.0 is the new min version for main net.” The validator added, “the XRP Ledger just got better in a flip of the switch moment.”

The alert comes after a previous warning issued by XRPL contributor Vet who wrote, “all nodes running XRPL versions below 3.2.0 will experience service interruptions.”  Those nodes that have not been upgraded will not be able to continue to be compatible with the network following the amendment.

What Has Changed With The Update? It includes several bug fixes and enhancements to the infrastructure and developers. It also brings in the biggest protocol change in the release, XLS-0095. The XRP Ledger’s server software officially changes its name from rippled to xrpld as part of that change. The migration started on the 15th of June and changes to configuration paths, deployment scripts, metadata references and database directories for node operators.

The fixCleanup3_2_0 patch introduces correction of rounding and accuracy problems detected in the Single Asset Vaults and Lending Protocol on XRP Ledger. It also addresses some bugs in the Permissioned DEX and Permissioned Domains, which enhances the existing functionality without adding any new network features.

Fintech

29 July 2026 | 18:43 The Ethereum Foundation has added security researcher pcaversaccio, known across the ecosystem as "pc," to its board for an initial one-year voluntary term. He joins President Aya Miyaguchi, co-founder Vitalik Buterin and Swiss counsel Patrick Storchenegger.

Key Takeaways His SEAL 911 work gives the board direct experience of active hacks and exploits. The appointment follows a restructuring that cut 54 positions and reorganized the EF around five domains. The board sets values and oversees management; it does not decide protocol upgrades. The Ethereum Foundation has added security researcher pcaversaccio, known across the ecosystem as “pc,” to its board for an initial one-year voluntary term. He joins President Aya Miyaguchi, co-founder Vitalik Buterin and Swiss counsel Patrick Storchenegger.

The appointment lands just over a month after the largest internal reorganization in the Foundation’s history, which makes the choice of person worth reading closely. A smaller EF has put someone from the incident-response side of Ethereum inside the group that oversees its direction.

He Was Already Advising the Foundation Pc sits on the Silviculture Society, an unpaid advisory group that gives confidential guidance to EF leadership on censorship resistance, open-source development, privacy and security. He also contributed feedback to the EF Mandate, the document published in March defining the Foundation’s mission and decision-making principles.

Moving him from that channel onto the board formalizes a relationship that was already shaping how the organization describes its purpose.

What He Brings From Outside Governance Pc co-founded and helps lead SEAL 911, a free emergency response service connecting projects and users facing live security incidents with vetted researchers. Security Alliance reports more than 3,300 cases handled, over 125 emergency response rooms coordinated and more than $180 million in assets recovered.

That is a specific kind of experience: compromised keys, exploited contracts, stolen funds, and the coordination problem of responding while an attack is still running.

The clearest value he adds is calibration. Boards weighing privacy or censorship-resistance trade-offs usually do so in the abstract, months before any consequence lands on a user. Someone who has coordinated live incident response has watched which theoretical safeguards hold when a protocol is under attack and which collapse on contact. That is a different class of input from what a foundation board normally receives.

His writing covers the same ground from the other direction. The Ethereum Cypherpunk Manifesto argues that privacy, security and censorship resistance belong at Ethereum’s foundation rather than arriving as features bolted on after commercial adoption. Ethereum Privacy: The Road to Self-Sovereignty sets out a direction for stronger transaction privacy, encrypted mempools and resistance to blockchain surveillance.

Both are personal frameworks rather than adopted roadmaps, and together they indicate the perspective arriving at the board table: Ethereum should serve institutions and ordinary users while keeping the properties that stop any company, government or intermediary from controlling it.

The Foundation He Is Joining Is Smaller On June 23, the Foundation completed a months-long restructuring that removed 54 employees, roughly 20% of its workforce. The remaining work was organized into five domains covering the protocol, access, users, community and institutions, each with a narrower remit than before.

The financial reset ran deeper. As Coindoo examined in its analysis of Ethereum’s leaner Foundation model, the 2026 budget fell by roughly 40% as the EF moved toward endowment-style spending designed to preserve resources for decades.

The Foundation drew no explicit connection between the two events, though the protocol cluster’s mandate reads like a description of pc’s own writing: censorship resistance, open-source development, privacy and security as non-negotiable guarantees. The EF was explicit that the group exists for something other than making Ethereum more marketable or turning it into a financial rail run by intermediaries.

One of the five domains is dedicated to institutions, so this is a matter of sequencing rather than opposition. Commercial growth sits inside the structure; the appointment signals where the limits are drawn.

What a Board Seat Actually Controls The Foundation describes its board as a security council: it protects the organization’s values, sets long-term vision and checks that management decisions align with both. It can appoint or remove executive directors.

Its reach stops there. Ethereum’s upgrades are decided through client teams and the wider developer process, none of which the board directs. Daily strategy and operations belong to management.

The voluntary, one-year terms sit alongside that limited scope. Pc joins an oversight body instead of running an operational cluster, and the EF gets a defined review point, though it has said nothing about renewal.

So the appointment changes no budget line and no roadmap item on its own. Its effect shows up later, in how a smaller Foundation allocates what it has left: which security and privacy work gets funded, whether the institutional domain preserves permissionless access, and how firmly the board holds management to the Mandate when those pull against each other.

Why This Appointment, Now After a 20% workforce reduction and a 40% budget cut, an organizational chart only goes so far. What a Foundation in that position needs is a board willing to push back when efficiency, adoption or institutional pressure starts eroding the values it says it exists to protect.

Pcaversaccio arrives from the place those values get tested hardest: live attacks, real assets, users losing money in real time. Whether that changes anything depends on decisions the EF has yet to make.

Disclaimer: This article is for informational purposes only and does not constitute financial or investment advice. Statements about the appointment’s likely effects are analytical conclusions rather than Foundation policy. Methodology: The analysis uses the Ethereum Foundation’s own announcements on its board, restructuring and mandate, Security Alliance’s published SEAL 911 figures, pcaversaccio’s public writing and Coindoo’s earlier coverage of the Foundation’s budget reset. Author

Kosta has reported on cryptocurrency markets and blockchain infrastructure since 2020, bringing over six years of hands-on experience in the crypto industry built through daily tracking of markets, trends, and emerging blockchain developments. Specializing in Bitcoin on-chain analysis, institutional ETF flows, and digital asset price action, his work at Coindoo has been cited by other news agencies and consistently covers market developments with a focus on data-driven reporting across Bitcoin, Ethereum, Solana, and XRP. Over the years, Kosta has contributed to multiple crypto media outlets in different regions, authoring over 6,000 articles across the sector. His reporting spans cryptocurrency markets and the broader fintech industry, tracking not only price action but also the technological and regulatory forces shaping the ecosystem. To support his analysis, Kosta actively leverages on-chain data and metrics from leading platforms such as Santiment, Glassnode, and CryptoQuant, enabling deeper, evidence-based market insights. He believes in the power of transparency and the data that underpins the blockchain ecosystem. His academic background in Marketing Management from Denmark further complements his analytical approach, adding a strong understanding of communication strategy and content positioning to his work.

Ethereum just posted 18.7 million transactions in a single week, the highest figure the network has ever recorded. At the same time, the median cost of a transaction fell to $0.008, an all-time low. For context, that’s less than a penny per transaction on the world’s largest smart contract platform.

What’s driving the surge The record-setting week didn’t come out of nowhere. Ethereum’s daily transaction peaks approached 2.9 million back in January 2026, and the network processed over 200 million transactions in Q1 2026 alone.

The fee collapse traces back to network upgrades activated in 2025. The Pectra and Fusaka upgrades were specifically designed to improve layer-1 scalability and reduce transaction costs.

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Stablecoin usage and staking participation have been identified as key drivers of the activity boom.

Token Terminal flagged the milestone figures, and Blockworks had previously reported comparable weekly highs of roughly 18.66 million transactions earlier in 2026. Multiple analytics platforms have confirmed the trend of elevated transaction volumes compared to previous years.

The price paradox Despite all this record-breaking activity, ETH has been trading below $2,400 as of April 2026.

Much of the economic activity happening on Ethereum isn’t directly benefiting ETH’s price. A significant portion of transactions are migrating to layer-2 solutions, which settle on Ethereum but don’t generate the same fee revenue for the base layer.

Stablecoins are among the most-used assets on the network, but their growth doesn’t automatically translate into demand for ETH itself. Users can transact heavily in USDC or USDT without ever needing to hold meaningful amounts of the native token.

The ultra-low fees compound this problem. When median transaction costs are less than a penny, the network burns very little ETH through its fee mechanism. Ethereum’s EIP-1559 burn mechanism, which was supposed to make ETH deflationary during periods of high usage, becomes far less potent when each transaction costs $0.008.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

The next Ontology MainNet upgrade, to v3.1.2, is scheduled for block height 20,800,000. The release focuses on security optimisations and brings four widely adopted Ethereum Improvement Proposals to the Ontology EVM: PUSH0, BASEFEE, MCOPY, and transient storage. For builders, the practical result is smaller contracts, cheaper temporary state, and less friction when porting existing Ethereum code across. For node operators, it means one job: upgrade to v3.1.2 before block height 20,800,000 is reached.

Why opcode parity matters The Ethereum opcode set is not static. It has expanded steadily through successive network upgrades: BASEFEE arrived with London in August 2021, PUSH0 with Shanghai in April 2023, and both MCOPY and transient storage with Cancun-Deneb in March 2024 (Ethereum upgrade history).

Compiler defaults moved with them. Solidity now targets a recent EVM version by default, which means a team compiling a contract today with no special flags produces bytecode that assumes these instructions exist. An EVM chain that has not adopted them forces developers into a workaround: pin an older target EVM version, accept larger and more expensive bytecode, and maintain a separate build configuration for that chain alone.

That is a small tax, but it is paid on every deployment, and it accumulates. v3.1.2 removes it for the four instructions below.

What the Ontology MainNet upgrade includes PUSH0 (EIP-3855) PUSH0 places the value zero directly onto the stack. Before it existed, contracts pushed zero using PUSH1 0x00, which occupies two bytes of bytecode and costs 3 gas at runtime. PUSH0 occupies one byte and costs 2 gas.

The saving per instruction is small; the aggregate is not. The EIP notes that roughly 11.5 percent of all PUSH instructions executed on Ethereum MainNet push the value zero. Every one of those is a byte of contract size and a unit of gas, on a chain where deployment is charged per byte of code.

BASEFEE (EIP-3198) BASEFEE lets a contract read the current block’s base fee directly on-chain, at a cost of 2 gas. Previously a contract that needed to reason about network fee conditions had to be handed that value by an off-chain source, which introduces a trust assumption and a point of failure.

Reading it from the chain itself removes both. It is a prerequisite for gas-aware contract logic: dynamic bounties that scale with network conditions, fee-sensitive automation, and layer-2 constructions that need to verify fee data without relying on an oracle.

MCOPY (EIP-5656) MCOPY copies a region of memory in a single instruction, including where the source and destination regions overlap. Before it, copying memory meant a loop of loads and stores.

The efficiency gain is substantial. Copying 256 bytes cost at least 96 gas using the conventional approach; MCOPY does it for 27 gas. That matters most for the operations that move data around constantly: ABI encoding and decoding, string and byte-array handling, and cryptographic routines.

Transient storage, TSTORE and TLOAD (EIP-1153) Transient storage introduces a state area that behaves like storage but is discarded when the transaction ends. TSTORE writes to it and TLOAD reads from it, each at 100 gas.

The canonical use case is reentrancy protection. A reentrancy guard needs a flag that survives across calls within one transaction and is meaningless afterwards, which is exactly what transient storage provides. Implementing that with persistent storage means writing a value to disk-backed state and then clearing it again, with the gas refund mechanics that go with it. Transient storage makes the same pattern cheap and simple, and the same applies to any temporary state a transaction needs to carry: locks, accumulators, and intermediate values passed between calls.

What this changes for builders Contracts that already compile for Ethereum are closer to running unmodified on Ontology. Common libraries and tooling that assume these instructions no longer need chain-specific handling, and the bytecode a modern compiler emits is smaller than the bytecode it was previously forced to emit.

One practical note: v3.1.2 adds these four instructions specifically, not the complete opcode set of any single Ethereum upgrade. Set your target EVM version explicitly in your build configuration rather than relying on the compiler default, and test deployments against the upgraded network before committing to production.

Node operators: what you need to do Every Ontology MainNet upgrade depends on the node network moving with it. All Ontology node operators, including consensus nodes, candidate nodes, and sync nodes, should complete the upgrade to v3.1.2 as soon as possible, and before block height 20,800,000 is reached.

The release is available on GitHub: ontology v3.1.2.

Timely upgrades across the node network keep MainNet operating stably through the transition and ensure compatibility with the improvements above. Nodes that have not upgraded by the time the block height is reached will fall out of consensus with the rest of the network.

The infrastructure underneath Ontology’s strategy is built on verified human data: identity people own, data given with consent, and a record that holds up to scrutiny. That strategy asks people to contribute data and asks projects to verify it, which means it depends on a network where transactions are fast, inexpensive, and predictable enough that contributing is not a cost decision.

That is what a release like v3.1.2 is for. It is not the headline; it is the reason the headline is possible. Keeping the Ontology EVM current with the standards the rest of the ecosystem builds against is how the trust layer stays usable at scale.

The wider strategy is set out in full here: Verified Human Data: Ontology’s AI-Era Vision at Eight.

Resources Release binaries and notes: github.com/ontio/ontology/releases/tag/v3.1.2 EIP-3855, PUSH0: eips.ethereum.org/EIPS/eip-3855 EIP-3198, BASEFEE: eips.ethereum.org/EIPS/eip-3198 EIP-5656, MCOPY: eips.ethereum.org/EIPS/eip-5656 EIP-1153, transient storage: eips.ethereum.org/EIPS/eip-1153 Ethereum upgrade history: ethereum.org/en/history Thank you to all node operators and community members for your continued support of the Ontology ecosystem.

Ontology Network

@StellarOrg is accumulating tokenized real-world assets at pace, but the trading activity those assets generate is heading in the opposite direction.

The network now carries $3.06 billion in tokenized RWAs spread across 70 products, a gain of 5.88% over the past month, according to data from @RWA_xyz. Yet RWA transfer volume over the same 30-day period fell 50.57% to $386.11 million. The assets are on-chain. They are just not moving.

Stablecoins carry the loadThe velocity story on Stellar belongs to stablecoins, not RWAs. Stellar's stablecoin market cap expanded 38.30% over the month and generated $6.45 billion in 30-day transfer volume, roughly 17 times the RWA figure, off a fraction of the total float. That gap underscores a familiar tension in the tokenization space: issuance numbers grow steadily, but secondary market activity, the measure that signals real utility, has yet to follow.

The concentration of Stellar's RWA base is also worth noting. @Spiko_finance alone accounts for $1.3 billion of the $3.06 billion total. Stellar's RWA market cap had already surged 91% quarter-on-quarter to $1.52 billion at the end of Q1 2026, driven largely by growth in government treasury assets including Spiko's EUTBL, USTBL, and UKTBL products, according to Messari. That momentum has continued, but it is concentrated in a narrow set of issuers.

Where Stellar sits in the broader RWA market Ethereum leads the overall RWA tokenization market with roughly 56% of total value, while Stellar holds second place at around 13%, ahead of Polygon, Solana, and Avalanche. In 2026, Stellar's role has expanded beyond payments, with the network now serving as a key venue for tokenizing currencies and bonds, supported by built-in token features and a growing set of fintech partnerships.

The stablecoin outperformance suggests Stellar's payment rails are functioning well. The question for the network's RWA ambitions is whether that transaction activity can eventually spill over into the tokenized asset side, or whether the two remain on separate tracks.

Sources:
Messari: State of Stellar Q1 2026
Lumexo: Top 5 Blockchains Tokenizing Real-World Assets in 2026
LumenQuery: How the Stellar Foundation Is Driving RWA Adoption On-Chain

Altcoins

29 July 2026 | 12:12 Zcash fell through the support cluster at $470 and $472 little after activating Ironwood, the network's most consequential upgrade in years, trading near $461 at the time of writing

Key Takeaways Ironwood closes a supply-verification gap. Spot and futures flows remain negative. The nearest support sits at $450. Losing $450 would expose $419. The Flaw Ironwood Was Built to Close Developers found a soundness flaw in the zero-knowledge circuit behind Orchard, Zcash’s shielded pool. In theory it allowed counterfeit ZEC to be created without detection. The patch shipped in June, and no evidence of exploitation surfaced.

Proving that turned out to be the harder problem. Orchard’s privacy guarantees, the reason the pool exists, also made its recorded supply impossible for users to audit independently. A shielded pool that nobody can inspect cannot demonstrate that nobody exploited it.

Ironwood answers that by introducing a new shielded pool and version 6 transactions while closing Orchard to new deposits. Funds leaving the old pool pass through a turnstile that caps outflows at the total that previously went in. As balances migrate, the supply becomes verifiable.

This is real engineering work on a real problem. It creates no reason for anyone to buy the token today.

The Market Had Already Moved On ZEC climbed towards $560 earlier in July, then began printing lower highs and lower lows. By activation day on July 28 the token was trading inside a falling channel and approaching the $470 cluster from above.

Daily Zcash/USD technical chart with Fibonacci retracement levels and indicators. That sequence could be the whole explanation. Ironwood was announced, documented and discussed for weeks, giving anyone who wanted exposure ample time to take it. Traders holding into the event had their catalyst; those arriving afterwards found a chart that had already turned.

Price action cannot identify individual sellers or their motives. What it establishes is that a successful upgrade landed without generating enough demand to interrupt a decline already underway.

Flow Data Points the Same Way Coinglass recorded net negative spot flows across every window on its dashboard. The 12-hour balance showed $10.2 million in and $12.81 million out, for a net of minus $2.6 million. Eight hours ran to minus $1.65 million, four hours to minus $935,000, and the most recent hour to minus $329,000 on $1.18 million in against $1.5 million out.

Futures told a similar story at the longer horizons: $148.5 million in against $155.6 million out over 12 hours, a net of minus $7.1 million, with eight hours at minus $2.98 million. The shorter windows flipped positive, adding $418,000 over four hours and $213,000 over one.

Those late positive readings show derivatives traders returning around current prices. Their direction is unknowable from flow balances alone, and their size leaves the 12-hour imbalance untouched.

One caveat applies throughout. These are Coinglass flow balances, and the dashboard does not define whether each movement represents an exchange transfer, a completed trade or another accounting category. They indicate direction, not executed buying and selling.

Where the Levels Sit Now The 0.382 Fibonacci retracement near $470 and the 50-day moving average at $472 sat close enough together to function as a single support zone. ZEC now trades beneath both, which converts the area into resistance: traders who bought there may sell a rebound to exit nearer break-even, while others treat it as a fresh entry for shorts.

Today’s high of $470 stopped just next to the Fibonacci level. A daily close above $472 would reclaim both, and the 100-day average at $484 sits immediately beyond, making three technical hurdles inside $14.

Below, $450 is the first support, an area that absorbed trading recently and sits near the falling channel’s lower boundary. A close beneath it opens the 0.236 retracement around $420, which shaped price through the May and June swings.

Verified Scarcity Still Needs a Buyer Ironwood arrived weeks after more than 80% of all ZEC entered circulation. As covered in our analysis of Zcash’s 80% supply milestone, future issuance now represents a shrinking share of maximum supply, which steadily reduces dilution from mining.

The two developments reinforce each other. Less new issuance tightens the supply picture, and Ironwood lets the market confirm that migration from Orchard adds nothing beyond what the turnstile permits.

Scarcity works on the supply side of the equation. The demand side is what the flow data measures, and it has yet to respond. Zcash spent this month fixing what it could control and discovering that the market was looking elsewhere.

Disclaimer: This article is for informational purposes only and does not constitute financial or investment advice. Network upgrades, technical indicators and flow data do not guarantee future price performance. Methodology: The analysis uses the ZEC/USD daily chart dated July 29, 2026, Fibonacci retracements, moving averages, RSI and Coinglass Spot Flows and Futures Flows dashboards. Because the dashboards do not define the accounting methodology behind each flow category, the figures are presented as directional net-flow balances rather than direct evidence of buying, selling or exchange inventory changes. Author

Kosta has reported on cryptocurrency markets and blockchain infrastructure since 2020, bringing over six years of hands-on experience in the crypto industry built through daily tracking of markets, trends, and emerging blockchain developments. Specializing in Bitcoin on-chain analysis, institutional ETF flows, and digital asset price action, his work at Coindoo has been cited by other news agencies and consistently covers market developments with a focus on data-driven reporting across Bitcoin, Ethereum, Solana, and XRP. Over the years, Kosta has contributed to multiple crypto media outlets in different regions, authoring over 6,000 articles across the sector. His reporting spans cryptocurrency markets and the broader fintech industry, tracking not only price action but also the technological and regulatory forces shaping the ecosystem. To support his analysis, Kosta actively leverages on-chain data and metrics from leading platforms such as Santiment, Glassnode, and CryptoQuant, enabling deeper, evidence-based market insights. He believes in the power of transparency and the data that underpins the blockchain ecosystem. His academic background in Marketing Management from Denmark further complements his analytical approach, adding a strong understanding of communication strategy and content positioning to his work.

Jupiter just shipped what it’s calling a “100% reinvented” trading platform, and for once the marketing language might not be entirely hyperbolic. Spot V2 transforms the leading Solana DEX aggregator from a simple swap router into a full-featured trading terminal, complete with real-time analytics, smart order types, and an execution engine that claims to cut trading costs by a factor of ten.

For a protocol that already handles over 50% of all DEX volume on Solana, that’s less of an upgrade and more of a moat-widening exercise.

What’s actually in the box The centerpiece of Spot V2 is something Jupiter calls Ultra Mode. The pitch: automatic optimizations that make trading roughly 10x cheaper than standard execution. Think of it like a smart router on steroids, one that doesn’t just find the best price across liquidity pools but actively minimizes the total cost of getting your trade done, including gas and slippage.

Speaking of slippage, the platform now offers real-time slippage estimation. Instead of guessing how much you’ll lose between clicking “swap” and the transaction confirming, Spot V2 shows you a live estimate before you commit.

Smart trigger orders are another addition worth noting. These let traders set conditional trades that execute automatically when specific on-chain conditions are met.

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Then there’s organic scoring for tokens. Rather than relying purely on market cap or volume rankings, which are trivially easy to manipulate, Jupiter is introducing a scoring system designed to surface tokens based on more authentic activity signals.

The perpetual contracts side got attention too, with limit orders and one-transaction trading now available. Previously, opening a perp position on Jupiter required multiple transaction confirmations. Collapsing that into a single click removes friction that competitive platforms had already eliminated.

Strategic acquisitions sweeten the deal The Spot V2 launch didn’t happen in isolation. Jupiter simultaneously announced it had acquired majority stakes in two projects: Moonshot and Sonarwatch.

Moonshot is a platform focused on token launches, giving Jupiter a direct pipeline into new token distribution on Solana. Sonarwatch, meanwhile, specializes in portfolio tracking and analytics.

The market seemed to approve. Following the combined announcements, the JUP token climbed approximately 8%.

Context: Jupiter’s grip on Solana DeFi To understand why Spot V2 matters, you need to appreciate just how dominant Jupiter already is. Routing more than half of all decentralized exchange volume on Solana isn’t just market leadership. It’s near-monopoly territory.

What this means for investors For JUP holders, the calculus is relatively straightforward. Jupiter is transitioning from an aggregator, essentially middleware, into a full-stack trading platform.

Spot V2 launched in beta with a phased rollout planned for its features. Building a comprehensive trading terminal is genuinely hard, and Jupiter is attempting to match centralized exchange experience while maintaining the decentralization properties that make DeFi attractive in the first place.

The acquisitions add another dimension of risk and opportunity. Integrating Moonshot and Sonarwatch successfully could create meaningful synergies, giving Jupiter proprietary data advantages and first-mover access to new token launches.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

Aurora Labs has launched native cross-chain funding for Solflare wallets through Aurora Intents, allowing users to move assets from Bitcoin, Ethereum and other leading blockchains directly into Solana without interacting with traditional bridge interfaces.

Aurora Intents is powered by NEAR Intents, which settles more than $23 billion in total transaction volume and processes over $2.3 billion each month.

The integration introduces permanent deposit addresses for each supported blockchain and token. According to the projects, users simply transfer assets to the assigned address, while Aurora Intents automatically manages cross-chain routing, liquidity sourcing and token conversion using NEAR Intents infrastructure before delivering assets to Solflare.

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Aurora Labs says transfers from Ethereum-based networks generally complete in under one minute, while Bitcoin deposits take about 14 minutes.

The initial release supports Bitcoin, Ethereum, Arbitrum, Base, Polygon, BNB Chain, Tron and NEAR. SOL and stablecoins are the primary destination assets, with additional tokens supported depending on liquidity availability.

The platform charges a 0.1% fee for stablecoin transfers and 1% for other assets, although all deposits will be fee-free during the first month after launch, subject to a combined $125,000 fee waiver.

Aurora Labs said replacing bridge applications with reusable deposit addresses removes one of crypto’s biggest onboarding friction points.

“Bridging has always carried too much anxiety — too many steps, too much that can go wrong. We chose Aurora Intents because its intent-based model removes all of that: you state what you want on Solana, and you receive the real token, on one permanent address for each source-chain-and-token pair that you can reuse forever. No dApp to connect, no wrapped assets,” Vidor Gencel, co-founder and co-CEO of Solflare, stated.

“We think this turns the hardest part of getting onto Solana into something as simple and trusted as a send — and makes Solflare the natural gateway to Solana for funds flowing in from every major chain,” he added.

Solflare said the approach provides users with a simpler and more trusted way to bring assets into the Solana ecosystem.

“Exchanges trained users to copy a deposit address and send funds, and Aurora Intents now brings that same action to a self-custodial wallet,” Declan Hannon, CEO of Aurora Labs, noted. “Apps lose users at the funding step, and most of those users already hold assets somewhere else. Aurora Intents turns that into a deposit address, and both the funds and the users arrive on Solana.”

The rollout follows continued growth across the Solana ecosystem, where monthly active addresses rose approximately 50% during Q1 2026. Solflare currently has more than 4 million active users and over $15 billion in assets under self-custody.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

Celo has added native support for USAT, a US dollar stablecoin backed by Tether, expanding regulated digital dollar access across its ecosystem.

The deployment, announced on Wednesday, makes Celo the second network after Ethereum to host native USAT and introduces several features from launch, including native minting, redemption and the ability to use USAT as a gas currency for transactions.

Issued by Anchorage Digital Bank, USAT is backed by reserves custodied by Cantor Fitzgerald and designed to comply with the requirements of the GENIUS Act.

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Celo said its gas payment model removes a common crypto onboarding hurdle by allowing users to pay fees with stablecoins rather than requiring a separate blockchain token. The network’s fee abstraction technology, now formalized under CIP-64, has already driven stablecoin-based gas payments, with more than 50% of Celo fees paid using stablecoins, the team added.

The launch strengthens the relationship between Tether assets and Celo. The network has become the top distribution platform for USDT by weekly active users, accounting for 28% of USDT transfers across blockchains. Celo also dominates adoption of XAUt0, holding more than 90% of unique holders for the omnichain Tether Gold asset.

Celo CEO Marek Olszewski said USAT will bring compliant dollar infrastructure to users already relying on the network for payments, savings and commerce.

“Bringing Anchorage and Tether’s trusted, compliant stablecoin infrastructure to Celo is the critical next step in our work building a trillion-dollar onchain economy that is more accessible, efficient, and equitable than the systems that came before,” Olszewski stated.

Tether US CEO Bo Hines added that Celo’s existing stablecoin activity made it a natural expansion target.

USAT adoption will continue through Celo-based applications. Opera’s MiniPay wallet, which has more than 18 million users, plans to add support for USAT, expanding its existing Tether asset offerings. Valora has already integrated the stablecoin, while additional support is expected from protocols including Morpho, Squid and Uniswap.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.

The INJ price has spent much of 2026 trapped between the $3 and $5 range, leading some to assume ecosystem development has slowed and it is the cause of muted price action. The governance record tells a different story. Injective has activated its IIP-677 interoperability mainnet upgrade (v1.20.3) while another core proposal, IIP-678, is already moving through the voting process.

The latest upgrade follows earlier architectural expansions, including the Vulcan (IIP-650) upgrade and MultiVM rollouts, signaling that protocol development continues despite muted price action.

Interoperability Upgrade Moves Network ForwardThe approved IIP-677 proposal passed with 72% “Yes” votes after a four-day voting period. It commits the network to version v1.20.3, introducing targeted improvements aimed at strengthening Loading profile preview network operations, protocol reliability, market infrastructure, and cross-chain interoperability.

The upgrade also seeks to integrate transfers from additional blockchains, enabling smoother asset movement into the Injective ecosystem while improving operational efficiency and network security.

Earlier Vulcan enhancements had already introduced native canonical USDC settlement, reduced transaction fees, expanded real-world asset (RWA) markets, and deployed a next-generation oracle engine alongside refined exchange, insurance, and oracle modules supporting faster buyback and burn cycles.

Another Governance Vote Remains OpenDevelopment hasn’t paused there. IIP-678 remains under active voting until July 31, focusing on recovering an expired IBC light client connected to the QUAD Core chain. The proposal replaces the expired client with an active substitute while maintaining the existing connection and channel.

According to the current vote tally, Abstain holds 52.81%, while Yes accounts for 47.18%. Whether that balance changes before voting closes remains to be seen.

Revenue Keeps Rising Despite Flat PriceThe INJ price may appear less interesting to many, but protocol activity paints another picture. Injective’s governance page has progressed from approximately IIP-615 earlier this year to IIP-678, reflecting more than 60 governance proposals during 2026.

Meanwhile, Token Terminal reports approximately $3.0 million in protocol revenue over the past 365 days, generated through its dual-chain architecture. Revenue combines burn auctions on Injective Cosmos and EIP-1559 base fee burns on Injective EVM, highlighting continued protocol activity even while the INJ price remains range-bound.

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Every dollar Robinhood Chain earns, a tenth goes to a DAO treasury controlled by strangers. The arrangement has been covered a dozen times as good news for Arbitrum’s token.

Summary

Robinhood Chain runs on Arbitrum’s Orbit stack, and under the Arbitrum Expansion Program every Orbit chain settling outside Arbitrum One routes 10% of net protocol revenue back to the Arbitrum ecosystem. The split is fixed: 8% to the Arbitrum DAO treasury, controlled by ARB tokenholders, and 2% to the Arbitrum Developer Guild. The figures are now real, no longer theoretical. Robinhood Chain has passed $2 million in cumulative revenue since its July 1 launch, with roughly $200,000 flowing to Arbitrum, and Arbitrum reported the network earning over $800,000 in a single seven-day stretch, annualizing near $42 million. The payment is calculated on net revenue after operating costs, applies to sequencer profits, and may extend to MEV capture if the chain adopts Arbitrum’s Timeboost mechanism. Every version of this story published so far has been written for ARB holders. The unexamined half is what the arrangement costs the brokerage, and why a company with a $2.2 billion war chest chose to pay it. Nobody has asked the other question: what a licensed brokerage that spent a decade removing intermediaries bought by becoming a tenant.

There is a particular irony in a company whose entire founding pitch was the removal of intermediaries acquiring one. Robinhood spent a decade telling retail investors that the layers between them and the market were extractive, that commissions were a tax on participation, and that the right architecture was fewer parties taking a cut. On July 1 it launched its own blockchain, the most complete expression of that philosophy available: a settlement layer it controls, sequencing it operates, and fee revenue it collects. And under the terms of the technology stack it chose, a tenth of what that chain nets goes to somebody else. Specifically, 8% goes to a treasury controlled by holders of a governance token, and 2% funds a developer guild, both under an arrangement called the Arbitrum Expansion Program. The mechanism has been reported repeatedly since Offchain Labs disclosed it, always from one direction: what it means for ARB, why the token rallied, how a governance asset acquired a revenue claim. This piece asks the question those pieces did not. What did Robinhood buy, what is it paying, and does the arithmetic work.

What the arrangement actually is The mechanics are specific enough to matter, and they have been reported loosely in several places.

The Arbitrum Expansion Program applies to any Layer 2 or Layer 3 chain built with Arbitrum’s Orbit toolkit that settles outside Arbitrum One or Arbitrum Nova. Those chains route 10% of net protocol revenue back to the Arbitrum ecosystem. Of that 10%, eight percentage points flow to the Arbitrum DAO treasury, which ARB tokenholders control through governance, and two percentage points fund the Arbitrum Developer Guild, which supports tooling, grants, and protocol work.

Three details in that description carry weight and are frequently dropped.Net, not gross. The calculation runs on revenue remaining after network operating costs, which ties the payment to a chain’s actual profitability instead of raw transaction throughput. That is materially friendlier to an operator than a gross fee would be, and it means a chain running at thin margins pays little regardless of volume.

Sequencer profits are the base. The revenue subject to sharing comes from the entity that orders and processes transactions, which on Robinhood Chain is Robinhood. That is the same revenue line this publication has examined as the core economics of any Layer 2, and it is precisely the line the chain exists to capture.

MEV may be included. If the chain adopts Timeboost, Arbitrum’s mechanism for capturing maximal extractable value from transaction ordering, those revenues could fall under the sharing arrangement as well. Whether Robinhood adopts it is a live question with real dollars attached, since ordering advantages on a chain hosting tokenized equities are worth considerably more than on a memecoin venue.

For contrast, Arbitrum One sends 100% of its own fees to the Arbitrum treasury. The Orbit arrangement is the lighter one, which is the point: it is the price of using the stack without settling on the flagship chain.

The numbers, now that they exist For the first three weeks this was an abstraction. It is not anymore.

Robinhood Chain has passed $2 million in cumulative revenue since its July 1 launch, with approximately $200,000 routed to the Arbitrum ecosystem under the program. That is a clean 10%, and it is the first hard confirmation that the mechanism operates as described, not as an aspiration in a governance document.

Around that sit the throughput figures that produced it. The chain processed roughly 4 million transactions in its first week. Uniswap alone recorded $500 million in 24-hour volume on it. A single day in early July cleared $568 million. Within about two weeks the chain was clearing more than $800 million in daily decentralized exchange volume, briefly exceeding Ethereum’s, with roughly $3.9 billion across a week. Arbitrum reported the network earning over $800,000 in revenue across seven days, which annualizes near $42 million. Deposits crossed $600 million this week, rising 50% in seven days.

Now the distortion that every honest reading has to apply. The chain is running a 90-day gas subsidy, expiring around October, which means users are not paying the fees a mature chain would charge and the revenue figures are suppressed accordingly. Our audit of the chain’s first month documented how thoroughly that subsidy inflates activity metrics; it works in the opposite direction on revenue. The $42 million annualized figure is therefore both a real number and a floor, and the interesting reading comes after the subsidy lapses, when volumes and revenues both reprice. For broader context, crypto.news has also explained the subsidy distorting these numbers.

At current run rates, Arbitrum’s share is roughly $4 million a year. Against Robinhood’s quarterly revenue near $1.27 billion, that is a rounding error. Against the chain’s own economics, it is a tenth of everything.

What Robinhood bought The arrangement only looks strange if you assume the alternative was free. It was not, and the alternatives are worth setting out because the choice reveals the strategy.

Build independently. A brokerage could commission a chain from scratch, own 100% of sequencer revenue, and pay nothing to anyone. The cost is time, engineering risk, and security. Rolling your own settlement layer means auditing it, defending it, and answering for it when something breaks, which for a regulated financial institution holding customer assets is not a theoretical exposure. It also means no ecosystem: no existing tooling, no bridges, no wallets that already work.

Use an existing chain. Deploy on Arbitrum One or Base or anywhere else, pay ordinary fees, capture nothing. This is what Robinhood actually did first, launching tokenized stock offerings on Arbitrum in 2025 before committing to its own chain, and the limitation is obvious: you are a tenant with no landlord’s economics and no control over the roadmap, the fee schedule, or who else gets to build next door.

Take the Orbit path. Get a chain you brand, control, and sequence, with Offchain Labs providing technical support, inheriting the Arbitrum ecosystem’s tooling and security assumptions, at the price of a tenth of net revenue. The launch specifications suggest what that bought: 100-millisecond block times, EVM compatibility, ETH as the gas asset instead of a new token nobody asked for, and a chain live and processing millions of transactions within a week of announcement.

Read that way, the 10% is a build-versus-buy decision resolved in favour of speed, and for a public company with a stock to defend and a crypto revenue line that fell 47% year over year in the first quarter, speed was plausibly worth more than margin. Our earnings analysis covered why the timing mattered so much.

The uncomfortable version of the same read is that Robinhood, having concluded that owning the rails is where the value sits, does not actually own them. It leases them, with favourable terms, from a decentralized organization whose token holders vote on what to do with the proceeds.

The tenant problem That last sentence is not a rhetorical flourish. It describes a governance relationship that no traditional financial infrastructure arrangement resembles, and it has consequences nobody has priced.

The 8% going to the Arbitrum DAO treasury is controlled by ARB tokenholders through governance votes. Those holders decide how the money is deployed. They also, through the same governance process, hold influence over the direction of the technology stack Robinhood’s chain depends on. A licensed brokerage supervised by federal regulators is now a revenue contributor to, and a dependent of, an entity whose decision-making runs through token voting by anonymous participants.

For most crypto-native businesses that is unremarkable. For a public company that files with the SEC, answers to a board, and holds customer assets under regulatory obligation, it is a novel counterparty structure. The questions it raises are practical, not philosophical: what happens if governance votes to change the fee arrangement, what recourse exists if the stack’s roadmap diverges from the tenant’s needs, and how a regulated institution documents dependency on a DAO in its risk disclosures.

There is also a competitive dimension. The Orbit program applies universally, meaning any competitor can take the same path on the same terms. The arrangement Robinhood entered is not exclusive and confers no advantage over the next brokerage to build a chain, which limits how much of a moat the whole exercise creates. What it does create is a template, and the rest of the industry has noticed: our coverage of the tokenized-equity race documented Nasdaq building blockchain share issuance with Kraken’s parent and ICE working with OKX, none of which requires anyone to build from scratch.

Does the arithmetic work Set aside the framing and ask the commercial question, because the answer determines whether any of this matters.

Roughly $42 million annualized in chain revenue, before the subsidy expires, against $4 million to Arbitrum. Against a company whose quarterly revenue runs near $1.27 billion, the chain contributes something in the low single-digit percentage range of annual revenue at current run rates, and the Arbitrum payment is immaterial to the parent by any measure.

Which means the fee share is not the story financially. It is the story structurally, because it clarifies what the chain actually is. Robinhood did not build a chain to earn sequencer fees; the numbers are too small relative to its brokerage business for that to be the motivation. It built one to control the settlement layer for tokenized equities, to avoid depending on a competitor’s infrastructure as that market develops, and to own the venue where its own products trade. Sequencer revenue is a byproduct, and 10% of a byproduct is a reasonable price for the option.

The test comes when the byproduct stops being small. If tokenized equities scale the way the DTCC’s entry into the same market suggests they might, and if Robinhood Chain hosts a meaningful share of that activity, the sequencer line grows and the 10% grows with it. A tenth of a rounding error is nothing. A tenth of a business is a negotiation, and the Arbitrum Expansion Program’s terms were set by the party that wrote them.

The precedent this sets Strip out the two companies and the arrangement describes something the industry has been moving toward without naming: infrastructure providers taking a percentage of businesses they do not operate.

Arbitrum’s position under this model is closer to a franchise operator than a blockchain. It supplies the technology, the tooling, the security assumptions, and the developer support, and it collects a percentage of what franchisees earn across an expanding set of chains it did not build. Offchain Labs has been explicit that this is the strategy, framing enterprise adoption as the revenue thesis and noting that the flagship chain’s economics are separate. The model compounds with adoption in a way that grants and one-time licensing never do.

That has an obvious appeal for anyone holding the governance token, and it has a less obvious implication for everyone building on the stack. A percentage arrangement set at launch, when the tenant is small and the terms are generous, is an arrangement that becomes expensive precisely when the tenant succeeds. Ten percent of nothing costs nothing. Ten percent of a settlement layer hosting a meaningful share of tokenized equities is a real line item, and it is collected by a party whose consent the tenant needed at the start and whose terms the tenant did not write.

The comparison from outside crypto is the app store. Developers accepted a percentage when the platform was small and the alternative was no distribution, and spent the following decade in litigation and regulatory complaint about the rate. Nothing about the Arbitrum arrangement is coercive in that way, since alternatives genuinely exist and the terms are public. But the structural shape is familiar, and the history of platform percentages is that they are renegotiated by the largest tenants, eventually, loudly.

Robinhood is now among the largest tenants on this particular platform. Whether it ever behaves like one is a question for the quarter after the subsidy expires, when the numbers stop being small enough to ignore.

What to watch The revenue line after October. The 90-day gas subsidy expires around then, and the first unsubsidized quarter is the only honest read on what the chain actually earns. Both volumes and revenues reprice, in opposite directions, and the net is unknown.

Whether Timeboost gets adopted. MEV capture on a chain hosting tokenized equities is worth real money, and adopting Arbitrum’s mechanism would likely bring those revenues under the sharing arrangement. The decision is a direct read on how Robinhood values ordering revenue against the cost of sharing it.

Disclosure in the filings. Whether the chain’s economics, including the Arbitrum arrangement, appear in Robinhood’s regulatory filings as a described dependency or a risk factor, and in what language. A public company documenting a revenue-sharing obligation to a DAO would be a first worth reading closely.

Whether the terms hold. The Expansion Program’s rates are set by Arbitrum governance. Any proposal to change them, in either direction, would test how much leverage a large Orbit tenant actually has, and Robinhood is now among the largest.

Competing chains on the same terms. Every brokerage that follows takes the same deal. If the tokenized-equity market fragments across several Orbit chains, the interesting question stops being what Robinhood pays and becomes what Arbitrum collects from an entire category it does not operate.

A final note on why the framing in the existing coverage matters more than it looks. Every account of this arrangement published so far was written for holders of a governance token, which meant the operative question was always whether the revenue share is large enough to justify a rally. That is a legitimate question and it produced accurate reporting. It also produced a blind spot, because a revenue share has two sides and only one of them was ever examined.

The side nobody covered is the one with the public company, the regulatory filings, the customer assets, and the board. Robinhood’s chain is now a material piece of its strategic story, its stock trades on the strength of that story, and the chain’s economics include a permanent obligation to an entity that no securities analyst covering the stock has any reason to have heard of. That gap between how crypto covers a deal and how equity markets would cover the same deal is where most of the useful analysis in this sector currently sits, and it is worth reading every ecosystem announcement with the question of who else is party to it. The same platform-ownership pattern is also visible in the same playbook in prediction markets, where distribution, licensing, and customer ownership intersect.

Frequently asked questions What is the Arbitrum Expansion Program? An arrangement under which any Layer 2 or Layer 3 chain built with Arbitrum’s Orbit technology stack, and settling outside Arbitrum One or Nova, routes 10% of its net protocol revenue back to the Arbitrum ecosystem. Of that, 8% goes to the Arbitrum DAO treasury controlled by ARB tokenholders, and 2% funds the Arbitrum Developer Guild.

How much has Robinhood Chain actually paid? Roughly $200,000, against more than $2 million in cumulative chain revenue since the July 1 launch, which confirms the 10% rate operating in practice. Arbitrum separately reported the network earning over $800,000 in a single seven-day period, annualizing near $42 million, though those figures are suppressed by an ongoing gas subsidy.

Is the 10% calculated on gross or net revenue? Net, after network operating costs, which ties the payment to a chain’s actual profitability rather than to transaction volume. The revenue base is sequencer profits, and if the chain adopts Arbitrum’s Timeboost mechanism for capturing value from transaction ordering, those revenues may fall under the arrangement as well.

Why did Robinhood not just build its own chain from scratch? Time, risk, and ecosystem. Building independently means owning all the revenue and also owning the security, auditing, and defence of a settlement layer holding customer-adjacent assets, with no existing tooling, bridges, or wallet support. Orbit delivered a branded, controlled chain with 100-millisecond block times and technical support from Offchain Labs, live within a week, at the cost of a tenth of net revenue.

Does the payment matter financially to Robinhood? Not currently. At present run rates the Arbitrum share is roughly $4 million a year against quarterly company revenue near $1.27 billion. The chain itself contributes a low single-digit share of annual revenue at best. The arrangement matters structurally rather than financially, because it defines what the chain is and who it depends on.

What is unusual about paying a DAO? The counterparty structure. The 8% flowing to the Arbitrum DAO treasury is controlled by token holders voting through governance, and those same holders influence the roadmap of the technology stack Robinhood’s chain runs on. A federally regulated public company holding a revenue-sharing obligation to, and infrastructure dependency on, a decentralized organization is a novel arrangement with unsettled disclosure and risk-management questions.

Does this give Robinhood any advantage over competitors? Not through the arrangement itself, which is available to anyone on identical terms. Any brokerage can build an Orbit chain and pay the same 10%. Robinhood’s advantages, if they hold, come from distribution and from operating the venue where its own products trade, and the tokenized-equity market is already attracting incumbent exchanges building comparable infrastructure.

What should investors watch? The first unsubsidized quarter after the gas subsidy expires around October, whether Timeboost is adopted and MEV revenue enters the sharing arrangement, how the chain’s economics and the Arbitrum obligation appear in regulatory filings, and any governance proposal to change the Expansion Program’s rates. This is educational analysis, not investment advice.

Disclaimer: This article is for information and educational purposes only and does not constitute financial or investment advice. Revenue figures reflect third-party trackers and company statements available at the time of writing and are subject to revision, and chain activity is currently affected by a temporary fee subsidy. Nothing here is a recommendation to buy, sell, or hold any security or asset. Always do your own research. Information is accurate as of July 29, 2026.

Circle’s Senior Director of EU Strategy and Policy Patrick Hansen (@paddi_hansen) published an article noting that since the EU’s Markets in Crypto-Assets (MiCA) regulation took effect, roughly 35 electronic money tokens (EMTs) from 21 institutions have secured compliance certifications. Banks and e-money institutions are entering the space, with strong local issuance momentum. However, among the world’s top 50 stablecoins, only three—USDC, USDG, and EURC—currently meet MiCA requirements, while the rest operate outside the regulatory framework, leaving EU users facing a dual dilemma: either insufficient protection or forced access restrictions. Hansen argues that for MiCA to truly serve as a global regulatory benchmark, two goals must be achieved in parallel: first, drive local EMTs to go global via a competitive regulatory regime; second, establish a recognition mechanism for overseas compliant stablecoins to attract global issuers to join the MiCA framework, rather than making local issuance the sole entry path.

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Key Takeaways Hyperliquid’s shift towards RWAs appears consistent with increased interest in non-crypto assets, suggesting potential for growth in this sector. Market pricing for Hyperliquid’s price prediction for 2026 currently reflects a 19.5% probability of reaching $100 by the end of the year, suggesting some optimism despite recent declines. The exchange’s emphasis on individual stocks within its RWA offerings indicates strong participant interest in these assets, supportive of a diversified environment. What to Watch Observers should monitor Hyperliquid’s future announcements and partnerships, which could further influence market dynamics and pricing. Key developments, such as potential partnerships with Fortune 500 companies or increased institutional participation, may indicate support for a higher valuation. Conversely, any security breaches or regulatory challenges could negatively affect market sentiment. The coming months will likely provide further clarity on Hyperliquid’s strategic direction and its impact on the broader decentralized exchange landscape.

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Term Structure

Contract Odds Δ since publish Volume 24h December 31 19.5% — — View market → January 1 2027 6.2% — — View market → January 1 2027 2.9% — — View market → January 1 2027 41% — — View market → January 1 2027 8.8% — — View market → January 1 2027 3.1% — — View market →

Hong Kong’s OSL Hong Kong XRP retail trading chapter officially opened on July 29, 2026. OSL Digital Securities, a subsidiary of publicly listed OSL Group (HKEX: 863), confirmed the launch via X, making it the first Securities and Futures Commission (SFC)-licensed platform in the city to grant everyday investors direct spot access to XRP.

Hong Kong’s First Retail XRP On-Ramp Goes Live on a Licensed Venue OSL announced two retail-accessible pairs at launch: Flash Trade XRP/USD and OTC XRP/USD plus XRP/HKD, all settled on the XRP Ledger. XRP now sits alongside Bitcoin, Ethereum, and Solana as the only four tokens approved for retail trading on the platform.

Breaking News🚨 XRP trading is NOW live for RETAIL investors on OSL HK — the FIRST exchange in Hong Kong to offer retail XRP trading!

XRP by @XRPLF is a decentralized digital asset native to the XRP Ledger, built to enable lightning-fast cross-border payments and… pic.twitter.com/GtJdCk0h7C

— OSL HK (@OSL_HK) July 29, 2026

This expands access beyond the December 2025 professional-investor (PI) listing, when OSL HK restricted XRP to institutional and high-net-worth clients via Flash Trade pairs including XRP/HKD, XRP/USD, and XRP/USDT.

The HKD pair is particularly significant. It creates a fiat on-ramp in one of Asia’s deepest financial centers, giving Hong Kong residents a fully licensed path to buy XRP without relying on offshore platforms.

OSL holds Type 1 and Type 7 SFC licenses, plus AMLO registration, and carries $1 billion in client asset insurance, a combination few crypto venues globally can match.

CLARITY Act discussions in the U.S. continue to move slowly through Congress. As XRP and Bitcoin price analysis ahead of the CLARITY Act showed, clarity on U.S. market structure remains pending, yet Asia is building regulated infrastructure now.

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See our picks for newly launched cryptos worth watching this month.