Argus Orbital builds autonomous satellite swarms that replace billion-dollar monolithic space systems with circuit-board-sized nodes. One architecture. Three simultaneous missions. Sub-$1M per node at scale.
Each ORION node is a 12U CubeSat where LTCC/LCP rigid-flex substrates serve as both the structural chassis and the complete electrical system. No wiring harnesses. No assembly integration. The board is the bus.
Radiation-hardened RISC-V processors paired with 266 TOPS AI accelerators and neuromorphic co-processors for autonomous decision-making in deep space.
Terabit-per-second laser crosslinks enabling unjammable mesh networking across solar-system distances. No RF dependency.
Sustained power generation independent of solar proximity. Enables deep-space operations beyond Mars orbit where solar panels become impractical.
Multi-modal propulsion architecture enabling orbital insertion, station-keeping, and formation flying with precision measured in millimeters.
Every ORION node runs all three mission profiles simultaneously. The swarm doesn't specialize. It multiplies.
A terabit-per-second deep-space communications backbone replacing the overloaded Deep Space Network. Laser mesh topology with no single point of failure. Designed for Artemis, Mars missions, and beyond.
Solar-system-scale interferometry at a fraction of LISA's €1.75B price tag. A swarm-based approach that scales detection capability by adding nodes, not building larger spacecraft.
Neuromorphic 360-degree monitoring for near-Earth objects and interstellar visitors with sub-millisecond detection latency. Persistent coverage. No ground-station dependency.
Every subsystem builds on validated heritage missions. No unproven science. The integration of 14 independently demonstrated technologies into one node is the innovation.
Four-CubeSat swarm demonstrated autonomous navigation, coordination, and multi-point science data collection in LEO.
First laser communication from deep space. Confirmed viability of optical links at interplanetary distances.
Millimeter-precision autonomous formation flying demonstrated between two spacecraft in high Earth orbit.
Deep-space communication capacity hasn't scaled with mission demand. The DSN is overloaded, the alternatives are decades away, and the defense sector needs distributed architectures now.
We're not building a better CubeSat.
We're building a new category of space infrastructure.
Provisional patent filed. Hardware design in progress. Academic consortium forming with Stanford Space Rendezvous Lab. Delaware C-Corp.