Division One
Security &
Defense Technology
Research and development for secure, resilient, and interoperable systems spanning cybersecurity, communications, sensing, operational software, infrastructure protection, and responsible automation.
- Cybersecurity, identity, access control, and protected workflows
- Resilient communications and interoperable software systems
- Sensing, situational awareness, and intelligence-support research
- Navigation, simulation, and decision-support technology
- Human-reviewed automation and autonomy research
- Secure infrastructure, auditability, and systems engineering
Security research across software, sensing, autonomy, resilience, and systems engineering.
AI and automation are evaluated as optional tools where they can be tested, audited, and kept under appropriate human control.
Designed for evaluation with approved partners as programs mature.
Division Two
Space &
Aerospace
Exploring spacecraft systems, propulsion, navigation, orbital infrastructure, communications, power, habitation, and long-duration mission technologies through staged research and engineering studies.
- Spacecraft, propulsion, and launch-system research
- Orbital infrastructure, habitats, and mission architecture
- Guidance, navigation, simulation, and autonomous support
- Space communications and relay-network concepts
- Life support, closed-loop systems, and habitation
- Power, resource, and long-duration mission systems research
Programs spanning early research, simulation, prototyping, and validation planning.
Program Horizon targets interplanetary propulsion beyond low Earth orbit.
Mission timelines remain research targets and depend on validation, partnerships, regulation, and funding.
Division Three
Sustainable Living
& Infrastructure
Exploring practical advances in housing, environmental technology, energy, water, materials, and smart infrastructure to improve resilience, affordability, efficiency, and quality of life.
- Modular, sustainable, and efficient housing systems
- Clean and distributed energy infrastructure
- Environmental restoration and resource-management technology
- Smart community and infrastructure platforms
- Resource efficiency, materials, and circular systems
- Water purification, conservation, and access solutions
Composite and modular-construction materials are being evaluated through design and prototype work.
Long-term goal: develop modular systems that can scale where housing need and local approvals support deployment.
Department Three programs use resource and carbon goals as design targets; actual performance is measured and reported when validated.