Systems Architecture
The systems architecture defines how doctrine and principles manifest in operational infrastructure. Domains, layers, nodes, interfaces, and standards form the skeleton of multi-planetary industrial capability.
Operational Domains
Four Physical Theaters
Earth
Launch sites, mission control, supply manufacturing, workforce development, financial operations.
LEO
Manufacturing platforms, debris recovery stations, transit nodes, crew habitation.
Cislunar
Propellant depots, staging facilities, communication relays, emergency shelters.
Lunar
ISRU processing, habitation modules, construction facilities, megastructure foundations.
System Layers
Horizontal Integration
Each domain contains the same functional layers, enabling standardization and interoperability.
Physical
Hardware, structures, vehicles, equipment
Network
Communication links, data transfer, telemetry
Data
Storage, processing, analytics, reporting
Control
Automation, decision systems, coordination
Interface
APIs, protocols, standards, specifications
Node Types
Functional Units
Manufacturing Node
Production facilities with processing equipment, feedstock storage, quality control, and output handling.
Logistics Node
Transfer points with docking facilities, cargo handling, propellant storage, and traffic coordination.
Habitation Node
Crew quarters with life support, medical facilities, recreation, and emergency systems.
Processing Node
Resource extraction and refinement with input handling, conversion equipment, and output staging.
Control Node
Operations coordination with monitoring systems, decision support, and communication links.
Recovery Node
Debris capture with detection systems, retrieval equipment, and material sorting.
Interface Standards
How Everything Connects
Physical Interfaces
- —Standard docking ports for crew and cargo transfer
- —Universal utility connections (power, data, fluid)
- —Modular attachment points for equipment
Data Interfaces
- —REST APIs for service integration
- —Published schemas for all data types
- —Real-time streaming for telemetry
Protocol Standards
- —Standardized communication protocols
- —Error handling and retry specifications
- —Security and authentication requirements
Deployment Patterns
How Systems Scale
Hub-and-Spoke
Central coordination nodes with distributed operational units. Used for logistics and control.
Applied to: Cislunar logistics, mission control
Mesh Network
Distributed nodes with peer-to-peer connections. Used for communication and data.
Applied to: Communication relays, monitoring
Pipeline
Sequential processing stages with defined handoffs. Used for manufacturing and ISRU.
Applied to: Production lines, resource processing
Architecture Enables Execution
The systems architecture provides the structural framework. The roadmap provides the timeline. The divisions provide the operational capability.