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SlowMist Debuts Web3 Security Stack for Autonomous AI Agents

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Crypto Breaking News

SlowMist has unveiled a five-layer security framework intended to help crypto firms navigate the mounting risks tied to AI and Web3 agents performing on-chain actions. In a midweek blog post, the cybersecurity company described a holistic approach that blends governance controls, an AI development security solution (ADSS), and a set of execution-layer tools to create a closed-loop process: checks before execution, constraints during execution, and a structured review after actions complete. By design, the system seeks to defend against prompts injection, supply-chain poisoning, and data leaks, while preserving the efficiency and speed that autonomous agents can deliver for trading, wallet interactions, and other on-chain workflows.

Key takeaways

  • The framework fuses governance via ADSS with execution-layer tools—OpenClaw, MistEye Skill, MistTrack Skill, and MistAgent—to create a phased workflow that anticipates risk at every stage of decision and action.
  • It targets core attack vectors such as prompt injection, supply-chain poisoning, data leaks, and asset loss arising from unauthorized AI actions or agent exploits.
  • ADSS establishes auditable security standards, including AI agent permission constraints, real-time threat checks for external interactions, and stronger on-chain risk detection.
  • SlowMist positions the framework against a backdrop of rising autonomous trading tools in crypto, citing no-code AI agents from several platforms and cross-chain execution on Base and Solana.
  • Officials say the aim is to convert scattered security actions into a repeatable, executable, auditable, and sustainable process that can scale with AI-driven automation.

Market context: The push to formalize security for autonomous agents aligns with a broader market shift toward programmatic trading and automated on-chain interactions. As liquidity and risk sentiment shift in response to macro developments and regulatory signals, firms seek standardized, auditable controls that can reduce operational risk without throttling AI-driven efficiency. The emergence of no-code AI trading interfaces and cross-chain execution capabilities adds urgency to governance frameworks that can scale across Layer-1 and Layer-2 ecosystems.

Why it matters

For users and investors, the SlowMist framework offers a blueprint for safeguarding assets as AI agents increasingly operate across wallets and decentralized protocols. The five-layer approach, anchored by ADSS, promises a transparent trail of permission settings, risk checks, and post-action reviews that can be audited by internal security teams or external auditors. This could improve trust in automated workflows, especially in volatile market conditions where rapid execution is both a strength and a risk.

For builders and protocol teams, the framework underscores the need for integrated security into product design rather than relying on ad hoc safeguards. By codifying a closed-loop model—checks before execution, constraints during execution, and post-action review—developers can embed risk controls into AI agents without sacrificing performance. In practice, this means developers might implement standardized permission schemas, real-time external interaction checks, and on-chain anomaly detection as core components of any AI-enabled automation feature.

In a broader sense, the initiative reflects how the crypto and AI sectors are intertwining governance with execution. As autonomous agents become more capable, there is a parallel demand for auditable standards that can reassure users, exchanges, and regulators. The industry conversation around AI-enabled automation has grown alongside headlines about the growing value and potential of AI technologies, including coverage on OpenAI’s market trajectory and speculation about a trillion-dollar IPO, which highlights the high stakes involved in AI-enabled innovation. For context, related coverage has explored the business value and regulatory considerations of AI-driven platforms (see related coverage linking to ongoing discussions about AI-driven economic potential).

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What to watch next

  • Adoption of the five-layer framework by crypto firms implementing AI agents and autonomous trading tools.
  • Public audits, case studies, or user reports detailing how ADSS and the accompanying tools performed in practice.
  • Updates to the execution-layer tools (OpenClaw, MistEye Skill, MistTrack Skill, MistAgent) and any interoperability efforts with major networks like Base and Solana.
  • Regulatory guidance or standards developments that address governance and security for autonomous on-chain actions.

Sources & verification

  • SlowMist’s blog post: Comprehensive security solution for AI and Web3 agents — https://slowmist.medium.com/comprehensive-security-solution-for-ai-and-web3-agents-9d56ce85f619
  • AI agents article: AI agents crypto wallets safe risks — https://cointelegraph.com/news/ai-agents-crypto-wallets-safe-risks
  • Nansen autonomous trading tools on Base and Solana — https://cointelegraph.com/news/nansen-autonomous-ai-crypto-trading-base-solana
  • OpenAI trillion-dollar IPO discussion — https://cointelegraph.com/news/openai-ipo-1t-valuation-late-2026-report

Five-layer security framework for AI and Web3 actions

SlowMist’s auditable approach centers on a structured, end-to-end cycle designed to tame risk without throttling AI-driven advantage. At the core is the ADSS governance solution, a control plane that sits alongside a set of execution tools collectively described as the digital fortress. The governance layer is not merely a policy document; it is an operational framework that imposes permission constraints on AI agents, enabling administrators to specify who can do what, when, and under which conditions. Real-time threat checks monitor external interactions as actions unfold, and the system’s on-chain risk detection capabilities provide visibility into anomalous patterns that might indicate unauthorized behavior or compromised inputs.

In tandem with ADSS, SlowMist deploys a quartet of execution-layer components—OpenClaw, MistEye Skill, MistTrack Skill, and MistAgent. While the article detailing the framework does not exhaustively enumerate every function, the naming suggests a clear division of labor: OpenClaw potentially handles permissioned access and command execution paths, MistEye Skill may observe and interpret agent activity, MistTrack Skill could monitor execution traces for anomalies, and MistAgent might be the autonomous control layer that interfaces with on-chain actions. The overall architecture is intended to be a closed-loop system: a checks-before-execution phase curtails potentially unsafe instructions, constraints during execution limit the range of permissible actions, and a post-action review captures data for audits and future improvements.

The security fortress aims to counter a spectrum of risks that increasingly concern operators of autonomous systems. Prompt injection stands as a primary worry; AI agents can be steered to perform unintended actions if adversarial inputs are crafted to manipulate prompts. Supply-chain poisoning also looms large, where trusted software components or data feeds could be subverted to introduce backdoors or misleading behavior. Data leaks risk exposure of sensitive keys, strategies, or user data, while unauthorized operations threaten asset safety and compliance. SlowMist emphasizes that the framework is designed to mitigate these threats while preserving the speed and efficiency that automated agents deliver for trading and other on-chain tasks.

Industry context matters here. Crypto firms have been testing autonomous tools for trading and execution, with examples of no-code AI trading agents expanding access to individual traders and institutions alike. The referenced no-code solutions, including those from Nansen and other platforms, illustrate a trend toward user-friendly automation that can operate across networks such as Base and Solana. While these advancements lower barriers to entry, they also elevate the importance of robust governance and risk controls. The ADSS-driven approach provides a vocabulary and a blueprint for organizations aiming to deploy AI-powered automation with auditable safety nets, rather than relying on bespoke, one-off safeguards. In parallel discussions about the broader AI ecosystem, ongoing analyses of market potential and regulatory considerations continue to shape how autonomous tools are developed and deployed.

Risk & affiliate notice: Crypto assets are volatile and capital is at risk. This article may contain affiliate links. Read full disclosure

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Stablecoins Moved More Money Than the US Financial System’s Backbone

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Stablecoin monthly transaction volume reached $7.2 trillion in February 2026, overtaking the Automated Clearing House (ACH) network’s $6.8 trillion for the first time.

The ACH is an electronic payment network in the United States that enables transfers directly between bank accounts. It has become the most widely used infrastructure for handling electronic money movement across the country.

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It’s a symbolically significant milestone showing how massive crypto payment rails have become. The February crossover did not happen in isolation.

Artemis data shows that stablecoin volume climbed further in March, reaching $7.5 trillion. That figure matched ACH over the same period.

Meanwhile, the stablecoin market has continued to grow. DefiLlama data showed that the market capitalization surpassed $316.7 billion, setting a new all-time high. 

Notably, a recent report revealed that stablecoins dominated crypto markets in Q1 2026. They made up 75% of total trading volume, the largest share on record. 

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Overall transaction volume exceeded $28 trillion during the quarter, marking another all-time high. However, according to CEX.IO, automated trading played a major role, with bots responsible for 76% of the volume, the highest proportion seen in the past two years.

“Q1 2026 made the 2022 comparison hard to ignore. Stablecoin dominance rising sharply, capital rotating defensively, USDT and USDC diverging, automation surging, and retail pulling back — these patterns appeared together in mid-2022, and they are reappearing now. If broader bearish conditions persist through the year, stablecoins could see further demand and dominance gains in the coming quarters,” the report read.

The rising volumes reflect more than speculative activity. It also highlights the expanding use of these assets in real-world applications, including business-to-business (B2B) payments, cross-border transactions, and other financial activities.

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The post Stablecoins Moved More Money Than the US Financial System’s Backbone appeared first on BeInCrypto.

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IMF Says Tokenization Is a ‘Structural Shift’ in Finance, Not Just a Tech Upgrade

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IMF Says Tokenization Is a 'Structural Shift' in Finance, Not Just a Tech Upgrade

The International Monetary Fund also warns that the distribution and speed of on-chain transactions bring new challenges and risks that require international coordination.

In a new staff research note published on Thursday, The International Monetary Fund (IMF) argues that tokenization represents a “structural shift in financial architecture,” not just an incremental efficiency gain.

Authored by Tobias Adrian — the IMF’s Financial Counsellor and Director of the Monetary and Capital Markets Department — the report focuses on the tokenization of real-world assets (RWAs) within the regulated financial system, namely banks, finance infrastructure, and asset managers, arguing that’s where “the most consequential transformation occurs.”

Settlement Speed Is a Double-Edged Sword

The IMF’s core thesis is that tokenization doesn’t just make existing finance faster, but represents a shift in how trust, settlement, and risk management work. In TradFi, trust is embedded in regulated intermediaries and time-delayed processes (end-of-day settlement, batch reconciliation). Those frictions, the report notes, actually serve a purpose: they give regulators and institutions time to intervene before a crisis cascades.

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Tokenization, which the note defines broadly as “the representation of financial assets and liabilities on programmable digital ledgers,” collapses those frictions, bringing what is generally referred to as the primary benefits of blockchain: near instant settlement, 24/7 liquidity, etc. But, the report notes, that this reduction of barriers introduces new challenges and risks.

“Liquidity demands materialize instantaneously,” the note warns, creating conditions where a smart contract bug or oracle failure could trigger a chain reaction before anyone can respond. The IMF argues:

“When trading, settlement, custody, and compliance are embedded in code, supervision must extend beyond market participants to the design, governance, and resilience of market infrastructures themselves. Failures can
originate in smart contracts, data feeds, or consensus mechanisms, rather than firm balance sheets.”

Who Controls the Money?

A major focus of the report is on the quetion of settlement assets. The IMF identifies three competing models: tokenized commercial bank deposits, regulated stablecoins, and what the report refers to as wholesale central bank digital currencies (wCBDCs), with each carrying different risk profiles.

Cross-Border Gaps and the Fragmentation Risk

The report highlights that a major concern around the tokenization of RWAs in regulated financial markets is jurisdictional: tokenized transactions execute across borders at machine speed, while resolution and crisis management frameworks are still built around nationally domiciled institutions.

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“Tokenization challenges crisis management and resolution frameworks that are built around nationally domiciled institutions, territorially bounded infrastructures, and jurisdiction-specific legal authority.“

In its research note, the IMF calls for international coordination and legal frameworks that can govern code itself, not just the institutions that deploy it.

“The key levers of control may lie in governance keys, consensus mechanisms, or smart contract logic operating across borders,” the note reads — a setup where no single regulator has a clear handle.

The report lands as the value of tokenized RWAs continue to surge, driven in part by tokenized funds from TradFi giants like BlackRock, Franklin Templeton, and Janus Henderson.

In 2025, tokenized RWA value tripled over the course of the year as a wave of financial institutions began tokenizing U.S. treasuries, private credit, and other RWAs.

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Industry forecasts project the sector could hit $100 billion by end of 2026, with more than half of the world’s 20 largest asset managers expected to have launched RWA tokens by year-end.

Meanwhile, stablecoins have already begun functioning as mainstream financial infrastructure, with the GENIUS Act providing U.S. regulatory clarity in mid-2025.

This article was written with the assistance of AI workflows. All our stories are curated, edited and fact-checked by a human.

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Solo Bitcoin Miner Wins $210K Block Reward

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Bitcoin Price, Bitcoin Mining

A solo Bitcoin miner secured a roughly $210,000 block reward on Thursday, proving that the so-called “mining lottery” is still paying out even if industrial operators dominate the network.

The miner, connected to CKPool’s solo service, found block 943,411 and earned 3.139 BTC in subsidy and transaction fees, according to data from block explorer mempool.space.

Solo mining remains rare. Statistics compiled by Bennet’s tracker show that solo mining pools have found just 20 Bitcoin (BTC) blocks over the last 12 months, paying out a total of 62.96 BTC, roughly one win every 18.7 days on average. The longest “drought” between blocks was 58 days, and the previous solo win came on Feb. 28.

The win comes as Bitcoin mining grows increasingly competitive. Network difficulty, the measure of how hard it is to find a block, recently recorded its steepest adjustment since February, falling about 7.7% before rebounding 3.87% in the past 24 hours, reflecting weaker hashrate and briefly improving miners’ odds.

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Bitcoin difficulty relief is fleeting

Even so, current difficulty levels remain near historic highs, meaning the probability of any single solo miner discovering a block is still vanishingly small.

Related: Solo Bitcoin miner bags over $200K block reward using rented hashrate

Public trackers like CoinWarz show Bitcoin’s difficulty has climbed orders of magnitude over the past decade, with only brief downward adjustments when miners switch off unprofitable rigs or redirect machines to other workloads such as artificial intelligence.

Bitcoin Price, Bitcoin Mining
Bitcoin difficulty over time. Source: CoinWarz

As difficulty grinds higher and input costs rise, the economics of mining increasingly favor large, well-capitalized operators over hobbyists.

Major listed Bitcoin miners are responding by reshaping their balance sheets and fleet strategies rather than betting on luck. Riot Platforms sold 3,778 BTC during the first quarter of 2026, according to a Thursday release, adding to a number of crypto miners and firms that have sold Bitcoin recently, including MARA Holdings, Genius Group and Nakamoto Holdings.

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Against that institutional backdrop, the CKPool win stands out as a reminder that individuals can still, on rare occasions, beat the odds.

Magazine: Bitcoin may take 7 years to upgrade to post-quantum — BIP-360 co-author