# Q402

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As AI Agents (Artificial Intelligence Agents) increasingly dominate on-chain economies, asset security faces unprecedented challenges. How can we empower AI agents to make payments without exposing the treasury to unlimited authorization risks?
The Q402 protocol developed by QuackAI provides an answer: Policy-Aware Execution. Under the Q402 framework, "signatures" are no longer one-time authorizations but a dynamic process governed by policy constraints. Developers can set extremely detailed "boundaries" for asset flows, such as transaction frequency limits, whitelisted specific contracts, or
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The highest realm of technology is disappearance. When we use electricity, we don’t care about the generators in the power plant; likewise, when we interact with Web3, we shouldn’t be bothered by tedious signature confirmations and governance processes. QuackAI’s Q402 protocol is dedicated to making this ideal of “invisible governance” a reality. As the first unified layer for payment signature execution and governance, Q402 quietly handles all the complex logic regarding policy verification, permission checks, and automatic execution at the underlying level. For users, this means a brand-new
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As the proportion of AI agents operating on-chain increases rapidly, the Web3 ecosystem faces significant challenges in standardizing infrastructure. Autonomous agents require an execution framework capable of understanding complex strategies, ensuring compliance, and enabling seamless payments. QuackAI has a deep insight into this trend and has developed the first unified payment signing, execution, and governance layer through the Q402 protocol. The emergence of this layer addresses the long-standing fragmentation issues in Web3 governance execution, providing a stable and reliable neural co
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