APPLIED ROBOTICS & SYSTEMS
We build high-performance control systems, embedded architectures, and rugged hardware for industry applications.
Interconnected Space Research
The EXE-MTS framework represents Swarm Spatial's long-term vision for autonomous systems in hazardous environments. Each research program emphasizes both mechanical system design and control-engineering architecture, reflecting our position at the intersection of robotics, dynamics, and autonomous systems.
EXE-MTS Adaptive Dynamic Structures
For Exo-Environments
We investigate robotic structures whose adaptive behavior emerges at the level of the entire structure rather than at isolated joints. The focus is on systems capable of continuously reconfiguring geometry, stiffness distribution, and load paths in response to uncertain and evolving exo-environmental conditions.
- › Global structural state modeling via distributed sensing
- › Structural compliance as a control-relevant variable
- › Stability through continuous structural reorganization
EXE-MTS Transformable Mobility
Distributed Force-Generation Systems
Mobility architectures designed for redundancy, reconfigurability, and survivability. Rather than centralizing actuation, we embed force-generation and motion capabilities within modular, transformable units.
- › Distributed actuation elements
- › Coordination and mode transition control
- › Algorithmic adaptation to physical topology changes
EXE-MTS Structural-Mobility Interface
Multi-Functional Support Modules
Investigating the interface between structure and mobility as an active, intelligent domain. These multi-functional modules simultaneously participate in load transfer, stabilization, articulation, and controlled interaction with the environment.
- › Hierarchical behavior enforced through physical dynamics
- › Safety-critical responses under uncertainty
- › Unified framework for manipulation and structural control
EXE-MTS Field-Assembled Architectures
Robotic Ecosystems
Transport architectures designed to be assembled, modified, and repaired directly within the operational environment. The system's structural integrity and energy routing remain dependent on modular assembly throughout operation.
- › Dynamic graph of interacting elements
- › Global stability under topological change
- › Cooperative robotic ecosystems
Collaboration & Partnership
These programs are designed for collaboration with research institutions, space agencies, and academic partners.
Discuss Collaboration