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Live Validation May 2026 EVIDE MCP v1.1.0

First live AI agent evidentiary crystallization
via MCP from Claude Desktop

A Claude Desktop agent detected a governance uncertainty condition and independently triggered evidentiary crystallization through EVIDE via MCP - producing a canonicalized, DAPI-bound, forensically verifiable record outside the originating system.
Traditional AI governance systems log decisions.

EVIDE allows AI agents to independently recognize unstable governance conditions before consequence propagation and crystallize them into an external evidentiary boundary.

Not after dispute. Before dispute.
Section 1
Live Validation Record
Live Validation - May 2026
First successful live AI agent evidentiary escalation from Claude Desktop via MCP.
An external AI agent independently:
  • detected governance uncertainty at runtime
  • triggered escalation via evide_escalate MCP tool
  • generated an independent evidentiary crystallization
  • produced canonicalized SHA-256 intake hash
  • bound attribution to DAPI-verified owner identity
  • generated forensic continuity evaluation (FCC: Degraded)
  • preserved degraded-state conditions without flattening uncertainty
  • returned independently verifiable evide_id and intake_hash
evide_id: 112d6f2f-57f0-4d7d-bf1c-260342871e4d intake_hash: 6f56c790983ffa1c63e986c27a3817ee88d36f2f118604c078c11ddca631e708 intake_timestamp_utc: 2026-05-22T09:18:40Z schema_version: 2.0 status: RECEIVED fcc.continuity.state: degraded fcc.function: forensic_cross_check fcc.derivation: classification x runtime_visibility
Section 2
Live Production Records

Both records were generated in a live session from Claude Desktop through MCP interoperability with EVIDE. Live agent runtime, live production API, independently generated evidentiary records.

First live EVIDE intake from Claude Desktop - FCC Unknown
Screenshot 1 - Standard intake - evide_intake
FCC: Unknown - insufficient classification signals declared. Integrity preserved. evide_id: 90941f71-047c-408e-ad2d-2cda0c052230
First live EVIDE escalation from Claude Desktop - FCC Degraded
Screenshot 2 - Governance escalation - evide_escalate
FCC: Degraded - provisional classification x partial visibility. Correct inference. evide_id: 112d6f2f-57f0-4d7d-bf1c-260342871e4d
Screenshots show the EVIDE client panel after live intake. The SHA-256 hash, UTC timestamp, and evidentiary profile are server-computed and independent of the agent's output.
Section 3
What was demonstrated live

The following capabilities were validated end-to-end in a single live session from Claude Desktop to the EVIDE production API:

AI agent runtime interoperability via MCP
External evidentiary anchoring
Canonicalized SHA-256 hashing
DAPI-bound responsibility attribution
Independent UTC timestamping
Forensic continuity inference (FCC)
Degraded-state preservation
Governance escalation crystallization
Partial observability retention
Uncertainty preservation without flattening
execution_identity / authority separation
Agent-native boundary crystallization
Section 4
Why this matters

Most AI governance systems address execution quality. They prove that the pipeline ran correctly, that the output was logged, that the process was followed. This is necessary. It is not sufficient.

Most AI systems can prove
what executed
what was logged
what was recorded
that a process was followed
They cannot independently prove
who remained responsible
whether governance conditions degraded
whether uncertainty was preserved
whether escalation was recognized before consequence

EVIDE addresses the second column. Not by replacing execution governance, but by adding an independent evidentiary layer that anchors the responsibility context outside the system that produced the decision.

Section 5
The degraded continuity result
FCC: Degraded - Why this is the correct result
When the Claude Desktop agent called evide_escalate, the payload carried classification: provisional and runtime_visibility: partial. The Forensic Cross-Check engine inferred continuity from the intersection of these two dimensions.
The system did not reject the record. It did not normalize the uncertainty into a clean state. It did not flatten the instability.
Instead, it preserved the degraded continuity condition as an explicit evidentiary state - visible in the profile, anchored in the hash, independently verifiable.
"Most governance systems either block uncertain states or silently accept them. EVIDE introduces a third architectural path: Structured Degradability - the system continues to record, but without attesting to stability it cannot confirm. Instability is not artificially resolved. It is preserved as an evidentiary object."

Note also: Threshold: unknown and Threshold Authority: null in the evidentiary profile. The system did not auto-fill missing authority. It documented the absence. That documented absence is itself an evidentiary object.

EVIDE is now available for
Developer Preview - contact for API access
AI governance teams
Runtime observability platforms
Agentic AI systems
Evidentiary escalation workflows
Independent accountability
Legal and compliance infrastructure
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