Small modular reactors
Factory-intent SMR and microreactor systems for installations, industrial campuses, and austere sites. Compact cores. Predictable output. Deployable form factors.
Nuclear · Deep technology · National security
Alea Iacta Est
Advanced Atomics™ works the nuclear stack end to end: reactors, fuel, space power, unmanned systems, and the intelligence layer that holds them inside envelope.
The work
Reactor architectures, nuclear fuel, space-grade power, and machine intelligence — one stack for missions that cannot run on hope or weather.
Factory-intent SMR and microreactor systems for installations, industrial campuses, and austere sites. Compact cores. Predictable output. Deployable form factors.
Fuel-cycle architecture for advanced reactors — enrichment posture, HALEU-aware pathways, materials integrity, and secure supply for systems that cannot wait on foreign feedstock.
High-density nuclear power and thermal systems for orbital, cislunar, and contested-environment missions. Energy that does not depend on sunlight or logistics tails.
Intelligence layer
Autonomous monitoring, digital twins, and closed-loop control for plants and space systems. Models trained on physics, not marketing. Operators stay in command; the system never goes quiet.
Domains
Firm, carbon-free megawatts for bases, foundries, fuels plants, and compute campuses that treat downtime as a strategic failure.
Nuclear-enabled platforms, sensors, and infrastructure for deterrence, resilience, and denied-area operations.
Surface power, electric propulsion support, and long-duration thermal sources for architectures beyond LEO.
Insights
Why factory cadence, not novel neutronics, will decide which compact reactors actually show up.
FuelAdvanced cores do not slip because the vessel is late. They slip when the right assay is not in inventory.
UnmannedLong-dwell aircraft and orbital assets starve on chemistry. Density is the mission.