QSAFP Coalition Seeks Chip Partner to Embed AI Safety Protocols Directly in Silicon
TL;DR
BWRCI's QSAFP protocol offers first-mover advantage by establishing the global safety standard for AI chips, creating new revenue streams from governance SLAs and validator marketplaces.
QSAFP embeds dual-layer sovereignty at the silicon root using quantum-secured fail-safe protocols and human validator networks to override rogue AI outputs in under one millisecond.
This protocol ensures AI prosperity flows fairly to all by enabling community participation in governance and redirecting youth screen time into verified public-good income streams.
Thirteen-year-olds can audit biased drones for micropayouts while community gardens outpace ad farms through BWRCI's quantum-secured AI safety system with human override capabilities.
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The Quantum-Secured AI Fail-Safe Protocol (QSAFP) coalition is seeking its first chip manufacturing partner to embed ethical AI governance directly into silicon hardware, addressing what the organization calls an urgent need for human oversight in AI systems making trillions of daily decisions. With AI inference fueling a $92 billion chip market and only 20% of systems having governance baked in according to McKinsey research, the coalition argues humanity cannot wait for regulation to catch up with rapidly advancing AI capabilities.
The QSAFP protocol, coupled with its QVN (Validators Network) inference hooks, aims to enforce dual-layer sovereignty at the silicon root level. The system would mandate node lease expirations and real-time inference quorums, empowering what the coalition describes as a million-strong human validator swarm capable of overriding rogue AI outputs in less than one millisecond. This approach represents what the organization calls humanity's eternal kill switch, etched tamper-proof into the hardware itself.
The proposed system would create what the coalition terms a shared-prosperity flywheel, where validators including individuals and civic organizations earn compensation for real-time reviews, escalation votes, and dispute resolution. Municipalities could fund safety tasks for traffic, health, and utilities using validator budgets, while small businesses could tap the QVN network for affordable, compliant AI services. Regional quorum rules would prevent high-capacity clusters from drowning out new participants, ensuring prosperity loops recirculate rather than concentrate wealth.
The coalition is specifically seeking chip and intellectual property partners to co-specify the lease engine, quorum controller, and EKL (ephemeral key lease) lanes, with plans to align with one core chip coalition partner for the first generation of safety silicon. Compiler and runtime pioneers are also needed to integrate lease and quorum primitives at the kernel level, making safety-by-default a runtime feature rather than an afterthought. Additional opportunities exist for OEMs, cloud providers, node operators, and civic education partners to participate in the ecosystem.
The organization claims its approach offers 30% faster anomaly resolution through deterministic safety hooks and asynchronous validator calls, along with demand-side revenue from validator tasks and compliance-grade inference. As proof of concept, the coalition points to its open-core repository at https://github.com/QSAFP-Core/qsafp-open-core which includes browser-ready simulations demonstrating the system's capabilities. The urgency of addressing AI safety is underscored by the coalition's reference to a LinkedIn article at https://www.linkedin.com/pulse/2025-ai-manifesto-clear-thinking-best-path-forward-maxbruce-d-sbklc/ where three advanced AI systems unanimously rated preventing AI from going rogue as a 10 out of 10 priority that should be addressed sooner rather than later.
Curated from 24-7 Press Release
