Projects and References

Supporting the Green Transition in the Baltic Sea Region through the Analysis of Copernicus Earth Observation Data.

By adopting a new scanning technology, SCHULZ Systemtechnik will expand its portfolio of mobile device solutions in the future.

The new OHB visitor management system streamlines processes, ensuring safer and more efficient visitor management at the sister company OHB System AG.

Understanding climate change and urban heat island effects and taking action.

Demonstration concepts in the following areas: fisheries and aquaculture, digital tourism and cultural heritage, insurance and finance, monitoring the health of forest vegetation, and green mining and energy.

A project to analyze and assess the technical feasibility of, and to technically demonstrate, five different proofs of concept using Copernicus data and services.

Real-time cargo monitoring is only possible with a good tracking solution.

Document management without any friction.

Standardizing front-end development using the latest technology lays the groundwork for future system upgrades.

Digital Twin Earth Observation for Energy Risks – Predicting the impacts of variable power generation from photovoltaic systems, as well as operational risks for large PV systems due to extreme conditions.

Study on potential EU Earth observation services for government use.

We evaluated the potential of Earth observation for optimizing port operations and developed a new Earth observation product for monitoring bathymetry in the tidal zone in near real time - the EOTideLines application.

OHB Digital Services is developing a software solution at ArcelorMittal’s Bremen facility—a long-standing partner and the world’s largest steel group—to streamline the tracking and management of zinc slabs.

At ArcelorMittal’s Bremen plant, the efficiency and flexibility of production are enhanced through the integration of IT systems and manufacturing equipment, the self-organization of these systems, and the implementation of a scheduling system.

WebGIS platform for coastal resilience, including Earth observation data services for coastal monitoring, coastal flooding, land subsidence/elevation, and sea-level rise.

The ports of the future are those that optimize their operations through the use of various advanced technologies to reduce their environmental and economic impact and improve safety and reliability.

Scalable agricultural sensor data for improved monitoring of agricultural environmental conditions.

A semantic search engine that efficiently finds the desired information in technical documentation, regardless of specific search terms.

Advanced integrated system for detecting obstacles and track intrusions for the intelligent automation of rail transport.

Software for tracking, visualizing the status, and managing steel ladles.

Space-based innovative solutions for safety at railroad crossings.

Space-based applications for traffic monitoring and management to address issues affecting the main modes of land transport - roads and rail - such as traffic congestion and the adverse effects of extreme temperatures on railway infrastructure.

SPRINT4EO is bringing disruptive technologies to Earth observation through short, lean research sprints coordinated by OHB-DS. The ESA project relies on agile prototypes, evidence-based results, and a roadmap for scaling.

THEIA is an innovative project that uses advanced Earth observation technologies to improve the Copernicus security services.

OHB System is establishing an interface between the German satellite reconnaissance system and the French FSLGS ground station – providing the highest-resolution radar images from archive systems using software from OHB DS.

Using satellite data to bring more greenery to the city in the fight against climate change.

OHB Digital Services: A trusted partner of Converteam GmbH.

How data visualization and process optimization have improved operations.