rtt=1 | coherence=declared | drift=bounded | paradox=structural
What Is the Incident Substrate Model?#
The Incident Substrate Model (ISM) is a grammar-driven substrate for handling incidents calmly, structurally, and deterministically. No drift. No improvisation. No panic.
ISM treats an incident not as an emergency but as a substrate-level signal — something to ingest, classify, map, plan for, approve, and execute against in strict sequence.
Seven Operators#
| # | Operator | Function |
|---|---|---|
| 1 | ingest |
Receive the raw incident signal |
| 2 | classify |
Assign incident type and severity |
| 3 | map_surface_area |
Identify the full affected substrate surface |
| 4 | derive_rectification_steps |
Generate the ordered fix plan |
| 5 | generate_readonly_plan |
Produce a read-only plan artifact for review |
| 6 | request_operator_approval |
Gate on human approval before any action |
| 7 | execute |
Apply the approved rectification steps |
Three Fix Types#
| Type | When Applied |
|---|---|
| Remove | Element is harmful and has no valid state |
| Rotate | Element is valid but in the wrong position or configuration |
| Flag | Element is ambiguous — mark for review without acting |
Design Philosophy#
ISM is built on three invariants:
- Calm — no urgency signals in the operator chain; urgency causes errors
- Structured — every action follows a declared grammar; no improvisation
- Deterministic — the same incident, ingested twice, produces the same plan
The generate_readonly_plan → request_operator_approval gate is non-negotiable.
No rectification step executes without explicit approval.
Related Modules#
- Conditions Substrate Model — maps the substrate conditions an incident disrupts
- Governance Substrate Model — defines the approval authority structures ISM gates on
- Structural Detection — detects the anomaly signals that become incident inputs
- Opacity — invisible substrate surfaces expand incident scope
v1.0 · Category: Safety / Operations · © 2026 Nawder Loswin · Byte Books Publishing