A threat model defines what a security system is protecting, who may attack it, which capabilities the attacker has, and which failures matter. For KIPMatrix, this is necessary before the prototype can be evaluated as more than an architecture.
Assets and Trust Boundaries
- Session keys, pre-shared keys, and negotiated secrets
- Transferred data and authentication metadata
- Client, server, proxy, and storage boundaries
- Resumption state and cached credentials
Adversary Capabilities
The model should address passive interception, active modification, replay, downgrade attempts, key compromise, endpoint compromise, denial of service, and misuse of session resumption.
Security Properties
- Confidentiality and integrity of transferred data
- Mutual authentication where required
- Replay and downgrade resistance
- Forward-secrecy expectations and key-compromise behavior
- Clear failure behavior without silent fallback
Evidence Required
A useful threat model should be paired with protocol diagrams, test vectors, negative tests, interoperability checks, benchmark results, and independent review. Post-quantum primitives do not make an implementation secure if key handling, authentication, or session state is flawed.
Research Snapshot
Status: Security-design note
System stage: Prototype and active engineering development
Main requirement: explicit adversaries, assets, trust boundaries, and failure tests
Not claimed: production certification
Last reviewed: June 2026
AI-Assisted Research Systems · Software in Development · Research Milestones
Suggested Citation
Covington, Derrick. “What a KIPMatrix Threat Model Must Demonstrate.” GreenTheDream Research Lab, 2026.
GreenTheDream Research Lab 