Mission requirements.
System capabilities.
The gap between them is structural.
Defence organizations manage the highest-complexity systems architectures on earth. ITAR clearance gates, multi-level security classifications, mission-to-system traceability. Coherence maps the full enterprise without modifying your existing security architecture.
The Problem
Traceability stops at the classification boundary.
Mission requirements flow through systems engineering into hardware and software components. But the lineage breaks at every security classification boundary, every contractor interface, and every legacy system that predates digital architecture standards. The result: impact analysis for any change requires weeks of manual cross-referencing across classified and unclassified environments.
| Before Coherence | After Coherence |
|---|---|
| Mission-to-system traceability maintained in spreadsheets | Full graph lineage from mission requirement to system component |
| ITAR compliance checked manually during reviews | ITAR clearance gates encoded as formal governance constraints |
| Impact analysis for engineering changes takes weeks | Blast radius computed in seconds via the Transformation Map |
| Contractor interfaces create traceability blind spots | Interface contracts mapped as typed relationships in the ontology |
Systems Traceability
From mission requirement to deployed system.
Map the full V-model: capability needs → system requirements → subsystem specifications → component implementations → test verification. Every link carries a typed relationship, a confidence score, and provenance.
Mission → System Mapping
Capability requirements traced through system architecture to hardware and software components. Full V-model lineage.
Contractor Interface Contracts
Interface specifications between prime and sub-contractors mapped as typed relationships with version control.
Configuration Management
System baselines linked to engineering change proposals. Impact analysis computed before any modification.
Test Verification Lineage
Every test case traced to the requirement it verifies. Coverage gaps surfaced automatically.
Security Governance
ITAR is not a checkbox.
It is a graph constraint.
Encode ITAR clearance requirements, security classification levels, and export control rules directly into the ontology as formal governance constraints. Every concept, system, and data flow is governed by the same structural rules. Access boundaries are enforced by the graph, not by documentation.
Example governance queries
"Which system components require ITAR-controlled data access?"
"Show me every contractor interface that crosses a classification boundary."
"What is the blast radius of this engineering change proposal on the mission architecture?"
"Prove that our test verification matrix covers every derived requirement."
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