SELENE
The Operation Platform for the Moon
Selene monitors, manages, and protects every critical system across a lunar surface installation — from crew life support and power grids to construction robot swarms — without requiring Earth intervention.
Intelligence Architecture
The PRISM Inference Engine
Three tiers of intelligence that cascade seamlessly — full AI analysis when connected, local inference when isolated, deterministic safety when milliseconds matter.
Cloud — Claude AI
Full frontier-model analysis when any Earth uplink is available. Deep reasoning over complex multi-system anomalies, crew health patterns, and long-horizon planning.
Local — On-Device LLM
When the Earth link drops, a local on-device language model takes over. Handles anomaly triage, crew advisories, and operational decisions with no ground dependency.
Playbook — Deterministic
Formally verified safety responses that execute in under a millisecond regardless of network conditions. Life-critical actions that never wait for a model to think.
Capabilities
11 Operational Modules
Every system a lunar base needs to operate — monitored, managed, and protected.
Life Support
Atmospheric control, O2/CO2 levels, pressure, temperature, and humidity across all habitat zones.
Power Grid
Solar generation, battery storage, load balancing, and lunar night operations management.
ISRU Water Electrolysis
In-situ resource utilization — water extraction, electrolysis, and oxygen/hydrogen production.
Construction Swarms
Autonomous construction robot coordination, task allocation, and obstacle avoidance.
EVA Crew Safety
Extravehicular activity monitoring, suit telemetry, emergency recall, and safe haven routing.
DTN Communications
Delay-tolerant networking queue — zero data loss guaranteed, with automatic Earth sync on link restoration.
Space Weather
Solar particle event monitoring, radiation dose tracking, and crew shelter protocols.
Rover Fleet
Multi-rover coordination, waypoint management, science payload scheduling, and terrain analysis.
Habitat Integrity
Structural monitoring, micrometeorite impact detection, bulkhead status, and pressure leak isolation.
Sensor Network
CCSDS telemetry ingestion from every sensor, real-time anomaly detection, and historical trend analysis.
Autonomous Commander
Full-base autonomous operations capability — run an entire outpost with minimal ground support.
Technical Foundation
Built for Flight
Selene is built natively on NASA's core Flight System (cFS) — the standard flight software framework across all Artemis missions. It speaks the language of space hardware from the ground up.
Real-time CCSDS telemetry ingestion, delay-tolerant networking, formally verified safety playbooks, and a complete incident replay system ensure that Mission Control never loses visibility — even during blackouts.