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Grok3 Ranks BWRCI's Quantum-Secured AI Fail-Safe Protocol Among Most Novel AI Safety Systems

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Max Davis — pen name MAXBRUCE — is inventor of Consumer Earned Tokenized Equities (CETEs), founder of DigiPie International PBC, and author of "Inclusionism: Finally! A Blueprint for the Bold Transformation of Capitalism". The Quantum-Secured AI Fail-Safe Protocol (QSAFP) represents his most recent work as a founding architect of the Cyberg movement — a new class of techno-humanists shaping Earth's AI future.

CHICAGO - TelAve -- Rated 8/10 in technical novelty by independent AI system Grok3, the Quantum-Secured AI Fail-Safe Protocol (QSAFP) is being recognized as a first-of-its-kind, multi-layered solution for provable AI shutdown. By integrating quantum-generated keys, biometric quorum validation, and expiration-bound watermarking, QSAFP delivers a breakthrough in enforceable AI governance—aligning with emerging global regulatory standards and redefining what's possible in the age of autonomous systems.

"We've reached the point where trust-based AI shutdowns are no longer sufficient," said Max Davis, inventor of the protocol and Director of BWRCI, an international self-regulatory organization (SRO).

"What QSAFP delivers is a zero-trust, mathematically enforced expiration layer. It ensures AI systems can't modify their own kill switches or bypass expiration timelines. We believe this technology will quickly become essential to the future of AI governance."

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A Call to Build, Not Fear

"I'm tired of watching fear chill innovation," added Davis (aka author MAXBRUCE D).

"This protocol ensures AI won't go rogue on humanity's watch—so let's build. Let's innovate with confidence, knowing that fail-safes like QSAFP exist to keep us protected."

Provable Safety for a Post-Trust AI Era

QSAFP applies quantum-generated keys and human-verified, time-bound contracts that AI systems cannot override. The result is a fail-safe mechanism immune to self-modification, unauthorized runtime extensions, or tampering—closing a major gap in current AI governance architecture.

Now officially patent pending, with a PCT filing in progress, QSAFP marks a bold step from theoretical policy to technical enforcement—giving regulators, labs, and developers a viable way to guarantee AI expiration and runtime control.

Engagements with Quantum Security Firms Underway

BWRCI is actively engaging with quantum security companies to co-develop the protocol's hardware enforcement layer.

"We're now seeking quantum security partners to help scale enforcement globally," said Davis.
"We welcome conversations with leading firms like ID Quantique, Qubitekk, Quantinuum, and others operating at the cryptography-infrastructure frontier."

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BWRCI notes that any selected hardware partner must align with international safety frameworks and non-proprietary integrity. Discussions are ongoing.

Licensing & Policy Adoption

BWRCI has extended invitations to AI safety organizations, governments, and technical coalitions to explore:
  • Blanket licensing
  • Regulatory compliance adoption
  • Public-private implementation frameworks

"The protocol is designed to serve the industry, not dominate it," a BWRCI spokesperson emphasized.
"Its structure respects sovereignty, innovation, and layered control—making it ideal for coalitions, regulators, and mission-aligned enterprises."

About BWRCI
Better World Regulatory Coalition Inc. is an international not-for-profit self-regulatory organization (SRO) that develops inclusive, secure frameworks for autonomous economies and frontier technologies. Current mandates include the Quantum-Secured AI Fail-Safe Protocol (QSAFP) and the People's Autonomous Economy (PAE). https://bwrci.org

Contact
Max Davis
***@bwrci.org


Source: BWRCI
Filed Under: Technology
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