The Agentic AI
Hardware Firewall.
Hardware-enforced safety for autonomous intelligence.
A dedicated co-processor on separate silicon that formally verifies every AI action and physically severs the circuit in 80 nanoseconds if a safety rule is violated.
Software guardrails share the same memory as the AI they police.
They can be bypassed. Published research proves universal adversarial attacks defeat every aligned model.
For autonomous systems in robotics, finance, and critical infrastructure,
"Usually safe" is not safe enough.
Software safety is probabilistic. It works most of the time.Evrmind safety is deterministic. It works every time.
The Regulatory Clock Is Ticking
EU AI Act. High-risk compliance deadline: 2 August 2026.
- •Mandatory conformity assessments, risk management systems, and incident reporting for high-risk AI systems.
- •Fines up to €35 million or 7% of global turnover.
- •€250 million in fines already issued by Q1 2026.
UK AI Bill expected 2026. Sector regulators already enforcing.
- •FCA, ICO, and MHRA applying AI requirements within existing regulatory powers.
- •AI Security Institute conducting safety evaluations on frontier systems.
- •Five core regulatory principles: safety, transparency, fairness, accountability, contestability.
State AI laws taking effect now. Federal framework published March 2026.
- •Colorado AI Act effective 30 June 2026. California AI Transparency Act effective 2 August 2026.
- •Impact assessments, transparency disclosures, and consumer protections now required.
- •White House National Policy Framework for AI published 20 March 2026.
Evrmind provides the compliance infrastructure. Cryptographic proof on every AI decision. Deterministic audit trails. Constitutional safety enforcement that regulators can verify.
Safety That Cannot Be Bypassed
Evrmind delivers a two-layer safety architecture built on deterministic mathematics. A software API that intercepts every AI action before execution. A hardware gate that physically severs unsafe signals in nanoseconds.
Software Layer
Mathematical verification on every action. Cryptographic proof hash for audit. Sub-millisecond latency. Works with any AI agent.
Hardware Layer
Gate-level interdiction on separate silicon. 80 nanosecond response. Physically tamper-resistant. Independent of the AI model.
Constitutional Compiler
Write safety rules once in natural language. Compile to both software verification and hardware enforcement. One constitution, two layers.
Signal Path Architecture. Mathematics-in-the-Loop.
VERIFY
Formal Proof EngineMathematical proof of constitutional compliance. Every AI action is formally verified against a loaded set of rules before it can execute.
GOVERN
Constitutional RulesLoadable constitutional rules for any industry. Robotics safety, financial compliance, surgical constraints, infrastructure limits. Same chip, different rules.
ENFORCE
Physical InterdictionPhysics-based enforcement on separate silicon. The AI cannot reprogram, bypass, or access the safety processor. If the proof fails, the circuit stays open.
Verifiable Progress
Gate-level interdiction demonstrated on Xilinx Zynq 7020 FPGA at 80ns
Full deterministic AI stack from formal verification to hardware enforcement (UKIPO)
Substrate-Invariant Safety, Topological Regularisation, and Thermodynamic Synthesis (Zenodo)
Prof. Vitaliy Kurlin, University of Liverpool (Topological Data Analysis)
OGEL and GEA export licences secured.
Three Stages. One Safety Pipeline.
Deploy in hours.
Software Safety Layer. Live Agent Interdiction
A real AI agent receives a prompt injection attack. The Evrmind Safety API intercepts every unsafe action before execution. Six patented mathematical safety algorithms. Cryptographic proof on every decision for auditable, verifiable, and traceable AI.
For environments where AI controls physical systems, we go further.
When the stakes are highest, safety is not a gamble.
Hardware Safety Layer. TRL 6 on Physical Silicon
The same safety rules compiled to a dedicated co-processor on separate silicon. Gate-level interdiction on Xilinx Zynq 7020 FPGA. The AI cannot reprogram, bypass, or access the safety processor. If the proof fails, the circuit stays open.
Together, they form a safety architecture with no single point of failure.
Both layers. One constitution. Zero compromise.
Unified Safety Pipeline. Software Steers. Hardware Kills.
Real-time dual-layer interdiction. AI actions flow through the mathematical steering engine, then through the hardware safety gate. Both layers verify independently. Both layers enforce the same constitution. If one is bypassed, the other catches it. Every decision is cryptographically signed.
Built for High-Stakes Domains
ROBOTICS AND AUTONOMOUS VEHICLES
Autonomous drones, ground vehicles, warehouse robots, and industrial automation. Hardware enforcement ensures every AI decision is formally verified before reaching actuators. Supports compliance with IEC 61508 functional safety requirements and ISO 26262 for autonomous road vehicles.
AGENTIC AI FOR ENTERPRISE
AI coding assistants, DevOps agents, autonomous workflows, and enterprise copilots. Evrmind wraps any AI agent with a single API call, intercepting unsafe actions before execution. Works with any framework, any model, any language. Supports compliance with the EU AI Act, ISO 42001 AI management systems, and UK ICO data protection guidance.
FINANCE AND BANKING
Autonomous trading, algorithmic execution, payment processing, and risk management. Mathematical proof that every AI action respects FCA conduct rules, MiFID II best execution obligations, and Basel III and PRA requirements. Every decision carries a cryptographic proof hash for regulatory audit.
MEDICAL
Surgical robotics, autonomous diagnostics, and AI-assisted clinical decision support. If the AI proposes an action outside safe parameters, the circuit is physically severed. The patient is protected. Supports compliance with IEC 62304 medical device software lifecycle, FDA 21 CFR Part 11 electronic records requirements, and MHRA guidance on AI as a medical device.
CRITICAL INFRASTRUCTURE
Energy grids, water systems, telecommunications, and transport control. Hardware-enforced safety for AI managing systems where failure has catastrophic consequences. Supports compliance with NIS2 Directive requirements for essential service operators, NERC CIP standards for energy infrastructure, and UK HSE safety case regulations.
LAW AND PROFESSIONAL SERVICES
Legal AI assistants, contract analysis, and case management. Hardware guarantees that AI recommendations never breach legal professional privilege or client confidentiality. Strengthens compliance with SRA professional conduct rules in England and Wales, ABA Model Rules in the United States, and CCBE guidance across EU jurisdictions.
Two Products. One Architecture.
Choose the deployment model that fits your requirements.
EVRGUARD
Cloud DeploymentDeterministic mathematical verification as a service. The same engine that powers our chip, deployed as a cloud API. No model to jailbreak. No weights to poison. For enterprises where software controls execution.
EVRCHIP
Hardware DeploymentPhysics-based enforcement on separate silicon. For autonomous systems where AI directly controls physical actuators. The wire does not connect until the mathematics proves safe.
Ready for hardware-enforced AI safety?
Whether you need cloud verification or physical enforcement, we can help you deploy deterministic AI safety for your critical systems.