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TCA 07:31:12MISS 0 kmPc 0.0e-4STATUS NOMINAL

The AI operating system for satellite maneuvering.

Ephemeris turns conjunction alerts into ranked, explainable maneuver decisions, keeping humans in control.

COSMOS-2251 DEBEPHEMERIS-07
Action recommended
Risk escalating
TCA19h 42m
Decision deadline6h 18m
Recommended maneuver
+12.4 mAlong-track
0.18 m/sDelta-V
03:20 to 03:42 UTCExecution window
Why Ephemeris recommends action
Miss distance deteriorating
Covariance convergence
Pc trend
Fuel impact within mission constraint
No conflict with planned imaging window
Review maneuver

Satellite operators have more data than ever. The bottleneck is deciding when and how to move.

Conjunction alerts arrive continuously, and risk shifts as new data comes in. Mission constraints limit which maneuvers work. Operators must decide what needs action, when, and how, in one decision layer.

AI built around how operators actually maneuver satellites.

How Ephemeris turns data into maneuver decisions

01
SENSE

Continuously understand the operational environment.

Ingest CDMs, ephemerides, orbit updates, spacecraft state, maneuverability, mission constraints, and trusted SSA sources.

02
PRIORITIZE

Know which situations require action.

AI ranks conjunctions by how likely they are to need a maneuver.

03
DECIDE

Evaluate maneuver options in mission context.

Weigh timing, collision risk, fuel, mission constraints, and downstream consequences for each decision.

04
MANEUVER

Move from recommendation to operator-approved action.

Move from alert to maneuver plan with operator approval, logged and traceable.

05
LEARN

Improve with every operational decision.

Ephemeris learns fleet preferences, constraints, and maneuver behavior from every decision.

Built on the systems you already trust.

SSA & Mission Data
Space-Track · Operator ephemerides · Commercial SSA · Spacecraft telemetry · Mission constraints
Ephemeris: AI Decision Layer
Understand · Predict · Prioritize · Recommend · Learn
Satellite Operations
Collision Avoidance · Station Keeping · Orbit Maintenance · Fleet Coordination

Unified state

One updated view of conjunctions, spacecraft state, mission constraints, and maneuvers.

Decision engine

AI identifies situations requiring action and evaluates available responses.

Workflow orchestration

Move decisions across analysts, mission leads, approvals, coordination, and execution.

Operational memory

Every decision and outcome becomes part of the fleet's institutional knowledge.

Built for every maneuver decision.

Cesium globe showing the VANGUARD 1 satellite track and a time-of-closest-approach marker over North Africa
Available today

Collision Avoidance

Turn conjunction alerts into timely, defensible maneuver decisions.

Platform direction

Station Keeping

Plan routine orbit corrections while balancing mission objectives and spacecraft resources.

Platform direction

Orbit Maintenance

Coordinate maneuvers across mission constraints and fleet operations.

Platform direction

Constellation Coordination

Understand maneuver interactions across increasingly autonomous fleets.

AI-powered. Operator-controlled.

Ephemeris explains why an event matters, what changed, and which tradeoffs shaped the recommendation. Operators approve the decision. Ephemeris handles the complexity.

Explainability

Every recommendation shows the reasoning and data behind it.

Approvals

Nothing executes without operator approval.

Audit trail

Every recommendation and decision is logged and traceable.

Operational memory

Past decisions shape future recommendations.

Data you can verify, not a black box.

Space-Track and 18th Space Defense Squadron data, screened continuously against SGP4/SP propagation.
Scoring weighs time-to-TCA, miss-distance trend, and object type, not raw probability.
Live with a small group of fleet operators, shaping the system before wider release.

Operate more satellites without scaling the operations team.

Conjunction volume grows faster than headcount. Ephemeris keeps operators focused on the decisions that matter.