A1
Navigate
/discover
Reverse-engineer conventions from real code.
Best for surfacing unwritten rules.
A2
Navigate
/lint-rules
Analyze instruction quality, conflicts, and gaps.
Best for tightening the rulebook before relying on it.
A3
Navigate
/check-rules
Compare written rules against current code with evidence.
Best for seeing where adherence holds or drifts.
T1
Diagnose
/test-plan
Map the input space before writing tests.
Best for planning coverage with intention.
T2
Diagnose
/test
Generate stronger tests with deeper assertions and edge cases.
Best for turning a plan into real coverage.
T3
Diagnose
/test-review
Grade an existing suite and surface what it still misses.
Best for auditing test quality quickly.
S1
Shield
/scan
Sweep code for exploitable vulnerabilities and attack paths.
Best for finding concrete security issues fast.
S2
Shield
/threat-model
Build a STRIDE view of assets, surfaces, and threats.
Best for feature-level risk reasoning.
S3
Shield
/security-review
Trace untrusted input and ask whether it can be exploited.
Best for inspecting sensitive code like an attacker.
V1
Survey
/trace
Follow a feature through routes, services, and storage.
Best for making a system legible end-to-end.
V2
Survey
/hotspots
Rank risky files by churn, complexity, and coupling.
Best for finding where change is most dangerous.
V3
Survey
/impact
Estimate blast radius before touching a file or interface.
Best for knowing what a change will hit.
V4
Survey
/explain
Combine code reading and history into a deeper explanation.
Best for understanding both what and why.
V5
Survey
/map
Generate a fast overview of layers, boundaries, and dependencies.
Best for the two-minute system view.
W1
Timewarp
/recap
Summarize recent changes, focus areas, and neglected zones.
Best for catching up after time away.
W2
Timewarp
/drift
Detect when code has quietly evolved away from its original purpose.
Best for finding scope creep and architectural rot.
W3
Timewarp
/dissect
Trace when and why a file became complex.
Best for understanding complexity before simplifying it.
W4
Timewarp
/forecast
Predict which files are about to become problems.
Best for intervening before code hits critical mass.
W5
Timewarp
/rewind
View a historical version with annotated explanations of what changed.
Best for understanding the why behind the diff.