Minimal dependencies
Keep runtime surfaces small and explicit; avoid hidden side effects that undermine policy determinism.
Identity doctrine
Stack
Intentional technology choices are as important as policy choices. The stack defines what trust assumptions can be enforced consistently.
This route tracks language, runtime, and tooling layers so identity capabilities remain auditable and maintainable.
Doctrine
Composable tooling
Choose components that support machine-readable output and interoperable security telemetry.
Upgrade visibility
Each tool upgrade requires a compatibility note, fallback path, and verification checklist.
Operational narrative
Stack decisions are validated through dependency health and incident impact reviews.
- Define minimal viable stack with explicit ownership for each component.
- Measure security, reliability, and performance impact before wider adoption.
- Document migration choreography and compatibility constraints in build evidence.
- Continuously retire legacy dependencies with replacement validation and rollback tests.
Evidence links
Stack references
Engineering controls Execution system Upgrade evidenceKnowledge inputs
Reliability decisions Linux operations Certificate lifecycleVerification labs
Dependency viewer Security telemetry Capability mapNext-step actions
Apply stack policy by updating ownership and validation plans with each dependency change.