Focus areas at the edge of strategic innovation.
The sectors we work in share a common signature: high engineering barriers, long capital cycles, strategic relevance, and the potential to define new operating layers of the aerospace, defense, autonomy, and space economy.
Space Launch & Propulsion
Orbital launch vehicles, hybrid and advanced propulsion systems, in-space mobility, satellite deployment, mission-specific propulsion, and more flexible architectures for access to orbit.
- Hybrid propulsion
- Throttle and restart capability
- Additive manufacturing
- Payload delivery
- Orbit insertion
- In-space maneuvering
Hypersonics & High-Speed Flight
High-speed aerospace, hypersonic vehicle architectures, advanced propulsion, thermal management, guidance and control, and systems designed for speed, resilience, and strategic relevance.
- Mach-class vehicle systems
- Thermal protection
- Guidance
- Control architectures
- Accelerated testing
- Defense-adjacent applications
Mission-Critical AI & Autonomy
AI systems designed for environments where accuracy, speed, reliability, and decision quality matter — from autonomous mission planning and sensor fusion to edge inference and human-machine collaboration.
- Sensor fusion
- Edge inference
- Autonomy stacks
- Mission planning
- Decision support
- AI assurance
Space Systems & Orbital Infrastructure
Satellite maneuverability, resilient communications, orbital safety, space situational awareness, on-orbit servicing, and the infrastructure layer required for a more active and contested space economy.
- Space situational awareness
- Debris avoidance
- Orbital logistics
- Comms constellations
- Satellite life extension
- Maneuverability
Critical Dual-Use & Sovereign Technologies
Technologies with commercial and strategic relevance: resilient communications, navigation in degraded environments, advanced simulation, mission software, manufacturing systems, and capabilities that strengthen allied technological resilience.
- Resilient comms
- GNC
- Degraded navigation
- Simulation
- Strategic manufacturing
- Mission software
Frontier Energy & Strategic Power
High-density, long-duration, mission-relevant power systems beyond conventional solar and wind narratives — including radioisotope power concepts, compact nuclear systems for space and remote operations, advanced power architectures for orbital infrastructure, and persistent energy for autonomous and extreme-environment systems.
- Radioisotope power systems
- Compact fission concepts
- Orbital / remote power
- Long-duration mission energy
- Autonomous infrastructure power
- Deep-space power architectures
These are focus areas and sectors of strategic interest. Listings here do not imply active investments or active engagements with any particular company.