Exprivia works alongside public and private organisations to design and develop highly reliable systems, supporting mission-critical operations, security operations and advanced communication services. With over forty years’ experience in processing and analysing satellite data, we transform information from space into strategic solutions for Earth observation, territorial defence and the efficiency of telecommunications infrastructure.

The combination of advanced engineering, digital technologies and extensive international experience makes Exprivia the ideal partner to support public bodies, industry and telecoms operators in the most complex programmes, ensuring high performance, security and long-term reliability. We offer specialist expertise in the design and development of ground segments for major Earth Observation missions within the ESA, ASI and EUMETSAT frameworks, ensuring 24/7 operational continuity, resilience and precision at every stage of a mission’s lifecycle: from requirements definition to architectural design, from systems integration to operational management, right through to ongoing maintenance. Request information >>

Our solutions for the aerospace and defence sectors

Earth segments from a satellite mission

Earth segments from a satellite mission

End-to-end solutions for the acquisition, processing and distribution of Earth observation data.

Territorial monitoring platforms

Territorial monitoring platforms

Integrated technologies for real-time situational awareness to support critical operations.

Augmented and virtual reality

Augmented and virtual reality

Immersive experiences for training, maintenance and operational support in highly complex environments.

Digital Twin

Digital Twin

Intelligent virtual replicas to monitor, predict and optimise the performance of assets and infrastructure.

Copernicus Programme

Copernicus is an Earth observation initiative that provides accurate and comprehensive data and information on a global scale to monitor the environment and the security of our planet. Exprivia has been entrusted with all cybersecurity activities.

Cross-functional technological solutions

Cybersecurity

Cloud

Hyperautomation

Artificial Intelligence

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Advanced management of Cisco NSO AMS services for Open Fiber

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VISION: the new Visualization Client for the DestinE Platform

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AURORA Project: the Experiment Monitoring Station platform for Urban Air Mobility

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Destination Earth (ECMWF) and digital twins of Earth

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Iride Program: Solution for the Data Ground Segment Payload

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Copernicus: Long Term Data Archive and Preservation Service

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5G experimentation in Milan: remote analysis and medical consultation systems

Research Projects

EVER-EST: the virtual research environment

Research Projects

ACROSS

Case History

The user at the center of the business

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The IMS gateway that simplifies business

FAQ – Solutions for the Aerospace, Defence & Telecoms sector

What are ground segments (PDGS) and why are they essential for satellite missions?

Ground segments, or Payload Data Ground Segments, manage the entire lifecycle of data generated by satellites, from acquisition and processing through to distribution to end users. They are essential for ensuring operational continuity, data quality and the effective use of Earth observation information.

Integrated monitoring platforms combine data from satellites, drones and ground-based sensors into a single operational view. They enable rapid assessment of the situation, coordination of teams on the ground and protection of critical infrastructure, improving response times and the effectiveness of decisions.

AI is used to classify, segment and interpret images from optical and radar (SAR) sensors. Machine learning algorithms and predictive models enable the extraction of accurate information, the detection of changes in the landscape and the automation of processes that would otherwise require complex analysis.

AR/VR solutions enhance staff training and safety, support maintenance in complex environments and enable immersive visualisation of operational scenarios. They make knowledge transfer more efficient and reduce human risk in technical activities.

Digital twins replicate physical assets, infrastructure or geographical areas in real time, integrating IoT data, AI models and satellite information. They are used to monitor performance, predict anomalies, optimise industrial processes and support the planning of critical infrastructure and smart cities.