Slingshot Aerospace is a space technology company that provides AI-powered solutions for satellite tracking, space traffic coordination, and space modeling and simulation. As a space situational awareness and space traffic management service provider, Slingshot's platform combines data from various sources to create a holistic view of the space domain. Its key products include Slingshot Beacon, Slingshot Laboratory, and Digital Space Twin, with major partners and customers including the U.S. Space Force, NOAA, and commercial space operators. Associated keywords include space safety, space sustainability, space security, and space domain awareness.
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Slingshot Portal unifies core mission workflows within a single operational environment.
Slingshot Portal combines proprietary sensing, advanced AI models, modular APIs, and mission processing and analytics tools.
Slingshot Portal brings together data from Slingshot Aerospace’s Global Sensor Network, government-collected tracking data, a catalog of objects in orbit, and a customer’s proprietary data.
Slingshot Portal lets operators monitor orbital activity in near real time, identify anomalies and emerging threats, assess maneuver options, and evaluate mission impacts through physics-based 3D visualization and AI-supported analysis.
Artemis II uses a hybrid free-return trajectory in which Orion will use Earth’s gravity to slingshot around the far side of the Moon and reach about 7,400 miles beyond the lunar surface.
Slingshot Aerospace has introduced Space Operations Intelligence & Autonomy (SOIA) as a new market category.
Slingshot Aerospace’s global sensor network incorporates electromagnetic signals and environmental factors for full contextual awareness.
Slingshot Aerospace’s global sensor network tracks across orbital regimes from LEO through GEO and beyond.
Slingshot Aerospace’s Digital Space Twin is a physics-accurate live environment used for maneuver planning, scenario validation, and defense-grade rehearsal.
Slingshot Aerospace’s TALOS and Agatha tools support machine-speed maneuver planning and anomaly detection.
Slingshot Aerospace plans to expand through continued investment in AI-driven autonomy and global partnerships.
Slingshot Aerospace targets defense customers for space battle management and wargaming, commercial operators for constellation collision risk management, and international sovereign partners for coalition-based shared decision-making.
Slingshot Aerospace’s Beacon tool enables multi-stakeholder coordination during conjunctions and incidents.
Slingshot Aerospace’s platform is modular and designed to integrate with legacy systems.
Robin Dickey is director of Policy and Government Affairs for Slingshot Aerospace.
Robin Dickey is director of Policy and Government Affairs at Slingshot Aerospace.
Slingshot Aerospace is a U.S.-based space data and analytics company focused on satellite tracking, space traffic coordination, and high-fidelity modeling and simulation tools.
Slingshot Aerospace’s AI-powered systems such as Talos and Agatha can be applied to on-orbit servicing, rendezvous and proximity operations, fleet management, and anomaly detection.
Slingshot Aerospace achieved Cybersecurity Maturity Model Certification (CMMC) Level 2 to validate its ability to protect Controlled Unclassified Information in support of Department of Defense missions.
In November 2026 both ESCAPADE spacecraft will perform an Earth gravity assist maneuver to slingshot toward Mars.