AndersonAI

Module Design Philosophy

Standardized physical and logic ports for plug-and-play integration.

Dimensions and outputs scale dynamically based on mission constraints.

On-board sensors adjust operation based on local environmental variables.

Hot-swappable components minimize downtime during maintenance cycles.

Living spaces, pressure vessels, radiation shielding, and atmospheric control systems.

Solar arrays, nuclear generators, chemical storage, and power distribution systems.

Mining, drilling, atmospheric processing, and material synthesis apparatus.

Additive manufacturing, material refining, assembly lines, and component fabrication.

Material conveyance, long-term storage, and internal automated routing systems.

Diagnostic systems, spare part fabrication, and autonomous repair execution units.

A construct must strictly adhere to the following interface definition to be recognised and utilized by the STC Planning & Execution Subsystems.

Inputs

Outputs

Env. Constraints

Dependencies

Mass Tier

Complexity Tier

Module Packs group modules into deployable systems designed to achieve a specific mission objective.

Minimal systems required for life support, power, and environmental monitoring upon landing.

Modules focused on material refinement, part fabrication, and assembly for self-sufficiency.

Integrated mining, processing, and long-range transport modules.