ARCHITECTURE
Security Systems
Security Systems
The conceptual model for proof-backed security systems on WitnessOps.
This section defines the system model for governed security operations where execution, proof, and trust boundaries are explicit.
1. Problem this page solves
Security docs often describe controls in isolation. Readers can miss how authority, runtime behavior, and proof surfaces connect as one system.
This page provides the category map so deeper pages are read in the right order.
2. What you should understand after reading
After this page, you should understand:
- what this section is responsible for
- how #15–#18 fit together as one cluster
- where to go next for architecture, layer separation, and operational trust posture
3. Mechanism-first section model
Read this cluster in sequence:
| Queue | Page | System role |
|---|---|---|
| #16 | WitnessOps Architecture | End-to-end system overview and boundary map |
| #17 | Three-Layer Stack | Ownership separation across contracts, runtime, and proof |
| #18 | Security Practices | Current controls, limits, and trust posture |
Supporting control/depth pages in this family:
4. Observed vs inferred
| Layer | What is explicit | What remains interpretation |
|---|---|---|
| Observed | Runtime controls, gate behavior, documented threat boundaries, evidence/proof references | None beyond what pages explicitly state |
| Inferred | System confidence and trust posture based on those controls | Reviewer interpretation of sufficiency for their policy context |
5. Trust assumptions for this section
This section does not remove external trust dependencies. It assumes:
- runtime environment and operator identity inputs are trustworthy enough for governed execution
- proof verification readers have authentic trust roots
- policy/scope sources used by runtime controls are accurate
6. Next-page handoff
Next, read WitnessOps Architecture to establish the system-level map before layer and practice depth pages.