Deterministic Authority for an Agentic World
CoreSyncOS is the world's first hardware-rooted operating system designed to enforce fiduciary and safety protocols at the silicon level.
Governance must occur faster than machine reaction. Our Silicon-Level Enforcement Gate (S-LEG) ensures AI intent is validated before physical execution.
Stochastic reasoning, intent generation, high-level planning
Robotics, autonomous vehicles, medical devices, industrial systems
From Software Recommendations to Silicon Enforcement
We move AI governance from probabilistic software layers—prone to hallucinations and bypass—to deterministic hardware gates with cryptographic certainty.
The Logic Spine
01CausalCodex Protocol
Abstracts organizational logic, fiduciary governance, and causal reasoning into a non-stochastic framework that operates independently of LLM inference.
Core Capabilities
The Structural Drivetrain
02Silicon-Level Enforcement Gate (S-LEG)
Physical integration with PCIe, CAN bus, and Ethernet paths to prevent "Inference Escape"—ensuring AI intent is validated before any physical execution.
Hardware Integration
The $100 Trillion Autonomous Economy Requires a New Standard
From autonomous vehicles to surgical robotics, from grid management to financial systems—the agentic economy cannot scale on software recommendations alone. CoreSyncOS establishes the foundational "Inference Tax" infrastructure that enables safe, auditable, and insurable AI operation at scale.
Where High-Certainty Matters Most
CoreSyncOS is purpose-built for industries where AI governance failures are measured in lives, not just dollars. We inherit the inertia of existing safety standards while introducing silicon-level enforcement.
Life Sciences & Clinical Research
Hardware-notarized CausalVouchers create immutable audit trails for clinical decisions. Accelerating Phase III timelines by 30% through deterministic safety protocols that satisfy FDA validation requirements.
Critical Infrastructure & Energy
Protecting the autonomous energy economy with timing-invariant hardware interrupts. Agentic intent never violates physical safety parameters—guaranteed at the chip level, not software layer.
Industrial Mobility
A universal standard for autonomous agents—from surgical robotics to heavy transit. Enforcing liability-shielded operation through silicon-level S-LEG gates that insurers and regulators can trust.
Quantify Your Governance Value
The "Inference Tax" is the cost of operating AI without hardware-rooted governance—measured in failures, liability, and forgone efficiency. Calculate what CoreSyncOS protects.
Configure Your Operations
Annual value protected from AI governance failures through hardware-rooted enforcement
Insurance premium and legal cost savings from auditable, insurable AI operations
Combined value from governance protection, liability reduction, and operational efficiency
Validation: Early Adopter Results
Pilot deployments across high-certainty industries demonstrate the value of hardware-rooted governance
Failure Rate Reduction
T_verify Latency
Audit Compliance
Vertical Pilots Active
Phase III Clinical Trial
Global Pharma, Multi-Site Study
Challenge
Protocol deviations causing FDA audit findings. AI-assisted site selection needed deterministic governance to satisfy 21 CFR Part 11 requirements.
Solution
S-LEG hardware gates enforce protocol constraints at silicon level. CausalVouchers create immutable audit trails for every AI-assisted decision.
Outcome
- •Zero protocol deviations in 6-month pilot
- •30% timeline acceleration through confident automation
- •100% audit trail compliance with hardware notarization
Regional Grid Operator
NERC-Regulated Utility, Multi-State
Challenge
AI-assisted load balancing needed to integrate renewable sources but software-based safety checks created latency that risked cascading failures.
Solution
S-LEG timing-invariant hardware interrupts ensure T_verify < T_execute at 0.3ms. Physical safety gates prevent AI recommendations from violating grid parameters.
Outcome
- •40x failure rate reduction vs software-only governance
- •Sub-millisecond safety validation verified at scale
- •NERC CIP compliance through hardware-level audit
"First AI governance system our NERC auditors could validate at the hardware level."
Autonomous Logistics Fleet
Heavy Transit, 50+ AGVs
Challenge
Insurance carriers refused to underwrite autonomous operations without deterministic safety guarantees. Software-based AI governance deemed uninsurable.
Solution
S-LEG integrates with CAN bus to enforce safety at silicon level. Hardware-notarized decision logs provide liability attribution insurers require.
Outcome
- •Insurable operations achieved with hardware governance
- •ISO 26262 ASIL-D functional safety compliance
- •Real-time liability attribution for every autonomous decision
Ready to explore hardware-rooted AI governance for your industry?
Frequently Asked Questions
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