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Satellite Ground Segment Software

Empower your satellite operations with secure satellite ground segment software tailored to your needs.

Built on more than 30 years of experience and heritage supporting over 1,000 spacecraft, payloads and instruments, the Terma Ground Segment Suite (TGSS) delivers reliability, rapid deployment, automation and mission flexibility. From a single satellite to a complex constellation, TGSS connects mission control, flight dynamics, mission planning, visualization, data analysis, ground-station interfaces, and as well testing. Operators gain a clear, actionable view of their space assets and mission environment deployed on premises or in the cloud.

CCS5 (Mission Control System)

Spacecraft Control Software for single satellites, fleets and constellations

CCS5 is a flight-proven mission control solution. A multi-user application that can support single and multiple satellite configurations. CCS5 is used for all phases of spacecraft operations, from operations preparation and launch through to routine operations: Spacecraft control system, advanced monitoring and control functions, scalable from cubesats to constellations and automated operations.

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TRACK (Advanced Mission Visualization)

Satellite Constellation Visualization, Control, and Analysis

TRACK is an advanced mission visualization, monitoring and analysis solution that gives operators fleet-level awareness through interactive 3D views of spacecraft, orbits, ground stations and mission events. Designed for individual satellites and constellations, it combines real-time monitoring and control with clear, actionable mission context.

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ORBIT (Flight Dynamics System)

Estimate and predict the orbit of the satellite

ORBIT is a flight-proven Flight Dynamics solution for diverse missions, from Low Earth Orbit (LEO) to Geostationary Orbit (GEO) satellites. Built on the Terma Flight Dynamics library and extending Orekit, it offers multifaceted spacecraft support and automated operation capabilities. With the ability to model, predict, and manage a satellite's orbit and attitude throughout its entire lifetime, ORBIT ensures precise orbit and attitude control for optimal satellite performance.

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PLAN (Mission Planning System)

Mission Planning Software

PLAN is an automated mission planning tool for complex satellite operations. It transforms mission priorities and constraints into conflict-free, resource-aware schedules using advanced optimization algorithms. Its flexible approach scales from small constellations to large fleets, ensuring efficient use of satellite resources and reliable operations.

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STAT (Mission Data Analysis)

Data Analysis Tool

STAT transforms complex spacecraft data into actionable insights, tracking satellites health and orbital behavior over time, and offering data management for mission performance optimization. Tailored for fast-growing data archives and constellation complexities, it simplifies integration and reduces hardware demands. STAT is an OS-independent solution that maximizes data value and operational efficiency without the need for extensive analytics platforms.

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Additional mission operations platforms supported by Terma

In addition to the Terma Ground Segment Suite, we support spacecraft operations systems based on ESA’s SCOS-2000 and European Ground System. This gives mission teams the flexibility to build on established infrastructure while benefiting from Terma’s extensive ground segment experience.

SCOS2000 BASED OPERATION

Terma is a significant contributor to the development and long-term support of ESA’s SCOS-2000 system to offer unparalleled spacecraft operations solutions. Since 1998, utilizing the flexible and scalable architecture of SCOS-2000, we deliver cost-effective and reliable systems for a diverse array of spacecraft. We are fully versed in the needed functions, usability, performance, long-term-maintainability of SCOS-2000 to support efficient operations.

EGS-CC BASED OPERATION

Our pivotal role in developing and tailoring EGS-CC enables us to offer cutting-edge spacecraft operations solutions. We specialize in monitoring and controlling spacecraft, all underpinned by the new EGS-CC standardized platform. Our commitment in the future to leveraging the EGS-CC modular and extensible architecture ensures that we provide efficient, scalable, and reliable systems for space missions, such as the future ExoMars Rosalind Franklin Rover mission.