Enhancing Space Surveillance and Awareness with Slingshot Orbital

Slingshot Orbital

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.

Multi-Sensor Data Fusion

The Multiple Frame Assignment Space Tracker (MFAST) software developed by Slingshot facilitates advanced and scalable uncorrelated track processing, orbit determination, and maneuver detection by consolidating data from diverse sensors and sensing modalities. MFAST, a real-time and multi-sensor solution, supports functionalities such as uncorrelated track resolution, breakup and closely-spaced-object processing, maneuver detection, catalog maintenance, and object discovery. Thanks to physics-based complexity reduction methods, MFAST is versatile enough to run on various platforms, including laptops.

Space Modeling & Simulation

Slingshot's modeling and simulation capabilities are foundational for numerous government and commercial applications in training, planning, and operations. Leveraging high-fidelity physics-based modeling, artificial intelligence, and machine learning models, Slingshot enables accurate simulation of real and synthetic objects across the space domain. The PHASE simulation engine powers the synthesis of a large-scale training environment for AI agents, facilitating the training of these agents to scrutinize the intricate interactions between space-based objects and terrestrial sensors.

AI-Driven Training Agents

Slingshot's AI-driven training agents are designed to provide realistic and challenging adversaries in a physics-based simulation setting, ensuring a diverse array of training scenarios. These agents autonomously assess situations, perform operations, and execute maneuvers to execute long-term strategies within a virtual environment. The scalable AI agent training system allows rapid training and deployment for scenarios across various applications, offering autonomous adversaries to test advanced courses of action under simulated conditions.

Mission Support Services

Slingshot's Mission Support Services guarantee the safety and success of space missions by providing functional and subject matter expertise in areas such as space traffic coordination and space domain awareness. Services range from astrodynamics to orbital analyst support and software engineering, ensuring customers benefit from Slingshot's skilled teams, whether in developing applications for space operations or analyzing data from the Global Sensor Network for mission advancement.

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Unlocking the Potential of Space Operations with Slingshot Orbital Astrodynamics Services

Enhancing Orbit Determination with GNSS-Based Solutions

Slingshot's GNSS-based Orbit Determination service revolutionizes satellite operations by streamlining orbit determination, ephemeris generation, and conjunction assessment. This service eliminates the need for continuous orbital processing, allowing satellite operators to focus on mission success and operational efficiency. The service provides access via API, offering a convenient and efficient solution for managing spacecraft telemetry.

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Unlocking the Potential of Space with Slingshot Orbital Applications

Slingshot Beacon: Streamlining Space Traffic Coordination

Slingshot Beacon stands as the world's leading platform for space traffic coordination, hosting over 90% of active Low Earth Orbit (LEO) spacecraft. It plays a crucial role in facilitating collision avoidance for fleets of varying sizes, from LEO to Geostationary Orbit (GEO), allowing spacecraft operators to ensure the safety of their assets and focus on achieving their mission objectives. By leveraging Slingshot Beacon, organizations streamline coordination efforts, enhance safety protocols, and optimize mission planning to maximize the efficiency of their operations.

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Securing the Space Domain: Enhancing Mission Critical Space Security & Defense with Slingshot Orbital

Holistic Common Operating Picture

In today's rapidly evolving space landscape, maintaining security and defense in the space domain has become crucial. Slingshot Orbital offers a comprehensive solution for defense and intelligence agencies worldwide. By providing mission-critical space domain awareness data, object behavior insights, and advanced modeling & simulation tools, Slingshot ensures that agencies have a holistic common operating picture of the space domain. This advanced visibility allows for better planning, execution, and assessment of national security space operations.

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Unlocking Space Insights with Slingshot Orbital Solutions

Space Object Tracking Data

Slingshot's Global Sensor Network, with over 20 global sensor locations and 150+ day/night optical sensors, offers comprehensive space object tracking data from LEO-to-xGEO. This data, collected persistently and accurately, serves satellite operators, defense agencies, and space agencies with routine and event-based insights.

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Unlocking Space Domain Awareness with Slingshot Orbital

Observational & Analytical Insights

Slingshot's space domain awareness solutions offer a comprehensive approach to observational and analytical insights. By utilizing persistent space object tracking, advanced space data fusion, and machine learning-driven object behavior insights, Slingshot provides a powerful tool for tracking specific spacecraft over the long-term and monitoring active space events in real-time.

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