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Products-Slingshot Orbital

Empowering the Next Generation of Space Operators with Slingshot Orbital Training & Education

Modern Training Infrastructure for Space Operators

Slingshot Orbital offers a cutting-edge training and education platform designed to prepare the next generation of space operators. Through immersive tools built on the Slingshot Platform, users can simulate missions, train against AI-driven agents, and develop courses of action utilizing real or synthetic data from various sources. This modern training infrastructure equips learners with the skills and knowledge needed to excel in the field of space operations.

AI-Driven Threat Agents for Advanced Training

A key feature of Slingshot Orbital is its AI-driven threat agents that create dynamic adversaries to enhance course of action development. By providing realistic and challenging opposition, these agents promote advanced training scenarios that push learners to develop innovative solutions. With autonomous and human-controlled threat agents, users can engage in countless training scenarios to sharpen their skills and knowledge.

Slingshot Laboratory: Realistic Astrodynamics Simulation

The Slingshot Laboratory offers a realistic astrodynamics simulation environment tailored for space education. This collaborative platform allows users to learn and experiment with core astrodynamics concepts in an intuitive and interactive physics-driven setting. Whether users have prior space background or not, the Slingshot Laboratory provides a space-focused learning experience that is both immersive and educational.

Modeling & Simulation for Diverse Audiences

Slingshot Orbital provides a range of modeling and simulation products to cater to both newcomers and domain experts in the space field. These products offer high-accuracy simulation engines, intuitive visualizations, and mission planning simulations to support course of action development. Whether users are just starting in the space industry or require large-scale simulation capabilities, Slingshot Orbital's modeling and simulation tools can meet their needs.

Empowering the Guardians of Tomorrow

Slingshot's Solutions play a vital role in educating and training the next generation of space operators, as evidenced by the partnership with the US Space Force. By leveraging Slingshot's innovative education and training tools, the Space Force is able to equip future Guardians with the knowledge and skills necessary to excel in space operations. The endorsement from the Space Force attests to the value and effectiveness of Slingshot Orbital's technology in preparing the operators of tomorrow.

Enhancing Satellite Operations with Slingshot Orbital Astrodynamics Services

GNSS-Based Orbit Determination

Slingshot's astrodynamics services offer satellite operators a comprehensive solution for orbit determination, ephemeris generation, and conjunction assessment to ensure safe and scalable space operations. With the GNSS-based Orbit Determination service, operators can leverage a hassle-free as-a-service model that eliminates the need for constant monitoring of raw GNSS telemetry. This allows operators to focus on mission orchestration and operational efficiency, while Slingshot takes care of orbit processing.

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Unlocking Space Insights with Slingshot Orbital Applications

Slingshot Beacon: Space Traffic Coordination Platform

Slingshot Beacon is the premier space traffic coordination platform used by over 90% of active LEO spacecraft, facilitating collision avoidance and maneuver coordination. With differential drag maneuver recommendations, spacecraft operators can plan maneuvers in minutes, considering their own hardware and safety constraints. The platform allows users to set custom miss-distance constraints and provides spacecraft-specific ballistic coefficients to tailor recommendations. By streamlining conjunction assessment, Slingshot Beacon simplifies operations, aids in minimizing collision risks, and integrates seamlessly into workflows through APIs.

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Slingshot Orbital Solutions: Revolutionizing Space Surveillance and Mission Support

Ground-Based Space Object Tracking

Slingshot's Global Sensor Network (SGSN) stands out as the world's premier day and night optical sensor network, boasting over 150 sensors spread across 20 locations globally. The network offers unparalleled spacecraft tracking capabilities, which include both gimbaled telescopes and staring arrays. With a focus on LEO object detection and tracking at scale, the proprietary Horus sensor system staring arrays are at the forefront of cutting-edge technology.

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Unveiling Agatha AI: Slingshot's Breakthrough in Monitoring Outlier Satellites

Uncovering Anomalous Spacecraft Behavior

Slingshot's Agatha AI represents a revolutionary advancement in the systematic monitoring and identification of outlier satellites within constellations. By employing cutting-edge AI algorithms, Agatha empowers operators to pinpoint anomalous spacecraft behavior, uncover hidden insights, and detect subtle differences across large constellations. This breakthrough capability enables operators to make informed decisions on orbit management and spatial situational awareness.

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Enhancing Space Surveillance and Awareness with Slingshot Orbital

Ground-Based Space Object Tracking

Slingshot's Global Sensor Network (SGSN) stands out as a premier optical sensor network that offers unparalleled day and night spacecraft tracking capabilities. With over 150 sensors dispersed across 20 global locations, the SGSN ensures high-revisit-rate tracking from low Earth orbit (LEO) to geostationary orbit (GEO). This network comprises both gimbaled telescopes and staring arrays, like the Horus sensor system, tailored for LEO object detection and tracking. The historical database maintained by Slingshot's SGSN records millions of observations, providing valuable post-event analysis resources.

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