High-consequence defensive systems need speed without turning detection, recommendation, and response into one unaccountable action.
Security · v0.1.0
Nimrod
Cyber defense with rules stronger than its reflexes.
Nimrod explores cyber defense without giving speed permission to become recklessness. Constitutional limits, replayable scenarios, and cross-implementation verification separate a detected condition from an authorized response. The defense can be aggressive. Its authority still fails closed.
Statusv0.1.0
Primary languagePython
LicenseRepository license
AuthorityHuman owned
01 System capabilities
What it does.
- Constitutional authority boundaries
- Replayable defense simulation
- Cross-implementation verification
- Fail-closed response control
02 Client value
What this system makes possible.
Nimrod is more than a standalone repository. Its architecture can be adapted to a class of real operating problems.
Policy must remain enforceable under pressure, scenarios must replay exactly, and independent implementations must agree before response authority advances.
COMMERCIAL APPLICATIONS
- Security architecture review
- Incident response simulation
- Policy enforcement systems
- High-consequence system testing
TRANSFERABLE COMPONENTS
- Constitutional policy layer
- Scenario replay
- Cross-verifier
- Response gate
03 Artifact chamber
Every claim comes with receipts.
Interrogate the source, seize the release, and verify the machinery for yourself.
The machine is open
Source
Skip the pitch. Open the public repository and interrogate the implementation directly.
Open repository01Constitutional authority boundaries
02Replayable defense simulation
03Cross-implementation verification
04Fail-closed response control
Need this architecture aimed at an operating problem of your own?
Evaluate a high-consequence system