BWRCI Launches Open-Source QSAFP on GitHub to Secure AI Future

The Better World Regulatory Coalition Inc. (BWRCI) has taken a significant step towards ensuring the safety of advanced AI systems with the launch of the Quantum-Secured AI Fail-Safe Protocol (QSAFP) open-source repository on GitHub. This initiative, available at https://github.com/QSAFP-Core/qsafp-open-core, represents a critical advancement in the global effort to establish provable AI safety mechanisms.

QSAFP introduces a fail-safe operating framework designed to enforce runtime expiration, command authorization limits, and quantum-sealed checkpoints, thereby making irreversible misuse of AI structurally impossible. According to Max Davis, founder of BWRCI and principal co-author, QSAFP acts as a 'seatbelt for AGI,' emphasizing the protocol's role in safeguarding humanity without hindering technological progress.

The open-core launch on GitHub invites developers, researchers, and security architects to contribute to the public layers of QSAFP, including protocol specifications for quantum-boundary enforcement, SDK tools for integration testing, and API documentation. The repository delineates areas open for public contribution from those reserved for invited partners, particularly in high-security domains.

BWRCI is extending an invitation to founding implementation partners, including major industry players and national security bodies, to collaborate on commercial SDK integrations, runtime oversight for frontier models, and the development of quantum-secured fail-safe chipsets. This collaborative approach underscores BWRCI's commitment to aligning with both industry leaders and national security frameworks to secure AI's future.

Grounded in years of cross-domain research and development, QSAFP is poised to become a universal standard for AI safety, compatible with both open and closed systems. Its lightweight, provable design aims to complement existing AI governance efforts worldwide, marking a pivotal moment in the quest for secure and responsible AI development.