Brain K02 of 50 · Custodians

AESCULAPIUS.

The custodian of system health. Runs continuous self-diagnosis and repair across the SIOS.

What this brain does

Aesculapius is the health custodian of the SIOS. It runs continuous, round-the-clock self-diagnosis across every brain, primitive, and kernel function: watching for drift, degraded models, corrupted indexes, failing hardware, and policy violations, and initiating repair before a fault reaches the operator. Diagnostic findings and remediations are signed into the audit ledger so the operator and a regulator can see exactly what self-healed and when. Aesculapius is the reason the cooperative can run unattended for long periods on operator-controlled hardware without silent degradation.

Responsibilities

01Continuous 24/7 self-diagnosis across brains, primitives, and kernel
02Automated repair of degraded models, corrupted indexes, and faults
03Hardware-health monitoring with graceful degradation
04Signed diagnostic and remediation records in the audit ledger

Knowledge sources

Authoritative external corpora and standards this brain treats as canonical. Every retrieval against these sources is signed into the audit ledger so a regulator can prove which evidence drove which output.

01Mickai Patent 16, 20
02Site Reliability Engineering (SRE) literature
03Self-healing-systems and autonomic-computing research
04Prometheus and OpenTelemetry observability standards
05Chaos-engineering practice (Netflix, Gremlin)
06ISO/IEC 25010 reliability and maintainability model
07Anomaly-detection academic corpus
08NIST SP 800-137 continuous monitoring
09Fault-tree analysis and FMEA methodology

Cloned tooling

Mickai-native tooling primitives this brain implements internally. Codex for sovereign plain-text graph PKM, Lectern for spaced-repetition memory, Stele for citation-provenance, and domain-native primitives layered on top. No external services in the trust path; data stays on operator-personalised hardware.