APOGEE is Ace Hacker's orbital-intelligence engine. It tracks every object in orbit, predicts conjunctions before they happen, optimizes constellation coverage and collision-avoidance maneuvers with quantum solvers, and flies spacecraft autonomously when the ground can't reach them.
APOGEE pairs each part of space operations with the right computation, deep learning to see and predict a chaotic sky, quantum optimization to plan maneuvers and constellations, and onboard autonomy for when a spacecraft is on its own.
Catalogs every resident space object and determines its orbit to metre-level from sparse, noisy sensor data.
Screens the full catalog for close approaches and computes collision probability days ahead of time.
Plans fuel-optimal avoidance maneuvers and constellation coverage with quantum and hybrid solvers.
Edge AI detects anomalies and makes safe decisions in real time, even out of contact with the ground.
Tens of thousands of objects cross low Earth orbit, observed only in brief, noisy glimpses from radar and optical sensors. Track fuses those glimpses into a precise, continuously-updated catalog: where every object is now, and where it will be.
One collision can spawn thousands of new fragments and trigger a cascade that renders an orbit unusable for decades. Predict screens the entire catalog for close approaches and quantifies the probability of collision long before the moment of closest approach.
A maneuver spends fuel and disrupts the mission, so it must be minimal, and coordinated across a whole constellation. Optimize plans fuel-optimal avoidance and coverage as combinatorial problems, exactly where quantum and hybrid solvers earn their place.
A spacecraft is in view of the ground for only minutes per orbit. For the rest, it is on its own. APOGEE runs onboard: it watches telemetry for anomalies, diagnoses faults, and takes safe, bounded action in real time, then reports back.
We benchmark against strong operational baselines, standard conjunction pipelines and classical maneuver planners. Learning wins on tracking and screening throughput; quantum optimization wins as constellation coordination grows combinatorial. APOGEE routes each job to the method that wins.
Observations and telemetry flow up into the catalog; screening and optimization turn them into commands and maneuvers; what the spacecraft actually does flows back to refine every orbit. The loop runs on the ground and, in part, onboard.
APOGEE is in early partnerships with satellite operators and space agencies. If you fly assets in a crowded orbit, we will run your catalog through the engine and show you the conjunctions you're not seeing yet.