NEAR Adds Staking-Based Payments For AI Compute Credits

NEAR has launched a staking-based payment model for NEAR AI, giving users a way to lock NEAR tokens and receive monthly compute credits instead of paying through traditional cloud billing or credit-card rails.

According to the validated notes, the system gives users access to 43 hosted AI models, including models from OpenAI, Anthropic, and Google. The key detail is that tokens are not consumed. Users lock NEAR and receive compute credits proportional to their stake size.

That makes this more interesting than a simple payment integration.

NEAR is trying to tie token utility directly to AI usage. Instead of asking users to buy a token for speculative reasons, the model gives the token a role in accessing compute.

The question is whether users will actually adopt it at scale. But as a design direction, it is worth watching.

For more details, visit the official Near platform.

TL;DR

• NEAR has launched staking-based compute payments for NEAR AI.
• Users lock NEAR tokens and receive monthly compute credits.
• The model links token utility with AI model access, but adoption still needs to be proven.

Why AI Compute Payments Are Hard

AI usage has a very real payment problem.

Users and developers often pay through cloud accounts, credit cards, subscriptions, invoices, or platform credits. That works fine in traditional software, but it does not map neatly to autonomous agents, crypto-native users, or applications that want programmable access without conventional billing.

NEAR’s model tries to solve that by using staking as the payment layer.

Instead of spending tokens directly, users lock them. The locked stake determines monthly compute credits. That creates a different relationship between token ownership and product access.

The user is not simply paying a fee. They are committing capital to the network and receiving AI compute access as a benefit.

That could make sense for developers, agent builders, or users who already hold NEAR and want a reason to use it beyond staking yield or governance.

Tokens Are Not Consumed

The fact that tokens are not consumed is important.

If the model required users to spend NEAR every time they used an AI model, it would look more like a normal pay-per-use system. Locking tokens changes the economics because users retain ownership while receiving credits.

That may make the system feel less expensive for users, though there is still an opportunity cost. Locked tokens cannot be freely used elsewhere while committed, and their market value can move.

The model therefore resembles a membership or access system backed by staking.

That is a different kind of token utility, and crypto networks have spent years searching for utility models that do not rely only on speculation or inflationary rewards.

AI Agents Need Native Payment Rails

The autonomous-agent angle is where this gets more forward-looking.

If AI agents are going to operate independently, call models, use tools, pay for services, and make decisions in software environments, they need payment rails that are programmable. Traditional billing can work for human-managed accounts, but it becomes clunky when software agents are expected to act continuously.

Crypto rails may be useful there.

A staking-based compute model could let an agent or developer environment access AI resources based on locked capital rather than repeated card payments or centralized credentials.

That is still early. There are many open questions around permissions, safety, abuse controls, cost predictability, and user experience. But the direction fits NEAR’s broader focus on AI and agent infrastructure.

Don’t Overstate Adoption Yet

The caution is simple: launch is not the same as adoption.

NEAR may have a clever compute-credit model, but the market still needs to show whether users prefer it. Developers will compare it with direct API billing, cloud credits, open-source models, enterprise contracts, and other crypto-native compute markets.

The model also needs to be clear.

How many credits does a given stake generate?

Which models are available at what cost?

How predictable are credits over time?

Can teams build around it without worrying about token volatility?

Does the system attract users who were not already in the NEAR ecosystem?

Those questions will determine whether this becomes a real use case or a niche experiment.

A More Practical Token Utility Story

What makes the NEAR AI payment model interesting is that it gives the token a practical role.

Crypto has often struggled to explain why a token needs to exist beyond governance, gas, staking, or incentives. Linking token staking to AI compute access gives NEAR a more concrete utility narrative.

That does not guarantee success. But it is more useful than vague AI branding.

If users can lock NEAR and receive compute credits for models they actually use, then the token becomes part of a product loop. That is exactly what many networks are trying to build: token demand connected to real usage rather than just market cycles.

NEAR’s staking-based compute payments are still early, but they point toward a crypto-AI model that is more practical than most of the hype around the sector.

This article is based on NEAR AI materials describing staking-based compute credits and model access.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Near. at Near

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ENS Labs Scales Back Treasury Proposal After Delegate Pushback

ENS Labs has revised a governance proposal after delegate criticism over treasury control, choosing to keep the DAO’s primary operational wallet custody in place rather than moving broader control to the Foundation.

According to the validated notes, the revised plan scraps the more contentious transfer of the DAO’s operational wallet, which includes ETH and stablecoins. The DAO retains custody, while only the $65 million Endowment Safe is set to transition to the Foundation, subject to a timelock and Security Council cancellation rights.

The DAO’s 54.6 million ENS tokens remain with tokenholders, while the Foundation would receive a 1 million ENS grant vesting over multiple years.

This is not the flashiest governance story, but it is an important one. ENS is trying to balance professional execution with decentralized control, and the delegate pushback shows that the community is still willing to draw lines around treasury authority.

For more details, visit the official Discuss platform.

TL;DR

• ENS Labs revised a treasury-control proposal after delegate criticism.
• The DAO retains custody of its primary operational wallet.
• The $65 million Endowment Safe can move to the Foundation, with timelock and Security Council safeguards.

Why Treasury Control Gets Sensitive Fast

DAO treasury debates can become emotional because they sit at the heart of governance legitimacy.

A DAO may want a foundation or operating company to move faster, manage resources professionally, sign contracts, pay vendors, hire staff, and handle legal responsibilities. Those are real needs. Pure tokenholder voting can be slow and awkward for day-to-day operations.

But if too much treasury control moves away from the DAO, delegates may worry that governance becomes symbolic.

That is the tension ENS Labs ran into.

The revised proposal appears to acknowledge that professional management has value, but that primary operational wallet custody is too sensitive to move without broader comfort.

That is a reasonable governance compromise.

The Endowment Safe Is A Different Question

The $65 million Endowment Safe is still expected to transition to the Foundation under the revised plan, according to the validation notes.

That makes sense as a narrower operational change.

An endowment can be managed with a long-term mandate, specific oversight, and defined controls. Moving an endowment safe is different from moving the DAO’s primary operating wallet, especially if the transfer comes with a timelock and cancellation rights.

The Security Council safeguard is important because it gives the DAO a way to respond if a governance action is considered malicious or dangerous during the execution window.

That does not eliminate all risk, but it reduces the fear that control shifts permanently without recourse.

The ENS Token Treasury Remains With Holders

The DAO’s 54.6 million ENS tokens remaining with tokenholders is another key point.

Governance tokens are not just assets on a balance sheet. They represent voting power and long-term control over the protocol’s direction. Moving them into a more centralized structure would have created a much larger governance debate.

The revised structure avoids that.

Instead, the Foundation receives a 1 million ENS grant that vests over multiple years. That gives the Foundation resources, but it does not move the full token treasury out of DAO control.

For delegates, that kind of vesting structure can feel more accountable. It gives an operating entity funding while maintaining a timeline and limiting immediate control.

Delegate Pushback Worked As Designed

The healthiest part of this story may be that pushback changed the proposal.

DAO governance often gets criticized for being performative. Proposals appear, delegates comment, and outcomes sometimes seem predetermined. When feedback actually changes the structure, it shows governance is doing something useful.

ENS delegates raised concerns, and ENS Labs revised the plan.

That is how a serious DAO should function. Not every criticism needs to win, but major treasury changes should be tested hard before approval.

This is especially true for a protocol like ENS, which provides core naming infrastructure across Ethereum and the broader crypto ecosystem. Its governance model needs to maintain trust among tokenholders, builders, users, and institutions.

Professionalization Without Capture

The broader ENS debate is really about professionalization.

Crypto protocols often begin as communities and then discover they need operating structures. Foundations, labs teams, service providers, and working groups emerge because someone has to do the work.

The danger is that operational efficiency can drift into centralization.

The revised ENS proposal tries to avoid that by keeping the DAO’s core treasury control intact while still giving the Foundation a clearer role around the endowment and long-term operations.

That may not satisfy everyone. Some will want more decentralization. Others will want faster execution. But the compromise is a sign that ENS governance is maturing.

A DAO does not need to choose between chaos and central control. It can build guardrails, delegate responsibilities, and still preserve the community’s authority over the assets that matter most.

This article is based on ENS governance materials related to the revised Foundation treasury proposal.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Discuss. at Discuss

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CleanCore’s $800M AI Contract Shows Dogecoin Treasury Firms Are Changing Shape

CleanCore Solutions has signed a 10-year colocation agreement with Cerebras Systems valued at $800 million, and the story is not just that a small public company has moved into AI infrastructure. It is that a company previously known in crypto circles for its Dogecoin treasury has now made a much larger corporate pivot.

According to the validated notes, CleanCore committed $40 million in initial capital and up to $500 million in total funding for the deal. The agreement is tied to AI data center infrastructure rather than a new crypto initiative, and CleanCore has already indicated that it is shifting focus away from its earlier Dogecoin treasury strategy under CEO Tyler Hassen.

That makes the framing important.

This is not a story about Dogecoin funding an AI buildout, unless the company explicitly says that. It is a story about how some of the stranger crypto-treasury experiments of the last cycle are starting to evolve into broader public-company strategies.

For more details, visit the official Sec platform.

TL;DR

• CleanCore has signed a 10-year AI data center contract with Cerebras valued at $800 million.
• The company committed $40 million initially, with up to $500 million in total funding.
• CleanCore holds Dogecoin, but the AI deal should not be described as DOGE-funded unless the company says so directly.

From Dogecoin Treasury To AI Infrastructure

Crypto treasury companies often begin with a simple story: hold a digital asset, let investors get public-market exposure, and build a balance-sheet narrative around that coin.

Sometimes that strategy works because the asset rises, public interest grows, and the company becomes a kind of equity-market wrapper for crypto exposure. Other times, it becomes harder to maintain. Investors want operational clarity. Regulators want disclosure. Management has to explain why the company exists beyond holding tokens.

CleanCore’s AI contract suggests the company is trying to become something more than a Dogecoin balance-sheet story.

That does not erase its DOGE holdings, but it does shift attention toward a different business line. AI infrastructure has become one of the loudest themes in public markets, especially around compute demand, data centers, power access, chips, and cloud alternatives.

The Cerebras contract places CleanCore inside that narrative.

Why The Funding Structure Matters

The numbers are large enough to deserve caution.

An $800 million headline contract can sound transformative, but investors need to look at the details behind it. CleanCore’s initial capital commitment is $40 million, while the broader funding requirement can reach up to $500 million.

That creates obvious questions.

Where does the capital come from?

What milestones unlock the broader commitment?

How does the company finance the buildout?

What are the risks if AI infrastructure demand changes?

How much dilution, debt, or asset sales might be involved?

Those are not reasons to dismiss the deal. They are the questions that separate a headline from an investable strategy.

For a company with a crypto-treasury background, financing details matter even more because investors will want to know whether the digital asset treasury is being preserved, reduced, or repurposed.

Dogecoin Is Now Context, Not The Whole Story

The Dogecoin angle is still relevant, but it should not be stretched.

CleanCore’s history as a DOGE-holding company makes the AI pivot interesting because it shows how some public crypto-treasury firms may try to reposition once the market gets more selective. A token treasury can attract attention, but it may not be enough to support a long-term business identity.

The company’s current direction appears to be AI infrastructure first.

That may disappoint investors who wanted a pure Dogecoin treasury play. It may appeal to others who prefer a business model tied to compute demand. Either way, the company is changing the conversation around itself.

The right way to frame this is not “Dogecoin company spends DOGE on AI.” It is “Dogecoin treasury company signs major AI infrastructure contract while moving away from its legacy crypto focus.”

That distinction keeps the story honest.

AI And Crypto Treasuries Are Starting To Overlap

There is also a broader market pattern here.

AI and crypto have both attracted companies looking for capital-market attention. Some firms that once leaned into crypto are now leaning into AI. Some miners are converting infrastructure for high-performance computing. Some treasury companies are experimenting with operating businesses that give investors more than token exposure.

That does not mean every pivot is credible.

But it does mean investors need to read these stories through the lens of capital allocation rather than hype. A company can own Dogecoin, sign an AI contract, and still face real execution risk. The asset story may bring attention, but the operating business has to deliver.

CleanCore’s deal with Cerebras gives it a much larger business narrative. Whether that becomes a durable strategy depends on financing, execution, demand, and disclosure.

For now, it shows one thing clearly: crypto-treasury companies are not staying still. Some are trying to grow into something else.

This article is based on CleanCore Solutions’ corporate and filing materials regarding its Cerebras colocation agreement.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Sec. at Sec

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Lite Strategy Funds $5.4M Buyback With Litecoin Sales And Covered Calls

Lite Strategy has repurchased 4.9 million shares for $5.4 million, using Litecoin treasury activity and covered-call premiums to fund the buyback.

The company said the repurchase represented 13% of shares outstanding, with an average price of $1.11 per share. The validated notes show Lite Strategy holding 819,070 LTC against 31,882,648 shares outstanding after the transaction.

The buyback funding mix is the interesting part.

Lite Strategy said the capital came from treasury operations, with 11.87% funded by selling Litecoin and 1.13% funded by covered-call premiums. The stated goal is to increase the amount of Litecoin backing every remaining share of common stock.

That makes this a small but useful example of how crypto-treasury companies are trying to manage per-share exposure, not just headline holdings.

For more details, visit the official Litestrategy platform.

TL;DR

• Lite Strategy repurchased 4.9 million shares for $5.4 million.
• The company holds 819,070 LTC against 31,882,648 shares outstanding.
• The buyback was funded through Litecoin sales and covered-call premiums.

Crypto Treasury Companies Are Moving Beyond Accumulation

The first phase of crypto treasury strategy was simple: buy the asset, hold the asset, talk about the asset.

That model was popularized in Bitcoin, but it has now spread into other coins and corporate structures. Companies have experimented with Ethereum, Solana, Litecoin, Dogecoin, and other treasury strategies, often trying to create a publicly traded vehicle with leveraged exposure to a specific crypto asset.

But once a company has accumulated a large crypto position, the harder question begins.

How does it manage the treasury?

How does it increase per-share asset exposure?

How does it avoid dilution?

How does it fund operations?

How does it handle volatility?

How does it return value to shareholders?

Lite Strategy’s buyback sits in that second phase.

It is not just adding Litecoin. It is using treasury tools to reduce share count and increase LTC backing per remaining share.

Why Per-Share Holdings Matter

For treasury companies, total holdings can be misleading.

A company may own a large amount of crypto, but if share count rises too quickly, each share may represent less exposure than investors expect. That is why per-share asset backing becomes important.

If Lite Strategy holds 819,070 LTC and reduces shares outstanding, each remaining share can represent a larger slice of the Litecoin treasury, assuming the asset base does not fall more than the share count reduction benefits.

That is the logic behind buybacks.

Traditional companies use buybacks to return capital and improve per-share metrics. Crypto treasury companies can use them similarly, but with the added complexity of volatile digital assets.

The value of the strategy depends on execution.

If the company sells too much LTC at poor prices, the treasury shrinks. If buybacks are done below intrinsic value, shareholders may benefit. If covered-call premiums generate income without giving up too much upside, the strategy can help. If options are poorly managed, they can hurt.

Covered Calls Add A New Layer

Covered-call premiums are especially interesting because they show the company is not simply holding passively.

A covered call involves selling call options against an asset position. The seller receives premium income but gives up some upside above the strike price if the option is exercised.

For a crypto treasury, that can generate cash flow from a volatile asset, but it also introduces trade-offs.

If Litecoin rallies sharply, covered calls may cap some upside. If Litecoin trades sideways or falls, premiums can help cushion the portfolio. The strategy is neither automatically good nor bad. It depends on market conditions, strike selection, position sizing, and risk management.

Lite Strategy’s use of covered-call premiums suggests the company is trying to make its LTC holdings more productive.

That is a more sophisticated treasury model than simply sitting on coins.

Selling Litecoin To Buy Back Shares Is A Trade-Off

The Litecoin sales portion is more delicate.

Selling part of the treasury to buy back stock can make sense if management believes the stock is undervalued relative to its crypto backing. In that case, reducing share count may improve per-share exposure even if the total LTC balance falls.

But investors will watch this closely.

The appeal of a Litecoin treasury company depends partly on trust that management will preserve or grow Litecoin exposure. If sales become too frequent, investors may question whether the treasury thesis is being diluted.

The company’s stated goal is to increase Litecoin backing for every remaining share. That is the right metric to monitor.

If per-share LTC rises, the strategy may be working. If it falls, the headline buyback becomes less compelling.

A Small Window Into The Next Treasury Debate

Lite Strategy’s move may not be a massive market event, but it points to a broader trend.

Crypto treasury companies are going to be judged less on simple accumulation and more on capital allocation. Buying coins is easy. Managing a public company around those coins is harder.

Investors will want to know whether management can handle buybacks, options, financing, dilution, custody, taxes, volatility, and disclosure.

That is where these strategies become real businesses rather than ticker-level crypto exposure.

For Litecoin, Lite Strategy’s buyback gives the market one more example of a company trying to turn a digital asset treasury into a per-share value strategy.

The idea is straightforward. The execution will be the test.

This article is based on Lite Strategy’s official corporate treasury update and related filing materials.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Litestrategy. at Litestrategy

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Granite Protocol Listing Shows Bitcoin DeFi Is Still Building On Stacks

Granite Protocol has been listed on Borrow on Bitcoin, adding another lending route for users who want to put Bitcoin-linked collateral to work without leaving the broader Bitcoin DeFi stack.

The listing centers on Granite’s Stacks-based lending market, where users can deposit sBTC collateral and borrow USDCx. The validated notes point to a variable borrow rate of 1.66% APR, along with features including isolated pools, soft liquidations, and no rehypothecation of user collateral.

The product is not available in the US, and that limitation matters.

Still, the listing is another sign that Bitcoin DeFi is becoming more specific. Instead of broad claims that Bitcoin can support DeFi one day, the market is now seeing comparison pages, lending markets, collateral routes, and user-facing products built around BTC-linked assets.

That does not mean Bitcoin DeFi has gone mainstream. It means the infrastructure is becoming easier to evaluate.

For more details, visit the official Granite platform.

TL;DR

• Granite Protocol has been listed on Borrow on Bitcoin.
• Users can deposit sBTC collateral on Stacks to borrow USDCx.
• The integration is a useful Bitcoin DeFi signal, but it should not be overstated as broad adoption.

Bitcoin DeFi Needs Practical Products

Bitcoin DeFi has always had a slightly awkward pitch.

Bitcoin is the largest crypto asset and the strongest store-of-value brand in the market, but most DeFi activity historically happened elsewhere. Ethereum, Solana, BNB Chain, and newer Layer 2 ecosystems built the lending markets, DEXs, stablecoin systems, yield protocols, and composable financial apps.

Bitcoin had the capital. Other chains had the app layer.

Stacks has been one of the ecosystems trying to close that gap by giving Bitcoin holders more ways to interact with DeFi-style products while keeping the narrative tied to BTC.

Granite’s Borrow on Bitcoin listing fits that direction.

It gives users another way to compare borrowing options, collateral terms, and risk models in a Bitcoin-linked environment.

The 1.66% APR Detail Gets Attention

A 1.66% variable borrow rate is the kind of number that immediately attracts attention, especially if traders compare it with higher borrowing costs in other markets.

But the rate should be treated carefully.

Borrow rates can change. They depend on utilization, available liquidity, risk parameters, market demand, and protocol design. A low advertised rate is useful, but it is not a guarantee that conditions will remain the same.

The more important point is that Bitcoin DeFi products are starting to compete on familiar lending-market terms.

Users can ask practical questions: What collateral do I deposit? What stablecoin can I borrow? What happens in liquidation? Is the pool isolated? Is collateral rehypothecated? What jurisdictions are supported? Where is the liquidity coming from?

Those are normal DeFi questions, and that is progress.

Bitcoin DeFi becomes real when users can compare products by actual risk and cost, not just by slogans.

Why Soft Liquidations Matter

The soft liquidation feature is important because liquidation design shapes user experience.

In traditional DeFi lending, a sharp move against collateral can trigger liquidation. If the system is aggressive, users may lose more than expected or have little time to react. Softer liquidation mechanics are designed to reduce the shock, though the exact effect depends on protocol design.

For Bitcoin-backed borrowing, liquidation risk is one of the main barriers.

Bitcoin holders often do not want to sell BTC, but they may want liquidity. Borrowing against BTC-linked collateral offers that route, but a sudden BTC drawdown can put the position at risk.

A product that emphasizes soft liquidations is trying to make that borrowing experience less brutal.

That does not eliminate risk. It just changes how the protocol handles stress.

No Rehypothecation Is A Custody Signal

Granite’s no-rehypothecation claim is also worth noting.

Rehypothecation became a dirty word after the last cycle’s lending failures, where users learned that “earn” and “borrow” products often involved hidden layers of counterparty risk. If collateral is reused, lent onward, or tied into opaque strategies, users may be exposed to risks they did not understand.

A protocol that does not rehypothecate collateral is making a clearer custody and risk claim.

That does not make the system risk-free. Smart contract risk, oracle risk, liquidity risk, liquidation risk, bridge risk, and governance risk can still exist. But it does address one of the biggest trust problems from centralized lending.

Bitcoin users are usually especially sensitive to custody assumptions, so that design detail matters.

A Small But Useful Bitcoin DeFi Step

The right way to read this listing is measured.

Granite landing on Borrow on Bitcoin does not prove that Bitcoin DeFi has reached escape velocity. It does not mean BTC holders are suddenly moving in size to Stacks lending markets. It does not make Bitcoin an Ethereum-style DeFi ecosystem overnight.

But it does show continued product formation.

Comparison indexes, collateralized lending markets, stablecoin borrowing routes, and clearer risk terms are the kind of boring infrastructure that needs to exist before larger adoption becomes possible.

Bitcoin DeFi will not grow through one headline. It will grow if users find products that are cheaper, safer, clearer, and more useful than the alternatives.

Granite’s listing is one more test of whether that market is starting to form.

This article is based on Granite Protocol and Borrow on Bitcoin product materials.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Granite. at Granite

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Coldcard Security Notice Puts Bitcoin Wallet Entropy Risk Back In Focus

A Coldcard security issue has put Bitcoin hardware-wallet safety back under the microscope after reports that a firmware flaw affected seed generation on some older device versions.

According to the validated incident notes, the issue relates to Coldcard Mk3 firmware versions 4.0.1 through 5.0.3, along with Mk4 and Mk5 devices before firmware 5.6.0, and Q devices before 1.5.0Q. The core problem was a seed-generation weakness in which a hardware random number generator was replaced by a predictable software substitute, reducing entropy from the intended 128 bits to 72 bits.

That is a technical detail, but it matters enormously. A Bitcoin wallet is only as safe as the seed phrase behind it. If seed generation becomes predictable enough for an attacker to narrow the search space, the wallet can become vulnerable even if the user never shared their phrase, clicked a phishing link, or exposed a private key.

The reported sweep involved roughly 594 BTC from around 500 single-signature wallets on July 30 and 31, 2026.

For more details, visit the official Blog platform.

TL;DR

• A Coldcard seed-generation vulnerability affected certain older firmware/device versions.
• Reports point to about 594 BTC swept from roughly 500 single-signature wallets.
• Seeds generated with a BIP-39 passphrase or sufficient dice rolls are not considered at risk under the validated notes.

Why Entropy Is The Whole Game

Bitcoin security can sometimes sound complicated, but at the seed level, the principle is simple: randomness protects the wallet.

A seed phrase is not supposed to be guessable. The number of possible valid seeds is so enormous that brute forcing one should be effectively impossible. That assumption depends on proper entropy. If the random process used to create the seed is weakened, the attacker’s job changes from impossible to potentially feasible.

That is why this story is more serious than a normal firmware bug.

A display issue can confuse users. A signing bug can create transaction risk. But a seed-generation flaw goes right to the foundation of the wallet.

If the wallet seed was created under weak randomness, the user may be exposed even if they have behaved perfectly since then.

Not Every Coldcard User Is In The Same Position

The important caveat is that this does not mean every Coldcard device is currently unsafe.

The validation notes indicate that the affected set is tied to particular firmware and device versions. Fixed firmware releases are also referenced, including 5.6.0 for Mk4 and Mk5 devices and 1.5.0Q for Q devices.

There is another important distinction: seeds generated with a BIP-39 passphrase or at least 50 dice rolls are not considered at risk under the incident notes.

That matters because users may have created wallets in different ways. A seed generated entirely by the device under affected firmware may carry a different risk profile from one strengthened by dice-based entropy or a passphrase.

For users, the practical question is not “Do I own a Coldcard?” It is “Which device and firmware generated my seed, and how was that seed created?”

That is a much narrower and more useful question.

Why Single-Signature Wallets Are More Exposed

The sweep reportedly focused on roughly 500 single-signature wallets.

That makes sense from an attacker’s point of view. In a single-signature setup, one seed controls the funds. If that seed can be derived or guessed, there is no second approval layer.

Multisig setups create a different risk model. If one signer’s seed is compromised, the attacker may still need additional keys to move funds. That does not make multisig immune to all wallet failures, but it can reduce the damage from one weak seed.

This is one of the reasons serious Bitcoin custody setups often use multisig, passphrases, dice-generated entropy, geographically separated backups, and hardware from different vendors.

It is not because every user needs enterprise-grade custody. It is because Bitcoin custody has no customer-support reset button. Once funds move, the chain does not reverse them.

Hardware Wallets Still Need Trust, Updates And Verification

Hardware wallets are often marketed as the safest way to hold crypto, and for many users they are. But “hardware wallet” is not magic.

The user is trusting device firmware, supply chains, seed generation, backup discipline, signing screens, update practices, and their own operational security. A hardware wallet reduces many online risks, but it does not eliminate all possible failure points.

Firmware updates also create a difficult trade-off.

Users are often told not to rush updates unless they understand what is changing. At the same time, security fixes may be essential. If a user never updates, they may remain exposed to known vulnerabilities. If they update carelessly, they may introduce new risks through fake firmware or phishing.

The safest path is boring but important: use official sources, verify firmware, read security advisories carefully, and avoid panic moves.

The Takeaway For Bitcoin Holders

This incident is a reminder that self-custody is powerful because it removes reliance on exchanges and custodians. But it also puts the burden of security on the user and the tools they choose.

For Coldcard users, the immediate task is to determine whether their seed was generated on affected firmware and whether additional entropy or passphrase protection was used. Users with meaningful exposure should follow official guidance and avoid entering seed phrases into any website or unknown tool claiming to check vulnerability status.

For the broader Bitcoin market, the lesson is bigger.

The strongest form of custody is not just owning a hardware device. It is understanding how the seed was generated, how backups are stored, how signing is protected, and what happens if one part of the setup fails.

Bitcoin gives users final control. That control is valuable, but it is unforgiving.

This article is based on Coldcard security materials and related public reporting on the July 2026 wallet sweep.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released by Blog. at Blog

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Kraken Brings CFTC-Regulated Perpetual Futures To US Traders

Kraken is bringing perpetual futures to eligible US traders through a regulated derivatives structure, and that is a notable shift for a product category that has usually lived outside the US market.

The exchange said the product is offered through NinjaTrader Clearing, LLC, doing business as Kraken Derivatives US, a CFTC-registered Futures Commission Merchant. The contracts are listed on Bitnomial Exchange, LLC, a CFTC-regulated Designated Contract Market.

That structure is the point.

Perpetual futures have been one of crypto’s most important trading products for years, but US users have largely been locked out of the offshore perpetuals market unless they used platforms they were not supposed to access. Kraken’s move gives eligible US traders a regulated route into a familiar derivatives format.

It does not mean unregulated perpetuals are suddenly legal in the US. It does not mean Kraken is launching a new spot product. It means one of crypto’s largest exchanges is trying to fit a historically offshore product into a US derivatives framework.

TL;DR

• Kraken has announced CFTC-regulated perpetual futures access for eligible US traders.
• The product runs through Kraken Derivatives US and Bitnomial Exchange.
• This is a regulated derivatives product, not spot trading or offshore-style unregulated perpetuals.

Why Perpetuals Matter So Much In Crypto

Perpetual futures are one of the engines of crypto trading.

Unlike standard futures contracts, perpetuals do not expire in the same way. Traders use them to take leveraged long or short positions, hedge spot exposure, manage basis trades, and speculate on price moves without constantly rolling contracts.

Outside the US, perpetuals are everywhere.

They are central to liquidity on major offshore exchanges and decentralized derivatives platforms. In many cases, perpetual markets are where crypto price discovery happens fastest, especially during volatile periods.

That has left the US in an awkward position.

American traders can access regulated futures on venues like CME, but the perpetual format has been harder to offer inside US rules. Offshore platforms built massive businesses around these products while US exchanges had to operate under a much stricter framework.

Kraken’s launch is interesting because it tries to close that gap without stepping outside the regulatory perimeter.

Regulation Changes The Product Feel

A CFTC-regulated perpetual is not the same as the offshore version many crypto traders know.

The product has to exist within a framework of regulated intermediaries, exchange rules, customer protections, margin requirements, clearing processes, surveillance, and compliance obligations. That may make it less wild than the offshore perpetuals market, but that is exactly what makes it possible for US traders.

Some traders will prefer the offshore feel: higher leverage, fewer restrictions, broader token lists, and faster product launches.

But institutions and regulated US users usually care about something different. They need legal certainty, custody clarity, counterparty standards, and a venue that can be used without compliance teams saying no.

That is where Kraken’s regulated setup has an opening.

It may not attract every degen trader, but it can appeal to traders who want perpetual-style exposure inside a clearer rulebook.

Kraken Is Building A US Derivatives Lane

Kraken has been pushing deeper into derivatives, and this announcement fits a broader strategy.

The exchange already has a strong spot-trading brand, but the real competition in crypto is increasingly about who can offer the full stack: spot, margin, futures, custody, staking, institutional services, and regulated derivatives.

For US users, that stack is harder to build than in many other jurisdictions.

A product has to fit the rules. The exchange has to work with the right entities. The legal structure has to be precise. That makes the rollout slower, but it can also create a more durable business if the products gain traction.

Kraken’s perpetual futures launch suggests the US market may slowly get access to products that resemble the global crypto trading toolkit, but through regulated wrappers.

That is not as flashy as offshore leverage, but it may be more important long term.

The Competitive Question

The bigger question is whether regulated perpetuals can become liquid enough to matter.

A derivatives product lives or dies by liquidity. Traders need tight spreads, reliable execution, good margin treatment, and enough open interest to enter and exit positions efficiently. If liquidity is thin, even a compliant product can struggle.

Kraken has distribution, but it still has to build market depth.

CME has already shown that regulated crypto derivatives can become a major institutional venue. Offshore exchanges have shown that perpetuals can dominate retail and professional crypto trading. Kraken’s opportunity is somewhere between those worlds.

If it can give US traders a perpetual-like experience with enough liquidity and regulatory comfort, the product could become a meaningful new lane.

If liquidity does not develop, it may remain more of a compliance milestone than a market-structure shift.

US Crypto Derivatives Are Maturing

The broader read is that US crypto derivatives are becoming more sophisticated.

For years, the US debate was often framed around what traders could not access. Now, exchanges are trying to build versions of crypto-native products that can survive inside the US framework.

That matters because derivatives are not a side market. They shape liquidity, hedging, volatility, and institutional participation.

Kraken’s launch does not end the offshore perpetuals era, and it does not open the door to every crypto product under the sun. But it does show that regulated US venues are starting to absorb more of the trading formats that made crypto markets grow globally.

For traders, that means more choice.

For regulators, it means a chance to bring activity into supervised venues.

For Kraken, it is a bet that the US wants crypto derivatives, but wants them built the hard way: with registration, rules, and market infrastructure.

This article is based on Kraken’s announcement of CFTC-regulated perpetual futures for US traders.

This article was written by the News Desk and edited by Samuel Rae.

This report is based on information released in disclosures at primary source documentation.

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