The Architecture of Security Assurance Intelligence
Six reasoning planes surround a living security graph, bound end to end by a spine of trust. A conceptual view of how Veridion turns raw system reality into defensible, continuous assurance — no implementation details exposed.
From system reality to defensible assurance
Context and reality flow inward to build the graph; knowledge, reasoning, the assurance case and continuous monitoring flow outward from it.
Business & Security Context
Why the system matters
- Mission
- Criticality
- Classification
- Risk Appetite
- Regulatory Context
- Threat Environment
System Reality
What actually exists
- Architecture
- Assets
- Data
- Identities
- Controls
- Dependencies
- Configurations
- Vulnerabilities
Knowledge & Semantics
What the platform understands
- Cybersecurity Assurance Ontology
- Security Knowledge Graph
- Framework Knowledge
- Threat Knowledge
- Enterprise Memory
VERIDION Security Assurance Graph
- System Graph
- Assurance Graph
- Threat & Risk Graph
- System Security Digital Twin
Assurance Intelligence
How the platform reasons
- Architecture Intelligence
- Evidence Intelligence
- Framework Intelligence
- Assessment Intelligence
- Threat Intelligence
- Risk Intelligence
- Assurance Challenger
Assurance Case & Decision
What can be defended
- Claims
- Evidence
- Counter-evidence
- Findings
- Risks
- Treatments
- Confidence
- Human decisions
- Authorization
Continuous Assurance
How assurance stays true
- Change detection
- Impact analysis
- Evidence ageing
- Threat change
- Control change
- Targeted reassessment
Running through every plane
Five guarantees hold vertically across context, reality, knowledge, reasoning, decision and continuous assurance — every layer inherits them.
Architecture in service of one question: can this system safely operate?
Every plane, graph and guarantee exists to produce assurance a human can defend. This is a conceptual architecture — it describes intended design, not a claim of current implementation or certification.