Slingshot Aerospace Solutions for the Public Sector

Slingshot Beacons is the world’s first two-sided coordination platform for collision avoidance – providing space operators conjunction screening, real-time maneuver coordination, and maneuver recommendations. Our Space Traffic Coordination capability supports fleets of all sizes from LEO to GEO, and owner/operators leverage Slingshot Beacon to streamline collision avoidance and coordination so they can focus on maximizing their mission.

Slingshot Laboratory provides a cloud-based, collaborative, and realistic physics-driven simulation environment optimized for space education - no PhD required. Slingshot’s immersive space modeling and simulation tools are used by USSF Guardians to learn the concepts needed for safe and successful space operations.

Slingshot Seradata is the industry’s most comprehensive satellite and launch database. Updated with new satellite and launch data daily and including every spacecraft since Sputnik, Slingshot Seradata enables customers to analyze launch and satellite industry activity, trends, failure rates, market share, and more.

Slingshot Vantage provides 24/7 LEO-to-GEO optical space domain awareness data and insights from the Slingshot Global Sensor Network. With over 150 optical sensors at 20+ global sensor sites Slingshot Vantage is the world’s only optical day/night LEO-to-GEO spacecraft and debris tracking service.

Slingshot’s proprietary sensors enable day and night LEO-to-GEO observations from 20+ sensor sites worldwide – increasing revisit rates and unlocking persistent tracking of your most valuable assets.

Operators around the globe are maximizing mission success and safety by leveraging Slingshot’s optical space domain awareness data – whether by improving orbit determination, reducing collision uncertainty, safely moving to a new orbital slot, or quickly establishing post-launch contact.

Slingshot’s Multiple Frame Assignment Space Tracker (MFAST) provides industry-leading uncorrelated track (UCT) processing, orbit determination (OD), and maneuver detection (MD). MFAST provides a real-time, multi-sensor, multi-object tracking solution for space surveillance that supports UCT resolution, breakup and closely-spaced-object processing, maneuver detection, catalog maintenance, object discovery, and more.

Built specifically for space surveillance tracking, MFAST is being used daily by the US Space Force and partners around the world to process hundreds of thousands of observations collected by multiple sensor networks.