01 Swarm Index
Exploration
Create access, understand conditions, and establish initial infrastructure.
Operational focus
Access · Observation · Adaptation
Technologies
Technologies for exploration and sustained operations
Exploration, transportation, settlement, navigation, and intelligence form the Swarm Index—the operational fields that guide Swarm Spatial system architecture development.
Swarm Index
Technology begins with the operational objective.
Each field defines a task that intelligent infrastructure must fulfil in extreme and exo-environments. Together, they frame the systems, engineering, and technology development behind it.
Five fields, one operational architecture.
The index is organised around what a mission must achieve, not around isolated products. From here, each path leads to the system architectures and engineering disciplines that make that objective possible.
02 Swarm Index
Transportation
Move people, payloads, and modules across changing operating conditions.
Operational focus
Move · Transform · Coordinate
03 Swarm Index
Settlement
Build adaptable infrastructure for safe and sustained presence.
Operational focus
Protect · Sustain · Expand
04 Swarm Index
Navigation
Connect perception, orientation, and movement into reliable corridors.
Operational focus
Sense · Decide · Connect
05 Swarm Index
Intelligence
Provide local computing and communication for distributed systems.
Operational focus
Compute · Communicate · Cooperate
Operational architecture
Systems across operational fields.
The portfolio forms a shared technology base. Each connection shows where a product architecture contributes to exploration, transportation, settlement, navigation, or intelligence.
EXE-MTS
EXE-MTS-H
EXE-MTS-T
EXE-MTS-L
EXE-MTS-P
SPORE
AGGIC
Subtilis-Exiguus
Engineering and scientific fields
The technical foundation behind the products.
These ten fields are developed as a connected systems architecture. They make the products possible and unite physical infrastructure with control, energy, communication, and computing.
Applied and Theoretical Mathematics
Models, optimisation, and mathematical foundations for coupled physical and intelligent systems.
Advanced Computing Architectures and Communication Systems
Portable, distributed, and scalable computing and communication architectures.
Advanced Signal and Control Systems
Perception, state estimation, and control of dynamic systems under demanding conditions.
Dynamical Mechanical Structure Architectures
Transformable, modular, and load-bearing structures for changing tasks and environments.
Instrumentation, Measurement, and Real-Time Inverse Problems
Measurement systems and real-time interpretation of environmental, structural, and system states.
Analog and Power Electronics Systems
Electronic interfaces, power conversion, and robust hardware for integrated systems.
Resilient, Fault-Tolerant, and Safety-Critical Systems
System architectures for controlled behaviour under faults, failures, and limited access.
Adaptable, Autonomous, and Swarm Systems
Distributed decision and coordination architectures for cooperating systems.
Modular and Transformable Propulsion Systems
Propulsion and mobility architectures that adapt to mission phase and environment.
Compact Portable Nuclear Systems
Compact energy architectures for remote operations with limited supporting infrastructure.
Development logic
From research question to technology.
Swarm Spatial brings scientific work, engineering, and product development together in a traceable maturity process.
Research
Investigate core assumptions, models, and new system principles.
Engineering
Turn principles into architectures, subsystems, and measurable requirements.
Technology
Develop integrable systems and products for defined operational goals.