Uniswap price rebounded 8% from its July 29 intraday low as Hayden Adams addressed concerns over v4 protocol fees, helping UNI reclaim the $4 psychological level.

Uniswap price returns above $4

According to data from crypto.news, Uniswap (UNI) price traded at $4.02 at the time of writing after briefly reaching $4.06, according to the Binance daily chart. The intraday rebound from $3.74 amounted to about 8.5%, while the token was up roughly 3% from its daily opening price.

UNI has now recovered more than 70% from its June low near $2.35. The rally has formed a sequence of higher highs and higher lows, allowing the token to return to a price area last tested in May.

Momentum remains favorable on the daily timeframe. UNI is trading above its Supertrend support at $3.23, while the relative strength index has risen to 66.83. The RSI remains below the standard overbought threshold of 70, although the reading shows that buying conditions are becoming stretched.

The daily candle also approached the May swing high near $4.15. A close above that level would strengthen the case that UNI has moved beyond a temporary relief rally and entered a broader recovery phase.

Hayden Adams addresses Uniswap v4 fee concerns

The immediate move followed comments from Uniswap founder Hayden Adams about the protocol’s v4 fee structure.

Adams said the protocol fee would be added to the liquidity provider fee instead of being deducted from it. Under his example, traders using a pool with a 30-basis-point liquidity provider fee would pay 35 basis points in total. Liquidity providers would continue receiving 30 basis points, while five basis points would go to the protocol.

The clarification addressed concerns that activating protocol fees would lower returns for liquidity providers and potentially push capital toward competing decentralized exchanges.

Uniswap has also submitted governance proposals covering protocol fees from v4 pools and deployments on Robinhood Chain. The proposals would send new protocol revenue into the existing UNI burn mechanism, creating a clearer connection between exchange activity and the token’s circulating supply.

That connection has gained attention since Robinhood Chain launched on July 1. Uniswap generated about $5.16 million in fees during one 24-hour period earlier this month, according to DefiLlama data cited by crypto.news. Roughly $4.38 million came from Robinhood Chain.

Uniswap volume on the network crossed $1 billion within nine days of launch. However, future UNI burns will still depend on governance approval, fee collection and sustained trading activity.

UNI faces resistance between $4.10 and $4.30

The 4-hour chart shows that UNI has moved above the $4.00 top of its recent trading range. The next technical level sits at $4.10, identified by the Murrey Math indicator as a strong reversal pivot.

A sustained close above $4.10 could open the path toward $4.20 and $4.30. The latter represents the indicator’s ultimate resistance level. Beyond that, the chart places extended targets at $4.40, $4.49 and $4.59.

However, the average directional index stands at 19.77. An ADX reading below 20 suggests that the current trend has not yet developed strong directional conviction, despite the price breakout.

The one-week CoinGlass liquidation heatmap also shows a dense concentration of leveraged positions around $3.98 to $4.03. UNI’s move through this area likely forced some short sellers to close their positions, adding buy pressure to the rebound.

Additional liquidity is visible near $4.07 to $4.10, making that zone a possible short-term price target. On the downside, the main liquidity clusters sit near $3.90, $3.72 and $3.60.

If UNI loses $4.00, the 4-hour chart identifies $3.91 as the first support. Lower levels appear at $3.81 and $3.71. The bullish structure would weaken more clearly below the $3.52 support zone.

Analysts see breakout and pullback scenarios

Analyst Gopal identified a rising wedge on the UNI chart, noting that the token continues to form higher highs and higher lows inside a narrowing structure.

According to the analyst, repeated tests of wedge support suggest that bullish momentum may be losing strength. A confirmed break below the lower trendline could cause a deeper correction, while a breakout above the upper boundary would invalidate the bearish setup.

Nebraska Gooner also described UNI as being at resistance. The analyst said reclaiming the red resistance area on his chart could create a moving-average squeeze and lead to a stronger rally. His setup points toward the $5 region if UNI establishes support above the current barrier.

The two views make the $4.10–$4.30 range central to UNI’s next move. A confirmed breakout would reduce the risk posed by the rising wedge, while rejection could send the token back toward $3.80 or the ascending support line.

US macro conditions remain a risk for UNI

Uniswap’s growth on Robinhood Chain gives the rally a direct US market connection. The network has brought decentralized trading infrastructure closer to Robinhood’s user base, while Uniswap’s Permissioned Pools could support tokenized funds and equities subject to investor eligibility rules.

Uniswap Labs launched Permissioned Pools with Securitize, Superstate and Dowgo as early participants. The v4-based framework allows issuers to control which wallets can trade or provide liquidity, making it more suitable for regulated assets.

Still, UNI’s breakout comes ahead of a Federal Reserve rate decision that could drive volatility across US stocks and crypto. A hawkish policy signal could reduce demand for risk assets, and pressure leveraged UNI positions.

UNI must therefore hold above $4.00 and clear $4.10 to confirm the breakout. Failure to do so would leave the rising-wedge warning active, with $3.81 and $3.71 serving as the next levels to watch.

The American Arbitration Association (AAA), one of the world’s best-known providers of private dispute resolution, has launched a dedicated panel aimed at blockchain and digital-asset disputes. The move is designed to connect companies with arbitrators who can handle both the legal and technical complexities that increasingly arise in crypto-related commercial relationships.

Announcing the initiative on Wednesday, the AAA said its new Web3 Panel brings together specialists with experience spanning law, technology, academia, litigation, and digital-asset businesses. The panel focuses on disagreements tied to decentralized and highly automated systems as they become more common in day-to-day commerce.

Key takeaways

• AAA’s Web3 Panel is intended to provide arbitrators with blockchain and digital-asset expertise for complex, technical disputes.
• The scope includes contract interpretation, governance questions, asset control, cybersecurity issues, and disputes over transaction records.
• The panel also targets emerging “agentic commerce” cases, where software or AI systems may execute agreements with limited human involvement.
• Arbitration still depends on both parties agreeing to submit a dispute to private arbitration—AAA does not regulate the crypto industry.

Why AAA is building a specialized Web3 arbitration panel

As blockchain networks move from experimental use to more structured commercial workflows, disputes are evolving alongside the technology. According to the AAA, its Web3 Panel is meant to address conflicts arising from “increasingly automated and decentralized commercial systems,” where business arrangements can be influenced by code, on-chain records, and distributed governance mechanisms.

That shift matters because many of the practical friction points in crypto are not purely legal. They can involve how smart contracts behave, what data is recorded on-chain, and how to interpret technical evidence in a dispute. The AAA’s framing suggests that mainstream dispute resolution institutions see demand for arbitrators who can communicate across legal reasoning and technical realities—without treating those domains as separate problems.

The AAA also highlighted the kinds of issues parties may bring to arbitration. The panel is designed to cover disagreements related to:

• Contract interpretation in technical environments, including how automated terms operate in practice.
• Governance questions in systems where decision-making may be decentralized or code-driven.
• Asset control disputes, where access permissions and operational control can be complex.
• Cybersecurity incidents and related responsibility questions.
• Transaction records and disputes over what those records show in evidentiary terms.
• Cross-border enforcement considerations tied to international counterparties.

Who is behind the panel

The AAA said the Web3 Panel assembles arbitrators with experience across multiple disciplines, reflecting the breadth of questions that can appear in crypto cases. It cited initial members including lawyers who specialize in digital-asset and technology disputes, along with University of Pennsylvania law professor David Hoffman and Rich Widmann, identified as Google Cloud’s global head of Web3 strategy.

Beyond specific names, the AAA’s description points to a deliberate blend of perspectives. The institution emphasized experience not only in legal practice and litigation, but also in the technology and academic environments that often influence how smart contracts and blockchain governance are understood.

Eric Dill, the AAA’s senior vice president and head of panel relations, said: “Web3 disputes involve familiar commercial questions in a highly technical environment.” The quote underscores what the AAA appears to be trying to solve: keeping familiar business law issues from getting derailed by gaps in technical comprehension, especially where automated systems produce records and outcomes that become central to the case.

Agentic commerce and disputes involving autonomous transactions

One of the panel’s notable elements is its coverage of disputes involving agentic commerce and autonomous transactions. The AAA describes this as scenarios where software—or artificial intelligence systems—may initiate or carry out agreements with limited human involvement.

This is a meaningful extension of traditional arbitration needs. In conventional contracting, human decision-making and signatures tend to play a direct role in how obligations are formed. In agentic systems, however, the “decision maker” may be code executing according to rules, and the party seeking enforcement may argue the system acted within its programmed authority. Disagreements can quickly become both legal and technical: what the system was designed to do, what it actually did, and who bears responsibility when outcomes are unexpected.

While the AAA did not lay out specific example scenarios, its inclusion of agentic commerce signals that dispute resolution frameworks may have to adapt not only to blockchain-based evidence, but also to the contractual questions raised by automation and AI-driven execution.

What the launch does—and doesn’t—change

The AAA’s Web3 Panel is structured as an arbitration resource, not a regulatory body. The institution said it does not give AAA regulatory authority over the crypto industry. Arbitration typically requires that the parties involved agree to submit their dispute to a private arbitrator, meaning companies must usually opt in through contract terms or other mutual arrangements.

For investors, operators, and companies building onchain or integrating digital assets into commercial workflows, the practical implication is that dispute resolution options are becoming more specialized. A dedicated panel may make it easier to find arbitrators who can evaluate technical claims—such as how a smart contract performed, how governance processes operated, or how transaction evidence should be interpreted—without forcing parties to educate arbitrators from scratch.

At the same time, the existence of a panel doesn’t automatically solve bigger questions about standards for responsibility, liability, and evidence in decentralized systems. Those issues still depend heavily on each case’s facts and the agreement between the parties, including whether arbitration is explicitly chosen.

Related coverage from Cointelegraph noted how AI is being layered into legal workflows as agentic commerce accelerates. The AAA’s panel launch appears aligned with that trend: as autonomous systems become more common, the legal ecosystem—including dispute resolution—may increasingly need subject-matter expertise that spans both code and contract law.

Next steps for companies considering arbitration clauses

Companies using blockchain-based contracting, governance, or automated transaction workflows should watch how arbitrators on the AAA’s Web3 Panel approach technical evidence and cross-border enforcement questions—especially as agentic commerce becomes more mainstream. The immediate uncertainty is less about whether such panels will exist, and more about how parties will incorporate arbitration provisions into agreements and how quickly specialized expertise translates into more predictable outcomes.

In July 2025, a judge sentenced criminology graduate student Bryan Kohberger to life in prison after he pleaded guilty to stabbing four college students to death on Nov. 13, 2022, at a house near the University of Idaho’s Moscow, Id., campus. The students were Ethan Chapin, 20, Kaylee Goncalves, 21, Xana Kernodle, 20, and Madison Mogen, 21. 

A year later, Kohberger told the New York Times in a phone call from prison that he’s filed a petition challenging his conviction, arguing that he is innocent and did not mean to confess to the killings. “A lot went wrong in those plea discussions,” he told the Times from a maximum security prison south of Boise. “I really do want that to be heard.”

Trade.xyz, an operator of onchain perpetual markets on Hyperliquid, said it will cover eligible liquidation losses after a price anomaly hit its contract tracking SK Hynix, a South Korean chipmaker and producer of high-bandwidth memory for artificial intelligence.

Trade.xyz said the SKHYNIX contract’s mark price fell to $917.25 from $1,127.90 at 23:01 UTC on Monday after an executed trade was relayed by multiple independent data providers. Eligibility requirements will be announced soon, with distributions expected in the coming days.

The SK Hynix contract ranks among Hyperliquid’s most active markets. On Wednesday, Hyperliquid data showed the contract had generated over $1.5 billion in 24-hour volume and held nearly $600 million in open interest at the time of writing.

Trade.xyz said its oracle was tracking the external venue used as the primary South Korean pre-market and had “worked as intended according to its specification.” It acknowledged traders’ frustration and described the reimbursement as a “one-time discretionary decision,” adding that it would review how prices are formed during extreme market events.

The platform did not disclose how many traders would qualify for reimbursement or the total amount it expects to distribute. 

SK Hynix trading chart. Source: Hyperliquid

How the anomaly reached the perpetual market

Trade.xyz said the sharp move originated from an executed transaction on an external market rather than its own order book. Its SK Hynix oracle tracks the US dollar value of one SKHX common share by converting the underlying Korean won price using the prevailing exchange rate, according to its documentation. 

The external print fed into the oracle and contributed to the contract’s mark-price move. Hyperliquid uses the mark price to value positions for margin purposes and determine when leveraged positions should be liquidated.

The platform said it is considering giving more weight to prices formed on its own order books, which it said now provide meaningful liquidity and market signals. 

Related: Onchain commodity trading is here to stay, but liquidity remains an issue

Trade.xyz operates under Hyperliquid’s HIP-3 framework, which allows builders to launch perpetual contracts tied to assets with external price feeds. 

The platform accounted for more than $22 billion of HIP-3’s first $25 billion in cumulative volume and later launched an officially licensed S&P 500 perpetual using S&P Dow Jones Indices data.

Magazine: How Hong Kong is turning tokenized bonds into real market infrastructure

Ten European financial institutions have formed a jointly owned blockchain cooperative called Regulated Layer One (RL1), aiming to provide shared infrastructure for tokenized assets and regulated market workflows. The initiative positions RL1 as a “permissioned” network built for institutional use rather than public, open participation.

RL1 announced that it has been established as a European Cooperative Society in Luxembourg and has started operations with founding members including ABN AMRO, Cecabank, Chartered Investment, Crédit Mutuel Alliance Fédérale, DekaBank, DZ BANK, LBBW, Natixis CIB, SC Ventures, and Seturion. The group says governance is structured so that each member holds equal decision-making rights over the network’s development and direction.

Key takeaways

• RL1 is launching as a European Cooperative Society in Luxembourg, bringing 10 founding financial institutions into a shared, permissioned blockchain network.
• The network is governed on an equal voting basis among members, with plans to expand participation to additional institutions.
• RL1 is built on infrastructure previously developed by German fintech Secure Worldwide Interbank Asset Transfer (SWIAT).
• SWIAT reported processing more than 50 transactions worth over €700 million during three years of production use.
• The cooperative targets regulated institutional use cases such as tokenized bonds, collateral, and settlement for digital money.

From SWIAT infrastructure to a member-owned cooperative

RL1’s launch centers on a shift in ownership from the previously developed SWIAT platform to the cooperative structure. According to RL1, SWIAT has transferred ownership of the network to the cooperative, effectively moving the project from a vendor-led or sponsor-led stage into a jointly controlled model.

That transition matters because institutional blockchain projects often struggle not only with technology, but also with long-term governance, shared standards, and accountability. By placing decision-making in a cooperative framework, RL1 is attempting to reduce the “single-rail” problem—where multiple institutions build or operate separate ledger systems that may not interoperate cleanly.

For its part, RL1 says the permissioned design is intended to fit regulated environments and institutional processes, rather than trying to replicate the accessibility and openness typical of public blockchain networks.

Reported production usage and the scope of institutional applications

RL1 says its underlying platform has already been used in production for three years. SWIAT reported that the system processed more than 50 transactions with a total value exceeding €700 million (about $808 million). While the report does not specify the exact nature of every transaction type, RL1 frames the technology around institutional patterns such as tokenized bonds, collateral, digital money, and blockchain-based settlement.

RL1 also argues that using a shared network could help address fragmentation across financial markets—especially where banks and other institutions deploy distinct distributed ledger systems. In practical terms, fewer separate ledgers can reduce duplicated development, simplify integration efforts, and potentially speed up cross-institution settlement experiments.

Still, investors and builders will likely want to watch whether RL1’s cooperative model translates into measurable interoperability advantages—such as smoother settlement across participating institutions—rather than remaining primarily a governance and pilot-coordination framework.

Governance, leadership, and expansion plans

Leadership for RL1 will be led by former SWIAT managing director Henning Vollbehr, with KfW and L-Bank continuing to provide support for the initiative. RL1 did not detail the precise structure of ongoing involvement from these backers, but their continued support signals that the project retains institutional and policy-level sponsorship beyond the initial founding members.

On expansion, RL1 said it is already in discussions with additional institutions, including NatWest, about joining the network. The cooperative’s equal decision-making rights among members may become a central factor in future growth: as more institutions join, governance will need to scale without diluting consensus or slowing development.

The network’s success will likely depend on attracting participants with complementary use cases—such as custody, issuance, market settlement, and collateral management—while ensuring that shared standards hold up as the number of stakeholders increases.

Why RL1’s cooperative model could matter for tokenized markets

Tokenization in traditional finance has progressed in bursts, often driven by pilots and consortia, but scaling remains difficult when participants operate on disconnected infrastructures. RL1’s emphasis on reducing fragmentation directly targets one of the sector’s recurring friction points.

At the same time, it’s important to recognize that RL1 is permissioned, meaning access and participation are restricted relative to public networks. That tradeoff can be beneficial for compliance and integration in regulated markets, but it also raises questions about interoperability with other ledgers and token ecosystems—particularly if tokenized assets are expected to move across platforms over time.

For market participants, the key watch item is whether RL1 evolves from “shared infrastructure” into a platform with demonstrable deployment outcomes—such as repeatable settlement flows, standardized token mechanics, and smoother inter-institution operations—rather than limited transaction counts typical of early-stage pilots.

As RL1 begins operations in Luxembourg, the next signals to monitor will be how quickly additional institutions join, what concrete tokenization and settlement workflows are prioritized, and whether the cooperative’s shared governance model leads to faster, more scalable execution compared with earlier, siloed distributed ledger efforts.

There are two timelines at war, now. First, the Senate’s own calendar is famously difficult to negotiate, with any contentious bill requiring days of floor time. Each passing hour narrows the legislation’s odds as just seven days remain before the recess, when senators will leave Washington and largely shift focus to the consequential midterm elections bearing down on them.

The other time crunch has been the clock ticking on the negotiating table, where the two parties and the White House are still working to round up the necessary 60 votes. Their final effort must win over a lot of resistant Democrats and a few reluctant Republicans.

Crypto lobbyists are fervently hoping that negotiators — especially Tillis and Gallego — can find a workable middle ground, circulate the refurbished bill again and watch it advance through the Senate voting process. At this point, Senate Majority Leader John Thune’s prediction remains sturdy: The bill almost certainly doesn’t have enough time to finish the Senate’s multi-stage process before the break.

But if it were to get started and potentially clear an initial 60-vote hurdle before next week is out, that could be enough to get it on a winning path. To give that possibility its best chance, the industry would want to see Thune roll out the first motion before the end of the week on what’s called “cloture,” the procedure that sets a bill up for votes.