Quack AI has entered into a strategic partnership with Zypher Network to extend Q402 to a verifiable, minimal trust AI agent execution and governance environment. The partnership combines Quack AI’s signature-based execution engine with Zypher’s cryptographic proof infrastructure and aims to strengthen the principles of trust, security, and accountability in the new agent economy.
Quack AI × @Zypher_Network
We look forward to working with Zypher as Q402 expands into a verifiable, minimal trust AI and agent execution environment.
Built around cryptographic proofs and verifiable AI workflows, Zypher focuses on proving the integrity of agent reasoning and computation… pic.twitter.com/wEZAH9M2la
— QuackAI (@QuackAI_AI) January 28, 2026
As the proportion of autonomous actions occurring on-chain increases, the integrity of agent reasoning and computations, as well as the need to validate results, proves to be a critical issue. This partnership enables Q402 and Zypher Network to become complementary layers in tackling this challenge at both the execution and verification levels.
Q402 and agent execution layer
Q402 is an implementation and governance layer for Quack AI focused on the agent economy. Significantly designed with signature-based authorization, Q402 makes on-chain actions authorization-friendly, policy-aware, and verifiable by default. This system aims to minimize friction between developers and users and ensure a high level of control and accountability.
Q402 represents complex authorization processes as a single signature-to-payment model, allowing AI agents to work with on-chain systems to emulate real-world delegation and authorization. This model allows every action an agent takes to be traced back to explicit authorization, making it a more powerful autonomous execution system.
Zypher Network’s role in verifiable AI
Zypher Network is interested in cryptographic proofs and verifiable AI processes, particularly in proving the integrity of agent thinking and computing. Zypher has mechanisms to demonstrate that agents are making decisions based on established rules and inputs, including real-time prompt validation and crowd-sourced agent audits.
These features address one of the key challenges for AI systems: trust. As opposed to using opaque models or off-chain guarantees, Zypher supports on-chain or cryptographically verifiable evidence that agents acted according to their intended plans. This makes it a good complement to Q402’s execution model, which forces decision execution after approval.
Proof satisfies authorized execution
Quack AI and Zypher Network work together to develop a single pipeline that allows agent decisions to be easily verified and implemented. Zypher verifies the authenticity of agents in order to trust their selections, while Q402 regulates the performance of on-chain selections. This separation of concerns allows each layer to be specialized, making the agent architecture more secure and modular.
Hybrid solutions pave the way to a future where AI agents operate more autonomously without compromising transparency or safety. The combination of cryptographic proof systems and authorized execution takes collaboration beyond unchecked trust in verifiable guarantees.
Strengthening the agent economy
This matchup comes amid growing interest in autonomous agents in the context of decentralized finance, in-game economies, social networks, and automation within enterprises. As agents’ responsibility and control over assets and workflows increases, they need to be able to approve and audit this activity.
Backed by mainstream investors and ecosystem partners such as Animoca Brands, Skyland Ventures, and Kenetic Capital, Quack AI and Zypher Network are at the center of this changing infrastructure stack.
For the future
Quack AI also declares that updates will be made in the future as the system advances and Q402 grows. As the agent economy continues to grow, such partnerships will likely shape the standard for managing, validating, and implementing autonomous systems in Web3.
