For Safety provides physics‑based defensive technologies that embed immutable safety shields into hardware and software to protect against quantum‑grade AI, autonomous robotics, and AGI/ASI threats. The platform combines quantum‑resistant encryption, AI‑driven risk modeling, and real‑time safety protocols, integrating with existing SIEM and OT systems for continuous monitoring and compliance.
Funding
Funding not disclosed
Founders
Product
Problem
Advanced AI systems, autonomous robotics, and emerging quantum‑grade threats expose governments, critical infrastructure, and large enterprises to existential security risks that conventional cyber‑defense tools cannot mitigate. Rapid technological acceleration also creates systemic dependencies and data‑integrity vulnerabilities that can destabilize economies and public safety. Existing risk‑assessment frameworks lack the physics‑grounded guarantees needed to protect against these high‑impact scenarios.
Solution
For Safety delivers a suite of physics‑based defensive technologies that enforce immutable safety guarantees against quantum‑grade AI, autonomous robotic platforms, and AGI/ASI threats. The core offering combines proactive risk‑assessment models, quantum‑resistant encryption, and engineered safety shields derived from first‑principles physical constraints. By embedding these shields into hardware and software stacks, the solution limits adversarial capabilities without relying on vulnerable software patches. Continuous monitoring and adaptive resilience strategies enable clients to anticipate emerging hazards and maintain operational continuity. All data and analytics are processed through a secure, end‑to‑end encrypted cloud pipeline that integrates with existing security information and event management (SIEM) systems.
Target Audience
Primary customers are national security agencies, critical infrastructure operators (energy, transportation, communications), and large enterprises that manage high‑value data and autonomous systems.
Features
- Physics‑derived safety shields that enforce thermodynamic and information‑theoretic limits, rendering quantum‑grade attacks computationally infeasible
- Quantum‑resistant cryptographic modules (lattice‑based, hash‑based) for data at rest and in transit, compliant with NIST post‑quantum standards
- AI‑driven risk‑modeling engine that simulates AGI/ASI behavior scenarios and quantifies systemic impact on critical assets
- Autonomous robotics safety protocol stack, including real‑time motion‑constraint verification and fail‑safe actuation controls
- Socio‑economic stability analytics that model technology‑driven market shocks and recommend policy‑level mitigation measures
- Seamless integration APIs (REST, gRPC) and FHIR‑compatible endpoints for incorporation into existing SIEM, SOC, and OT monitoring platforms
- Managed support portal offering continuous shield updates, compliance audits, and incident response consulting