Delaware, United States – QU3, a pioneering infrastructure company at the intersection of post-quantum cryptography, AI, and Web3, announces the launch of its developer toolkit and quantum-secure MCP (Model Context Protocol) servers — built to protect autonomous agents, confidential compute tasks, and cross-chain applications from emerging threats.

QU3 enables developers and builders to deploy quantum-safe MCP servers that support private inference, verifiable compute, and cryptographic result signing — all designed to secure data flows and model decisions without leaking sensitive metadata.

“AI agents rely on hundreds of vulnerable APIs. QU3 condenses them into a single, encrypted, and programmable interface secured for the post-quantum era,” said the team of QU3 AI.

Key highlights

  • CLI initialization overhaul: Simplified setup for developers integrating secure compute into existing infrastructure.

  • Cleaner codebase & refactored services: Improved modularity for enterprise-grade deployments and open-source contributions.

  • Bug fixes based on community feedback: Issues reported via GitHub and Telegram have been resolved, especially around key generation and MCP client setup.

  • Auth service integration: Personal access tokens now supported to enable secure multi-user workflows.

  • Improved documentation: Setup guides, architecture diagrams, and integration flows now available for faster onboarding.

Token utility and DAO governance

Developers will be able to use the QU3 token to create and maintain MCP servers and access additional features that help keep data and wallets quantum-proof. The platform is designed with privacy, security, and verifiability at its core.

In a move to align long-term incentives with the community, the team has announced that 100% of platform fees will go into a public treasury, fully governed by QU3 token holders through a DAO. This ensures continuous transparency and decentralized control over key decisions, upgrades, and incentive structures.

Developer utilities

  • Launch a mock quantum-secure MCP server in seconds.

  • Run private inference inside trusted enclave environments.

  • Sign and verify outputs across multiple chains.

  • Use QU3 for access, execution, and DAO voting rights.

QU3’s GitHub repository is live and being actively used by early developers, with a growing ecosystem of contributors, tooling, and tutorials being added weekly.

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