LSAS advocates against the "one-vendor fits all" approach, recognizing its tendency to lead to project failure. Instead, LSAS promotes collaboration and partnerships to deliver bundled solutions, aiming for success while often reducing costs. This strategy emphasizes the importance of combining expertise from various sources to tailor solutions to specific needs, fostering innovation and resilience in project execution. LSAS is pleased to represent this following partner products in addition to our own.

Space Application Terminal

LSAS

The Space Application Terminal has revolutionized the space industry by providing a centralized marketplace connecting users, organizations, and vendors seeking planning, operational, or training solutions. This innovative platform offers a range of features including a single dashboard to improve efficiency, customizable experience by allowing users to add their own applications, seamlessly linking existing accounts, training content, direct contact with support and the ability to make purchases within the Terminal itself. Furthermore, the integration component of the Space Application Terminal allows users to ingest data from any provider, enhancing the platform's versatility and effectiveness in meeting diverse space-related needs.

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Systems Took Kit (STK)

Ansys

STK boasts an unrivaled collection of multidomain, physics-based analysis capabilities for the aerospace, defense, telecommunications, and other industries. It supports rapid and accurate decision-making by providing the ability to accurately simulate and analyze the location of assets on land, sea, air, and space in a single tool. STK is available in Pro, Premium and Enterprise versions. LSAS offers this product in the cloud and as a desktop product.

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Orbit Determination Tool kit (ODTK)

Ansys

ODTK is specialized for satellite orbit determination and can be used to determine orbits of multiple satellites with a single tool. It can read and process tracking data in a variety of formats, and can generate highly accurate orbit determination values and realistic covariance values. Additionally, ODTK offers tracking data simulation functionality allows the use of tracking equipment even when real data is not available, such as during the mission design phase. LSAS offers this product in the cloud as well as a desktop product.

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SSA Suite

COMSPOC

The SSA Software Suite (SSS) is a comprehensive software that integrates all phases of the space situational awareness process, from initial observation collection and processing to actionable predictive analysis. SSS is designed for scalability and is highly automated with near real-time data processing capability. With its Key Sensor Network Administration, Orbit Determination and Maneuver Processing and Predictive, Actionable Analytics, SSS is an elevate off-the-shelf operations product.

SEG

COMSPOC

The Space Event Generator (SEG) is a tool designed to create detailed simulations of space events efficiently. It serves various purposes such as testing detection algorithms, training operators, and conducting readiness exercises. SEG has the capability to simulate a broad range of space events, representing different behaviors exhibited by satellites. These events range from basic maneuvers by individual satellites to intricate scenarios involving multiple satellite collisions and breakups. LSAS offers this product in the cloud and as a desktop product.

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SOTA

COMSPOC

SOTA assists in evaluating the potential risk posed by one space object targeting another. It offers a metric of vulnerability known as the Vanguard Number, which quantifies the likelihood and timing of a specific action occurring. With SOTA, you can swiftly perform vulnerability analyses for all operational assets concurrently, ensuring mission assurance for any space-based system. This analysis covers all orbit regimes. LSAS offers this product in the cloud and as a desktop product.

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Max Flight

RocketLab

Max Flight software is a sophisticated platform designed to optimize the trajectory planning process for satellite launches. By leveraging advanced algorithms and real-time data processing, Max Flight calculates the most efficient flight path for rockets, ensuring precise payload delivery while minimizing fuel consumption. This intuitive software integrates seamlessly with RocketLab's launch systems, providing engineers with the tools needed to analyze and refine launch trajectories with unparalleled accuracy and efficiency. Ultimately, Max Flight plays a crucial role in enhancing the reliability and performance of RocketLab's satellite launch missions.

SOLIS

RocketLab

SOLIS is a complete spacecraft simulation environment in STK tailored for satellite operators, enabling efficient management and control of satellite constellations. With SOLIS, users can schedule and monitor satellite operations, optimize communication links, and ensure seamless coordination between satellites in orbit. This intuitive software offers real-time insights into satellite health and performance, allowing operators to promptly address any anomalies and maximize mission success. Additionally, SOLIS serves as a comprehensive solution for satellite constellation management, enabling operators to achieve their mission objectives with precision and efficiency.

Astro FDS

SEE

AstroFDS is a Flight Dynamics System for Orbit Analysts to use in Space Mission Operations. It supports multi-user, multi-satellite, cloud-based systems and provides interfaces, workflows, and configuration control of the commercial software Ansys/AGI STK and ODTK. With its advanced modeling capabilities, AstroFDS allows users to simulate various scenarios, including spacecraft trajectories, atmospheric re-entry, and orbital dynamics. This versatile software facilitates detailed analysis of mission parameters, such as launch windows, orbit insertion maneuvers, and spacecraft performance.

Cesium Ion

Cesium

Cesium Ion is a powerful platform that facilitates the creation and deployment of 3D geospatial applications. It offers tools for streaming, visualizing, and analyzing massive 3D datasets in real-time over the web. Cesium Ion simplifies the process of building geospatial applications by providing cloud-based services for storing, managing, and streaming 3D content. By enabling users to create immersive experiences and stories based on STK analysis, Cesium Ion is ideal for applications in industries such as defense, simulation, and virtual reality.

STK Scheduler

Auria

STK Scheduler is a powerful software tool designed to streamline the scheduling and planning of satellite missions within the Systems Tool Kit (STK) environment. It enables users to efficiently allocate and optimize resources, such as satellite time, ground station access, and sensor tasks, while considering various constraints and objectives. With its intuitive interface and advanced algorithms, STK Scheduler empowers satellite operators and mission planners to maximize the efficiency and effectiveness of their space missions.

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Collection Planning & Analysis Workstation (CPAW)

Auria

Auria's Collection Planning & Analysis Workstation (CPAW) is a comprehensive software tool tailored for efficiently planning and analyzing intelligence, surveillance, and reconnaissance (ISR) missions. It allows users to schedule and manage a variety of collection assets, such as satellites, aircraft, and ground-based sensors, optimizing their deployment to maximize coverage and effectiveness. CPAW incorporates advanced algorithms and intuitive interfaces to help users prioritize targets, allocate resources, and mitigate operational constraints. With its robust capabilities, CPAW empowers defense and security organizations to conduct complex collection missions with precision, enhancing their ability to gather vital intelligence data.