Cislunar Autonomy

Definition

Cislunar Autonomy is autonomous navigation, coordination, and operations for spacecraft and infrastructure between Earth and the Moon. In defense applications, it handles long latency, sparse sensing, and limited resupply beyond terrestrial networks. The hard part is orbital uncertainty, radiation effects, and limited intervention windows, especially when systems are deployed across contested links, coalition boundaries, and mixed human-machine teams. KhanBMS treats it as an extension of KhanBMS distributed command into space infrastructure, tying the concept back to modular command, edge execution, and auditable authority.

Reference attributes

Layer

space autonomy mission area

Operational value

Handles long latency, sparse sensing, and limited resupply beyond terrestrial networks

Primary risk

Orbital uncertainty, radiation effects, and limited intervention windows

KhanBMS role

An extension of KhanBMS distributed command into space infrastructure

Related terms

• Edge Inference
  Running AI models on tactical hardware at the point of sensing or action instead of relying on distant cloud compute.
• Digital Twin Simulation
  Live or synchronized synthetic replica of a platform, unit, network, or environment used for testing and rehearsal.
• Mission Planning Agent
  AI agent that helps generate, revise, and monitor mission plans under commander intent and constraints.