AI Governance Platform — Solutions Data Sheet

As the EU AI Act reaches full enforcement and agentic AI systems proliferate across enterprise environments, a structural governance gap is emerging — one that above-OS monitoring tools cannot close. The Vir2us AI Governance Platform delivers the only kernel-level architecture that makes AI agent governance, audit trail generation, and compliance enforcement mathematically provable, not probabilistic.

The Three Governance Gaps No Monitoring Tool Solves

The Audit Trail Gap

Most enterprises have a policy document. Almost none have a working audit trail. Regulators fine organizations when they cannot prove controls ran — not for missing policies. Application logs can be bypassed; kernel telemetry cannot.

The Containment Gap

58–59% of enterprises monitor AI agents. Only 37–40% have real containment — purpose binding and kill-switch capability. Monitoring tells you what happened. Structural containment prevents it.

The Shadow AI Gap

65% of AI tools in enterprises operate without IT oversight. Above-OS tools discover unauthorized agents after deployment. A kernel-level default-deny architecture stops them from executing in the first place.

Solution Architecture — Two Layers, One Governance Stack

Output

EU AI Act Evidence Pkg

NIST RMF Audit Report

ISO 42001 Records

Board Intelligence Briefing

↑ Compliance reporting generated autonomously from kernel telemetry ↑

CISO-AI

Autonomous Compliance Mapping

Tamper-Evident Audit Trail

Regulatory Report Generation

Real-Time Risk Scoring

↑ Consumes VMunity-AI kernel telemetry stream · Below-OS source ↑

VMunity-AI

COS Policy Matrix

AI Agent Session Mediation (KASM)

Default-Deny Execution

<50ms Kill Switch

↑ Vienna controller enforces COS table at kernel boundary — before execution ↑

Kernel

CCE/UCE Isolation · US 8,775,369 et seq.

Below-OS Enforcement

FIPS 140-2

<1% CPU · Invisible to all above-OS processes

Core Governance Capabilities

Structural Agent Permission Enforcement

VMunity-AI's Class-of-Service (COS) matrix governs every AI agent tool call, file access, network connection, and OS call at the kernel boundary. Unlisted operations cannot execute — not detected, but structurally blocked. Addresses OWASP Agentic Top 10 Tool Misuse at root.

Tamper-Evident Kernel Audit Trail

CISO-AI generates a continuous, cryptographically-verified audit record from below-OS telemetry — impossible to falsify without physical hardware access. Every AI agent action, permission decision, and containment event logged with HSM timestamps. Inspector-ready formatting for EU AI Act, NIST RMF, and ISO 42001.

Human Oversight at Machine Speed

EU AI Act Article 14 requires human oversight mechanisms capable of real-time intervention. VMunity-AI's kernel-level kill switch provides <50ms agent containment — pre-authorized structural containment that operates before any lateral movement, with no human latency in the enforcement loop.

Autonomous Compliance Orchestration

CISO-AI simultaneously maps enterprise AI posture against all applicable frameworks in real time — EU AI Act, NIST AI RMF, ISO 42001, NIST CSF 2.0, and sector-specific regulations. One kernel telemetry stream. All frameworks. Continuous. Autonomous. No analyst required.

Eight Governance Domains — Structural Coverage

Agent Permission Enforcement

COS matrix enforces purpose binding at kernel boundary. OWASP Tool Misuse (A-1) addressed structurally.
VMunity COSKASMEU Art. 9

Continuous Audit Trail

Kernel-sourced, HSM-timestamped, tamper-evident. Formatted to EU AI Act, NIST RMF, and ISO 42001 standards.
CISO-AI TrailEU Art. 12

Human Oversight & Kill Switch

<50ms kernel-level agent containment. Pre-authorized structural control — no human latency in the enforcement loop.
<50ms ContainEU Art. 14

Shadow AI Prevention

Default-deny COS means unknown agent frameworks cannot execute — shadow AI prevented, not discovered after deployment.
Default-DenyISO 42001 §6

AI Decision Explainability

Complete decision chain captured: agent identity, COS state, policy triggered, action, outcome. No black-box events.
Decision ChainEU Art. 13

Multi-Framework Compliance

One telemetry stream mapped against all applicable frameworks simultaneously — EU AI Act, NIST RMF, ISO 42001, CSF 2.0.
CISO-AI EngineAll Frameworks

Lateral Movement Containment

CCE/UCE process isolation bounds blast radius structurally. Compromised agent cannot propagate to other sessions or host.
CCE/UCE IsoltnNIS2 / NIST

Board-Level AI Governance

Daily AI governance intelligence briefings. Quantitative risk scores from live kernel data. SEC 2026 examination priorities met.
AI BriefingsSEC 2026

Structural Governance vs. Above-OS Monitoring Tools

Governance Requirement	✗ Above-OS Monitoring Tools	✓ Vir2us AI Governance Platform
Audit Trail Integrity	Application logs — bypassable by compromised agent; absent during attack chains	Kernel telemetry — generated below any compromise; cryptographically verified
Agent Permission Enforcement	Policy declaration — agent can attempt unauthorized ops; tool detects or logs the attempt	Structural enforcement — COS table consulted before execution; unauthorized ops cannot occur
Prompt Injection Defense	Input filtering — novel injection chains bypass filters; effectiveness declining	Execution boundary — injected instructions that attempt unauthorized ops fail at COS boundary
EU AI Act Conformity Evidence	Screenshots and declarations — regulators explicitly state no longer sufficient	Continuous operational evidence — kernel telemetry proves controls ran at any point in time
Security Guarantee	Probabilistic — reduces likelihood of breach; best-effort detection	Mathematically provable — structural enforcement provides deterministic guarantees

Framework Coverage Summary

Framework	Deadline / Status	VMunity-AI	CISO-AI	Key Requirement Addressed
EU AI Act High-Risk AI Systems	Aug 2, 2026 €35M / 7% turnover	✓ COS enforcement, kill switch	✓ Audit trail, conformity evidence	Art. 9 risk management · Art. 12 logging · Art. 14 human oversight · Art. 13 transparency
NIST AI RMF Govern · Map · Measure · Manage	Active Now Federal contract gate	✓ Runtime risk enforcement	✓ GOVERN accountability, reporting	GOVERN 6.1 accountability · COS = risk tolerance enforcement · Continuous monitoring
ISO/IEC 42001 AI Management System	Certifiable Board trust signal	✓ Lifecycle enforcement	✓ §9 audit evidence, gap detection	Lifecycle oversight spawn-to-termination · Automated audit evidence · Continual improvement
OWASP Agentic Top 10 2026 release	Active Now Security baseline	✓ COS blocks A-1 Tool Misuse	✓ Anomaly detection, reporting	A-1 Tool Misuse · A-3 Prompt Injection — addressed structurally, not through detection

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25-Year IP Foundation — Patent Protection Through 2046

The Vir2us AI Governance Platform is built on 12 granted U.S. patents covering the foundational CCE/UCE kernel-level architecture, plus 11 new provisional applications filed Q1 2026 specifically extending the architecture to AI-era governance requirements. No commercially available alternative provides kernel-level isolated computing with CCE/UCE enforcement, Vienna session management, and AI agent COS governance. Sole-source justification available on request.

Core: US 8,775,369 · 7,392,541 · 7,788,699 · 6,880,110 + 8 additional granted | Governance: CISOA 64/012,692 · KASM 64/002,004 · Vienna 64/012,477 · N-Dim COS 64/006,802 · RoboTech-AI 64/013,182 · Citadel 64/013,180

Vir2us is unique, game-changing technology for cybersecurity in the U.S. Federal Government. — Michael Jacobs, Former Director of Information Security, National Security Agency · Presidential Award Recipient

Two Products · One Governance Stack — What Each Layer Does

VMunity-AI

The Enforcement Layer

Powered by Vienna — the kernel-level isolated computing controller. VMunity-AI enforces what AI agents are permitted to do before they do it, through a Class-of-Service policy matrix consulted at the kernel boundary for every operation.

▸COS policy matrix — per-agent, per-operation
▸KASM — kernel AI agent session mediation
▸Default-deny for unknown agents and frameworks
▸<50ms kill switch · session isolation · session destruction
▸Kernel telemetry stream — feeds CISO-AI continuously

CISO-AI

The Intelligence Layer

Consumes VMunity-AI's kernel telemetry and converts it into operational governance intelligence — continuous compliance monitoring, tamper-evident audit evidence, autonomous gap detection, and board-ready AI risk reporting.

▸Autonomous multi-framework compliance mapping
▸On-demand EU AI Act conformity evidence packages
▸Tamper-evident audit trail — kernel-sourced, HSM-timestamped
▸Autonomous remediation dispatch — gap to fix, no analyst
▸Daily board AI governance briefings — quantitative, live data

TOGETHER → VMunity-AI enforces governance at the kernel before execution. CISO-AI converts that enforcement into continuous compliance evidence, autonomous reporting, and board-level intelligence — the complete AI governance stack from a single platform, one administrator, 4-hour deployment.

How It Works — End-to-End Governance Flow

Deploy

VMunity-AI kernel agent installed in 4 hours. Zero downtime. CISO-AI connected to telemetry stream. Board reports available same day.

Define Policy

COS matrix configured per AI agent identity. Authorized operations explicitly listed per agent type. All others default-deny at kernel boundary.

Enforce

Vienna mediates every operation before execution. Unauthorized ops fail structurally. Every action — permitted or denied — streamed to audit trail.

Monitor

CISO-AI maps posture against all frameworks in real time. Gaps detected autonomously. Risk scores updated continuously, not quarterly.

Remediate

CISO-AI dispatches remediation tasks autonomously. Kernel reconstruction in 3–8 min if needed. No analyst queue. No dwell time.

Report

EU AI Act conformity packages, NIST RMF audit reports, board briefings — generated on demand from tamper-evident kernel telemetry.

Vienna COS Policy Matrix — AI Agent Governance Enforcement

Process Class	Shell Cmds	File I/O	OS Calls	Network	IPC	AI Tools	Persist
COS 1–3 · Known Good (System)	✓	✓	✓	✓	✓	—	✓
COS 4–6 · User Application	✓	✓	✓	✓	—	—	—
COS 7–8 · Unknown / Unclassified	—	—	—	—	—	—	—
AI Agent COS · KASM-Mediated (per-agent policy)	✓*	✓*	✓*	✓*	—	✓	—
Shadow AI / Unauthorized Frameworks	—	—	—	—	—	—	—

✓ = Permitted per COS policy  ·  — = Default-deny (operation blocked before execution)  ·  * = Scoped to explicit allow list per AI agent identity  ·  AI Agent COS governed by KASM (Patent A1: 64/002,004 series)  ·  Shadow AI receives unknown COS automatically — cannot execute regardless of installation method

The governance principle that distinguishes Vir2us: Every other AI governance platform asks "did the agent do something it shouldn't have?" — and tries to detect or log the answer. VMunity-AI + CISO-AI asks the question before execution: "is this operation in the COS allow table?" If not, it cannot happen. The EU AI Act, NIST AI RMF, and ISO 42001 all require controls that run in production — kernel enforcement is the only architecture that proves they did.