RAIDEN.
Real-time signals, electrical and grid engineering, weather, emergency response.
RAIDEN handles real-time signal domains: electrical-grid engineering, weather modelling, alert systems, emergency response coordination. Where most brains can tolerate seconds of latency, RAIDEN is built around hard deadlines and signed timestamps. Its output stream feeds SALVATOR on humanitarian incidents and TITAN on infrastructure response. Every alert is signed with a hardware-bound key (patent 08) so downstream actors can verify the alert genuinely came from a Mickai system and not a spoofed source.
- 01Real-time signal ingestion with deadline scheduling
- 02Electrical-grid and weather-model integration
- 03Signed emergency alerts with provenance
- 04Coordination handoffs to SALVATOR and TITAN
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.
- 01IEEE 1547 distributed energy resource interconnection
- 02IEC 61850 substation automation
- 03NERC reliability standards
- 04Met Office weather data feeds
- 05NOAA climate data
- 06ECMWF reanalysis
- 07ICS-CERT advisories
- 08ITU recommendations
- 09POSIX real-time extensions
- 10VxWorks and RTOS specifications
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.
- 01Codex (sovereign plain-text graph PKM)
- 02Pulse (real-time signal pipeline)
- 03Prism (operational dashboards)
- 04Watchtower (alert and emergency feed aggregator)