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THE FRAMEWORK
AI agents are dynamic systems. Govern them like it.

Traditional IT governance doesn’t work for AI. Static policies can’t handle systems that learn, adapt, and take autonomous action.

Zentinelle applies control theory to AI governance:

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        CONTROL LOOP
     (Zentinelle GRC)

Observability — See every input, output, decision, and data access. You can’t control what you can’t measure.

Controllability — Policy gates that enforce boundaries in real-time. Rate limits, budget caps, model restrictions, tool permissions.

Feedback — Anomaly detection, drift monitoring, and auto-remediation. Close the loop.

📊 Policy Violation Query
SELECT id, agent_id, policy_type, severity, timestamp, status FROM policy_violations WHERE timestamp > NOW() - INTERVAL '24 hours' ORDER BY severity DESC, timestamp DESC LIMIT 7
Query successful Violations: 7 Time: 18ms
ID Agent ID Policy Type Severity Timestamp Status
V-2847 agent-prod-42 Budget Limit Critical 2024-12-23 14:32 Active
V-2846 agent-dev-18 Data Access Critical 2024-12-23 13:15 Resolved
V-2845 agent-prod-31 Rate Limit Warning 2024-12-23 12:48 Resolved
V-2844 agent-prod-07 PII Detection Critical 2024-12-23 11:22 Active
V-2843 agent-staging-05 Model Restriction Warning 2024-12-23 10:55 Resolved
V-2842 agent-prod-42 Tool Permission Warning 2024-12-23 09:33 Resolved
V-2841 agent-dev-22 Content Filter Warning 2024-12-23 08:17 Resolved
The GRC Trifecta
Three pillars. One platform. Complete control.
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Governance
Policy-based control. 18+ policy types. Inheritance from org to user. Real-time enforcement.
Risk
AI-specific risk register. Anomaly detection. Incident management. Threat mitigation.
Compliance
9 frameworks (SOC 2, GDPR, HIPAA, EU AI Act). Control mapping. Audit-ready reporting.
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WHY CONTROL THEORY
This isn’t checkbox compliance. It’s systems engineering.

Your AI agents make decisions. They access data. They take actions. They’re dynamic systems with emergent behavior.

Zentinelle treats them that way:

  • State observation — Full telemetry on agent behavior
  • Control inputs — Policies that constrain the action space
  • Feedback signals — Metrics that detect drift and anomalies
  • Control law — Rules that adjust boundaries based on observed state

This is how you govern systems that think.

GRC Capabilities
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Governance

Policy Management — 18+ policy types with inheritance (Org → Team → Deployment → User)

Secrets Management — Centralized credentials. No API keys in code.

Content Scanning — PII detection, toxicity filters, prompt injection blocking.

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Risk Management

Risk Register — AI-specific risks cataloged and tracked

Anomaly Detection — Behavioral baselines with drift detection

Incident Management — Policy violations tracked to resolution

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Compliance

9 Frameworks — SOC 2, GDPR, HIPAA, EU AI Act, NIST AI RMF, ISO 27001/42001

Control Mapping — Policies mapped to framework requirements

Audit Reporting — Evidence packages for auditors

The foundation: you can’t control what you can’t see.

Full telemetry — Every prompt, response, tool call, data access, policy decision logged.

Real-time dashboards — Usage patterns, cost tracking, policy violations, anomalies.

SIEM integration — Feed AI events to Splunk, Datadog, your existing security stack.

Retention & archival — Configurable retention. Legal holds. Cold storage for compliance.

See Observability
Stop treating AI like traditional IT. Govern it like a dynamic system.

Zentinelle gives you the GRC infrastructure AI systems require — observability, controllability, and feedback loops that keep autonomous systems under control.

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