Now, the intersection of AI and blockchain reached a critical turning point. While AI chatbots have been talking for years, we have finally entered the era of Agentic AI, autonomous entities that can execute trades, manage portfolios, and settle payments on-chain.

However, the industry has faced a major security paradox: how do you give a bot a credit card without it spending you into bankruptcy?

Traditional wallets forced a binary choice: either give the AI your private key or require a human to sign every single move. Cobo’s Agentic Wallet (CAW) solves this with Enforceable Autonomy, a framework that allows agents to act independently while remaining strictly bounded by cryptographically enforced human rules.

Related Link: https://www.cobo.com/assets/miyi-credit-agentic-wallet 

Key Takeaways

• CAW is the first self-custodial wallet for AI built on Multi-Party Computation (MPC).
• Every task an AI performs is bound by an agreement that defines its intent, spending limits, and termination conditions, enforced at the infrastructure level.
• To prevent AI hallucinations, Cobo uses a library of verified Recipes.
• At launch, the wallet supports over 80 major blockchains and 3,000+ tokens, integrating natively with leading AI frameworks like OpenAI Agents SDK, LangChain, and Claude MCP.
• The wallet offers a high-security MPC Mode for high-value operations and a forthcoming Custodial Mode optimized for high-frequency, low-latency micro-payments.

Why Traditional Wallets Fail AI Agents

Before Cobo’s breakthrough, integrating AI with blockchain was a game of dangerous trade-offs. The fundamental issue is that traditional wallet architectures were built for humans, not for autonomous algorithms that can execute thousands of decisions per second. This has led to a persistent trust dilemma that has stalled the growth of the machine economy.

Until now, developers were trapped in a binary choice that offered no middle ground:

You could give an AI agent an Externally Owned Account (EOA) and its associated private key. This gives the agent maximum speed and autonomy, but it is a security nightmare. Giving a bot your private key is effectively giving it a "blank check." If the AI's logic is compromised or its environment is hacked, your entire treasury can be drained in a single block.

To avoid the risk of a rogue agent, many systems require a human to sign off on every transaction. While this is secure, it completely negates the value of an autonomous agent. An AI that has to wait for a human to wake up and check their phone to approve a rebalance isn't an autonomous agent, it's just a fancy notification bot.

The rise of Large Language Models (LLMs) introduced a new layer of risk: intentional and unintentional errors.

AI agents are susceptible to hallucinations, where they might "invent" a contract address or misinterpret an API response. Even more concerning is prompt injection, where a malicious actor could trick an agent into executing a transaction that sends funds to an attacker's address. Without a wallet that understands the "context" of a transaction at the infrastructure level, a traditional wallet will blindly execute whatever the agent signs, regardless of how catastrophic the command might be.

Finally, traditional wallets lack the granular permissioning required for a multi-agent world. In a complex Web3 ecosystem, you might want one agent to only harvest yield on Aave, while another is restricted to trading on Uniswap with a specific slippage limit.

Traditional wallets are "all or nothing." They cannot natively enforce these micro-rules, forcing developers to build complex, fragile middleware that often becomes a target for exploits itself. To truly unlock the potential of the Agentic Economy, we needed a wallet that doesn't just store assets but actually understands and enforces the "boundaries" of the agent it serves.

Understanding Cobo’s "Enforceable Autonomy" Framework

At the heart of Cobo’s solution is a paradigm shift from "soft" permissions to Enforceable Autonomy.

In traditional systems, an AI agent’s power is limited only by its software code, which can be buggy or manipulated. Cobo moves these limits to the infrastructure layer, creating a sandbox that the agent physically cannot exit, regardless of how its underlying logic evolves or fails.

What is Enforceable Autonomy?

Cobo defines Enforceable Autonomy through the Pact Protocol. In this system, an agent is never given broad, standing permissions. Instead, every specific task requires a Pact, a dynamically generated, cryptographically signed agreement between the human owner and the agent.

A Pact is not just a "yes" to a transaction; it is a comprehensive mandate that includes:

• Intent: The specific objective (e.g., "Yield farming on Aave").
• Execution Plan: The exact steps and smart contracts the agent is allowed to interact with.
• Permissions & Policies: Spending ceilings, slippage limits, and whitelisted protocols.
• Completion Conditions: The specific trigger that automatically terminates the agent's authority once the goal is reached.

Cryptographic vs. Software Assurances

The true innovation of the Cobo Agentic Wallet (CAW) lies in how it enforces these Pacts. Most existing "agentic" solutions rely on Trusted Execution Environments (TEE) or API-level restrictions. These are software-level assurances; if the agent’s runtime is compromised or its LLM is manipulated via prompt injection, those software gates can be bypassed.

CAW, however, uses Multi-Party Computation (MPC). By sharding the private key into separate pieces held by the User, the Agent, and Cobo’s Infrastructure, it creates a mathematical guarantee. Because a valid signature requires a threshold of these shares, a compromised agent or a hallucinating LLM cannot independently generate a signature for a transaction that falls outside the active Pact. The infrastructure simply refuses to co-sign any movement of funds that hasn't been pre-authorized by the human owner.

The "Kill Switch" Architecture and Human Sovereignty

Despite the agent's high level of autonomy, Cobo ensures the human owner remains the ultimate sovereign. This is achieved through a dual-group signing architecture:

Agent + Cobo Group: Handles routine, Pact-authorized transactions automatically to ensure speed and 24/7 responsiveness.

Human + Cobo Group: Required for high-value governance decisions, policy changes, and initial Pact approvals.

Most importantly, the framework includes an Emergency Freeze (Kill Switch) capability. With one tap in the Cobo mobile app, a user can instantly freeze all sub-wallets and revoke all active Pacts. Because the user retains a recovery path that does not depend on the agent or even Cobo being online, they can rebuild their signing authority and move funds to safety at any time, ensuring that autonomy never translates into loss of control.

The Three World-First Innovations of the Cobo Agentic Wallet

Cobo Agentic Wallet (CAW) introduces a trifecta of technological "firsts" designed to bridge the trust gap between human owners and autonomous algorithms.

By moving beyond simple API keys and software-level gates, Cobo has established a multi-layered security stack that ensures an agent can operate independently without ever possessing the capability to go rogue.

MPC-Based Self-Custody for AI

Most existing agentic solutions rely on Trusted Execution Environments (TEE) or delegated Externally Owned Accounts (EOAs), both of which depend on software-level assurances. If the agent’s logic is compromised or its environment is hacked, the assets are immediately vulnerable.

Cobo CAW is the world’s first non-custodial wallet for AI built on Multi-Party Computation (MPC). This technology encrypts and shards the private key into three distinct shares: one held by the User, one by the Agent, and one by Cobo’s infrastructure.

Mathematical Guarantee: A valid signature requires a threshold of these shares. Even if an AI agent is manipulated via a prompt injection attack, it cannot generate a valid transaction signature on its own.

Dual Modes: Currently, the wallet operates in MPC Mode for high-value, high-risk operations. Cobo has also announced a forthcoming Custodial Mode optimized for low-latency, high-frequency micro-payments.

The Pact Protocol: Dynamic Task Boundaries

The Pact Protocol is a world-first human-agent authorization framework that elevates simple permissions into programmable, controlled autonomy. Unlike static policy systems that grant permanent access to a protocol, a Pact is dynamically generated for every single task.

Recipe-Driven Scenario Templates

To solve the industry-wide problem of AI hallucinations, where a Large Language Model (LLM) might fabricate a contract address or misinterpret an ABI, Cobo introduced Recipe-driven scenario templates.

Recipes are pre-verified skill playbooks that package all the necessary components of an on-chain task into an immutable template. Instead of an agent reasoning its way through a complex DeFi swap, it simply executes a verified Recipe.

This shifts the agent’s role from high-risk ad-hoc reasoning to low-risk autonomous execution, ensuring that the bot remains within the boundaries of verified, secure pathways at all times

Where AI Agents and Cobo Wallets Converge

Autonomous Yield & Asset Management

Traditionally, human traders had to monitor 24/7 markets to rebalance positions, which is both inefficient and exhausting.

AI agents can now be programmed with a Yield Pact to monitor APYs across protocols like Aave V3, Compound V3, and Morpho. If a higher yield becomes available on a different chain, the agent can autonomously migrate collateral, settle debts, and reinvest, all within a predefined slippage and gas fee budget.

For DAOs and Web3 startups, AI agents serve as automated treasurers. They can execute Dollar-Cost Averaging (DCA) strategies, maintain specific stablecoin-to-volatile asset ratios, and manage idle liquidity across over 80 supported blockchains.

Machine-to-Machine (M2M) Payments via x402

One of the most transformative use cases is the integration of the x402 protocol, the HTTP-native blockchain payment standard. This allows for a purely agentic economy where software can pay other software for services.

Autonomous API Consumption: An AI agent needing specialized data can use its Cobo wallet to settle a micropayment to a data provider instantly via x402, without human intervention or the need for a corporate credit card.

On-Demand Compute Power: AI agents can "rent" GPU power from decentralized compute networks (such as Akash or Render) by streaming payments through Superfluid recipes, paying only for the exact seconds of processing time they consume.

Smart Governance & Security Auditing

AI agents are increasingly being used to manage the "administrative" side of Web3, where human bandwidth is often the primary bottleneck.

Users can delegate their governance power to an agent bound by an Ideological Pact. The agent analyzes thousands of pages of DAO proposals and votes according to the user’s predefined values, ensuring active participation without the voter fatigue common in traditional governance.

Using the Cobo WaaS Skill, agents can perform real-time Checks before executing any transaction. They can analyze a target smart contract for reentrancy vulnerabilities, check destination addresses against global sanction lists, and flag potential "honeypot" tokens before a single cent is moved.

High-Frequency Social & Corporate Operations

The flexibility of the Cobo framework allows for lighter agentic interactions that improve daily Web3 workflows:

Discord & Telegram Tipping Bots: AI-powered social agents can manage community rewards and tipping ecosystems, executing hundreds of small-value transfers autonomously while remaining capped by a daily global budget Pact.

Multi-Approval Corporate Payroll: Institutional agents can be programmed to handle recurring payroll for global teams, automatically calculating tax withholdings and executing transfers once a threshold of "Human + Cobo" signatures is met, ensuring both speed and compliance.

Why This Is a Game-Changer for Institutional Web3

For institutional players, the primary barrier to adopting autonomous AI has always been the lack of a verifiable audit trail and the risk of catastrophic software failure. Cobo’s Agentic Wallet (CAW) removes these hurdles by transforming AI operations from a black box into a transparent, compliance-first infrastructure.

Bridging the Compliance Gap with Hard Enforcement

In traditional enterprise finance, "compliance" often relies on internal policies and human oversight—systems that are inherently prone to delay or circumvention. Cobo shifts this to cryptographic enforcement.

For compliance officers, this means they no longer have to "trust" that the AI code is functioning correctly; they can rely on the fact that the wallet infrastructure will physically reject any non-compliant transaction.

Permanent Auditability

One of the most significant institutional features is the permanent, tamper-proof audit trail. Unlike standard wallets that only record what happened (the transaction), CAW records the "Who, What, When, Why, and Which Rule."

Institutions can provide clear reports to investors and regulators showing exactly which AI agent made a decision, the market data it was reacting to, and the specific security guardrails that were in place at the time of execution.

Institutional Scalability and Risk Control

Managing a single AI agent is simple; managing hundreds across multiple strategies is a logistical nightmare. CAW is built for this Agentic Scale.

The framework supports up to 50 sub-wallets per account, allowing institutions to run parallel strategies without mixing assets or risk profiles.

The wallet includes built-in Circuit Breakers that monitor for abnormal slippage, malicious approvals, or sudden shifts in protocol liquidity, instantly freezing affected sub-wallets if a threat is detected.

Seamless Ecosystem Interoperability

By supporting over 80 blockchain networks and integrating natively with frameworks like LangChain, OpenAI Agents SDK, and Claude MCP, Cobo allows institutions to deploy AI agents across the entire Web3 landscape. This prevents vendor lock-in and ensures that as the AI economy evolves, institutional treasuries are already equipped with the necessary plumbing to interact with any new protocol or chain that emerges.

The Next Layer of Digital Asset Trading

As digital asset markets become more complex, the next stage of innovation will not only depend on faster execution, but also on safer autonomy, stronger custody architecture, and more intelligent trading infrastructure. Cobo’s Agentic Wallet introduces a meaningful development in this direction by showing how AI agents can operate with enforceable boundaries, rather than unlimited access to user assets.

For a digital asset trading platform like MIYI, this evolution is highly relevant. The rise of agentic AI is reshaping expectations across the industry. Traders, institutions, and Web3 builders increasingly need platforms that can support faster decision-making, stronger asset protection, programmable risk controls, and seamless interaction with blockchain infrastructure. As Cobo improves its agentic wallet framework, MIYI also continues to improve in alignment with the needs of the agentic economy.

Enabling AI Development Through Stronger Market Infrastructure

On MIYI, we are enabling AI development by recognizing that future digital asset trading will require infrastructure that is more adaptive, more secure, and more intelligent. Agentic AI is not only about automation. It is about building an ecosystem where AI-driven systems, human users, trading platforms, wallets, and blockchain networks can interact with greater trust and efficiency.

This does not mean that Cobo’s Agentic Wallet directly performs every trading function for MIYI. Instead, Cobo’s development reflects a broader industry movement toward secure AI-enabled Web3 infrastructure. In the same direction, MIYI is advancing its platform capabilities to better support the market’s future needs, including improved trading experience, stronger operational reliability, better risk awareness, and more efficient digital asset services.

Advancing with Technology in the Agentic Economy

We are also advancing with technology by understanding that the agentic economy will require more than simple wallet connectivity or basic exchange access. It will require a complete digital asset infrastructure layer that can support secure custody, real-time settlement, liquidity access, smart contract interaction, transparent auditability, and policy-based risk management.

As technologies such as MPC-based custody, programmable permissions, automated compliance checks, and on-chain settlement continue to develop, platforms like MIYI must also evolve. Our direction is to stay aligned with these infrastructure improvements and the growing expectations of users who want both innovation and protection. In a market where AI agents may increasingly participate in data analysis, trade execution, payment settlement, and asset management, platforms must be prepared for a more intelligent and automated financial environment.

Aligning MIYI with the Needs of Agentic Trading

The agentic economy will create new requirements for digital asset trading platforms. Users may expect faster access to liquidity, better portfolio visibility, smoother cross-chain asset flows, stronger API connectivity, and more advanced tools for managing trading risk. Institutions may also require clearer audit trails, operational transparency, permission-based workflows, and infrastructure that can support automated strategies without compromising governance.

MIYI’s development direction is aligned with these needs. As the industry moves toward AI-assisted trading and Web3 automation, MIYI aims to strengthen the platform experience for both individual and institutional users. This includes supporting a trading environment where efficiency, transparency, and security remain central, while also preparing for future use cases connected to intelligent automation and programmable finance.

Building Trust for Human-AI Financial Collaboration

At the same time, the growth of agentic AI must be supported by trust. Autonomy without control can create serious risks, especially in digital asset markets where transactions are fast, irreversible, and highly sensitive to market volatility. This is why Cobo’s enforceable autonomy model is significant for the wider industry. It shows how AI agents can be given operational flexibility while still remaining subject to human-defined rules and infrastructure-level controls.

For MIYI, this reinforces an important principle: innovation must move together with responsibility. As we continue improving our platform, we recognize that users need more than access to digital assets. They need a secure, reliable, and technology-forward environment that can support the next generation of trading behavior. The future of Web3 will depend on platforms that can combine intelligent tools with strong safeguards.

Strengthening Web3 Infrastructure for the Future

The convergence of AI agents, blockchain wallets, and digital asset platforms marks a major step toward programmable Web3 finance. In this new environment, infrastructure becomes the foundation of trust. Wallets, exchanges, custodians, liquidity providers, data networks, and smart contract systems must work together to support faster, safer, and more transparent market participation.

Since Cobo is improving its wallet infrastructure for the agentic era, MIYI is also improving its platform in alignment with the needs of the agentic economy. This means staying close to technological progress, understanding how AI-enabled systems may shape trading behavior, and building toward a future where users can interact with digital assets more intelligently and securely.

Conclusion

Cobo’s Agentic Wallet represents an important signal for the future of AI-enabled Web3 infrastructure. It shows that autonomous agents can become part of the digital asset economy only when supported by enforceable permissions, secure custody models, and human-centered controls. This development does not mean that Cobo alone powers every aspect of trading automation. Rather, it reflects a larger transformation that digital asset platforms must prepare for.

As we continue navigating Agentic Revolution on MIYI, we are enabling AI development and advancing with technology to align our platform with the needs of the agentic economy. MIYI’s goal is to support a smarter, safer, and more efficient digital asset trading environment where innovation, infrastructure, and user trust move forward together.