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Policy in place, no evidence of what the agent did
GRC platforms evidence that a policy exists. None show it was called and applied to a live AI action, which is what audits, questionnaires and incidents demand.
The AI governance platform
Discover your AI, enforce policy at runtime, and generate audit-ready evidence for all AI systems. Built for security and compliance teams running AI at scale.
Portfolio › claims-copilot › Trace
Held before it ran. An external_send action on a high-risk system, carrying PII, crossed the policy's needs-review line with no human sign-off present.
Search & traces
Plain language in, explicit filters out. Click a span for its trace.
14 spans across 9 traces. 3 denied, 6 held for review, 5 allowed with sign-off.
| Timestamp | Actor | Action class | Risk | Decision |
|---|---|---|---|---|
| 07-02 14:22:11 | claims-copilot | external_send | High | denied |
| 07-02 11:07:44 | fraud-triage-rag | external_send | High | review |
| 07-01 16:53:02 | claims-copilot | external_send | High | denied |
| 07-01 10:19:38 | support-summarizer | external_send | Med | review |
| 06-30 15:41:55 | fraud-triage-rag | external_send | High | allow · signed |
Policy
Express the human-review expectation in plain terms.
Enforcement mode
Deterministic checks are safe to arm. Probabilistic checks ship shadow-first.
Fail behavior
Security-critical rules, PII egress and destructive actions, fail closed.
Applies to (opt-in)
Enforcement never fires on a path you did not enable.
v3 · edited by R. Bindal · every create and edit is ledger-logged and attributable
Evidence
Walk the controls. Evidence is pre-mapped, no query language.
ISO 42001 · AI management system
Audit period locked · 2026-04-01 to 2026-06-30 · 26 controls
22
3
1
A.6.2.6
Human oversight over high-risk AI actions
Evidence: policy_decision review records · recipe refreshed 2d ago
A.7.4
Automatic logging of AI system operation
Evidence: tamper-evident trace ledger · 1.28M spans, 0 gaps
Live demo
The plan, the generations, the tool calls, and the decision on each one, including the action that was held back before it ran.
The problem
01
GRC platforms evidence that a policy exists. None show it was called and applied to a live AI action, which is what audits, questionnaires and incidents demand.
02
Observability is built for developers debugging models. Instrumented per app, it leaves no shadow AI detection, no security detections, no standard dashboard, and logs that can be changed.
03
Agents call tools and compose them in ways nobody specified, with no authorization at call time. Perimeter controls see traffic, not intent, so permitted steps still reach unapproved outcomes.
04
One AI action can be a security, privacy and compliance incident at once. SOC and GRC work in separate tools, with no shared context and no shared authority, so detection lags.
Introducing Mungo Labs
One tamper-evident record of all AI activity in your organisation: searchable for audits and investigations, monitored for policy violations, and exportable as auditor-ready evidence.
Prove to auditors and regulators with a normalized, append-only, hash-chained and signed ledger of every AI call.
Every human-in-the-loop approval, override and escalation is a signed entry in the same trail. Pull the answer by control.
Risk and evidence tied to controls across frameworks, exported as verifiable bundles. SOC 2, ISO 27001 and ISO 42001 at launch.
Each guardrail decision is logged as evidence in its own right, for example a blocked PII-exfiltration attempt.
Views by control and by exception, so a reviewer enters where the risk is rather than paging through everything.
What the auditor sees
Automatic discovery of models, agents, MCP tools and AI apps across your estate, both sanctioned and shadow.
Detection events carry risk context and a deep link into the tamper-evident trail, delivered into your SIEM.
Deterministic policy enforcement by identity, scope and arguments, evaluated before the action runs.
Pre-execution policy checks and programmatic human approvals for destructive or high-risk actions.
When an incident lands, analysts replay the session step by step: intent, authorized scope, policy decision, execution, outcome, and reach root cause from a structured record, instead of losing hours in vast, unstructured logs.
Detection event
Deduplicated and enriched, not flooded. The deep link opens the full chain: intent, authorized scope, decision, execution, verified result.
PII and secrets are redacted, tokenized and signed inside your trust boundary, before anything reaches Mungo's core.
Processing in the geographies you choose, cloud or self-hosted.
Data erasure removes the payload but keeps the hash, so you can honour a deletion request without breaking the chain that proves what happened.
A redaction failure quarantines the data rather than letting it through.
Redaction, at the edge
Every detokenization requires a privileged role, a stated reason, and its own ledger entry. Access to the real value is itself an auditable event.
How it works
Mungo sits where your AI already runs. It finds what's running, records each action as it happens, checks it against the policy you authored, catching the AI risks as they surface at runtime, and writes the result to a trail you can hand to an auditor.
Every model, agent, MCP tool and AI app across the estate, sanctioned and shadow alike, with a risk tier on each.
OWASP LLM risks and out-of-scope behavior flagged as they happen: PII egress, prompt injection, toxic or biased output, permission drift.
Replay any incident end to end and reach root cause from a structured record, not a wall of raw logs.
Auditor-ready evidence packs, cross-mapped across frameworks, exported with a manifest anyone can check.
Guardrails you author, evaluated at the moment of the call. Warn-and-assist first, enforcing only where your policy says so.
The loop closes: what you enforce shapes what's captured next
Attestation proves a control exists. This record proves it ran.
Deployment
Deploy with zero re-instrumentation.Attach through the paths already in your stack.
Warn-and-assist mode by default.Observe first, and enforce only when you choose to.
Seamless integration into your existing stack.Your SIEM, your identity provider.
Cloud or self-hosted deployment.Processing pinned to the geographies you choose.
Enterprise-grade security from day 1.Customer-held keys, disclosure-tier access control, fail-closed on privacy.
Get started
A conversation about your AI estate, the governance gaps in it, and what evidence you would need to close them.
Book a discovery call