Slingshot’s astrodynamics services provide satellite operators with streamlined orbit determination, ephemeris generation, and conjunction assessment to support safe and scalable space operations.
Our GNSS-based Orbit Determination-as-a-service removes the burden of continuous orbital processing and monitoring of raw GNSS telemetry, allowing your focus to stay fixed on orchestrating a successful mission and increasing operational efficiency.
Available via API.
Flight-proven and trusted telemetry-based GNSS orbit determination solution accelerates cataloging, provides rapid spacecraft/mission insights, and enhances conjunction assessment by space traffic coordination authorities. Used by the 18th Space Defense Squadron (space-track.org) today.
Don't have GNSS uncertainty information? Synthesize covariance data using proprietary technology that ensures appropriate representation of GNSS errors. Results provide high-reliability uncertainty information that is critical to collision avoidance and mission planning.
Match the features of your satellite and receiver for a more accurate orbit determination solution than generic, one-size-fits-all parameters.
Automated quality monitoring detects anomalies in telemetry and spacecraft properties, often informing operators before they are aware, which results in better understanding of the spacecraft subsystems and ultimately extends the life and safety of the mission.
Create a predicted ephemeris from your satellite’s orbital state and plan maneuvers using Slingshot’s high-accuracy orbital propagator.
Don’t have an orbital state? Our trusted orbit determination service will generate one from your GNSS data. Don’t have a GNSS receiver on board? The Slingshot Global Sensor Network can track your object and generate an orbital state estimate.
Available via API.
Propagate your state and covariance with a a highly validated propagation engine trusted by the 18th Space Defense Squadron to generate future state predictions for your satellite that you can have confidence in.
Slingshot’s propagation engine has been calibrated across regimes to ensure any error growth is accounted for in the propagated covariance, preserving the covariance realism of the input data during predictions.
Automatically share your operational ephemeris with the space community and enhance conjunction assessment via Space-Track.org without having to do any additional work.
All predicted ephemerides generated include future maneuvers and associated uncertainty.
Slingshot’s Conjunction Assessment and Risk Analysis services support both catalog and ephemeris-based screening, enabling maneuver planning, coordination, and deconfliction via Slingshot Beacon.
API coming soon.
Commercial operators can streamline maneuver planning by rapidly screen ephemeris on-demand in Slingshot Beacon today.
Multiple high-accuracy risk assessment methodologies are driven by high-accuracy propagation and models that have been validated against government screening services.
World-class subject matter experts are available to support customers using customizable conjunction assessment services that meet their unique needs.
Slingshot supports the Joint Commercial Operations cell with catalog-level conjunction assessment screening for daily operations.
Access Conjunction Assessment and Risk Analysis services via Slingshot Beacon (today) or on-demand via API (coming soon).