Slingshot provides a range of solutions to support space traffic coordination and promote spaceflight safety – from ground-based space object tracking, to the world's first and freely available space traffic coordination platform, to API-accessible astrodynamics services.
Whether you’re looking to improve satellite tracking across orbital regimes, provide a proven platform for real-time maneuver coordination, or build scalable astrodynamics services into your own tools – Slingshot has you covered.
Leverage the world’s only optical day/night LEO-to-xGEO space object tracking network to track spacecraft and debris at scale.
Slingshot Beacon provides a free platform for coordination and collision avoidance that promotes the safe and sustainable use of space at scale.
Slingshot’s Astrodynamics Services provide streamlined orbit determination, ephemeris generation, and conjunction assessment.
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Leverage space object tracking data from the world's first and only all-regime, day/night capable ground-based optical network to regularly maintain your space object catalog and monitor active space events.
Our high-quality astrometric data fuels many derived data products such as state and covariance estimates, ephemerides, CDMs, maneuver detections, and other types of physical and behavioral characterization insights.
Our photometric data is used by satellite operators and the space domain awareness community in support of a multitude of applications; from quantifying impact on dark sky astronomy, to detection and identification of anomalous behaviors, and space object characterization.
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Slingshot Beacon provides a platform for spacecraft operators with fleets of all sizes from LEO to xGEO to streamline collision avoidance and coordination – improving spaceflight safety and sustainability in a collaborative environment.
Over 90% of all active LEO spacecraft in orbit today are leveraging Slingshot Beacon to minimize collision risk, coordinate maneuvers, and simplify their operations.
Increase transparency by sharing data on active secondaries: provide access to secondaries' ephemerides, and maneuverability status – with an open communication channel for coordinating courses of action in real-time chat.
Employ Slingshot's Astrodynamics Services to streamline your orbit determination, ephemeris generation, and conjunction assessment via API or custom solutions.
Generate accurate state and covariance estimates from raw GNSS telemetry using our OD-as-a-Service (ODaaS). Don't have a GNSS receiver? Our global sensor network can track your assets and provide quality state and uncertainty estimates for you.
Create your own predicted high-accuracy ephemerides, with covariance, using our Propagation-as-a-Service (PRaaS). Resulting ephemerides are based on high fidelity dynamic models consistent with industry standards, paired with an A-stable, super-convergent, and adaptive integrator for superior accuracy.
Slingshot’s Conjunction Assessment and Risk Analysis services support both catalog and ephemeris-based screenings, enabling maneuver planning, coordination, and deconfliction for collision avoidance.
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Slingshot partners with operators around the globe to enhance space traffic coordination best practices and improve spaceflight safety for all.
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Slingshot has been selected by NOAA's Office of Space Commerce (OSC) to provide low Earth orbit (LEO) space situational awareness (SSA) data and services for the Traffic Coordination System for Space (TraCSS) Consolidated Pathfinder.
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Slingshot is actively partnering with a number of LEO spacecraft operators to perform rapid orbit determination and ephemeris generation services immediately following initial deployment.
These services support the accelerated cataloging of spacecraft after launch – minimizing the post-launch collision avoidance gap and improving spaceflight safety for every spacecraft in orbit.
