Security and Cryptography
Collection
AES verification, attestation, policy engines, cryptographic protocols β’ 10 items β’ Updated
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Check out the documentation for more information.
Dual-representation governance engine for AI, BIO-ML, and software systems.
Two layers enforce the same invariants through different paradigms:
| Layer | File | Paradigm | Role |
|---|---|---|---|
| DAG | ICP-DAG.m |
MUMPS imperative | State machine over ^ICP global |
| DAG constraints | ICP-DAG.lp |
Answer Set Programming | Declarative SAT/UNSAT checking (Clingo) |
| Governance | ICP-GOV.m |
MUMPS imperative | Full governance engine with actors, provenance, sealing |
EVIDENCE --> CLAIM --> PROOF --> DECISION --> AUTHORIZATION --> EXECUTION --> AUDIT
Rejection is the default. Every node must earn its position through evidence and proof.
Extends the DAG with:
D TEST^ICPGOV ; Full governance test cycle
D BUILD^ICPDAG ; Build and verify DAG
D REPORT^ICPGOV ; Status report
clingo ICP-DAG.lp facts.lp
# SAT = governance holds
# UNSAT = governance violation
Tri-licensed under BSL-1.1 + AGPL-3.0 + MPL-2.0. See LICENSE.tri for the full decision tree and transition timeline.
| Use Case | License |
|---|---|
| Managed service / SaaS | AGPL-3.0 |
| Enterprise (no managed service) | BSL-1.1 |
| File-level modification | MPL-2.0 |
| Copyleft bypass | Commercial |
License compatibility reasoner: swipl -q -t halt -f license_policy.pl -- matrix
Copyright (C) 2026 Jessica L. Williams / SNAPKITTYWEST