This includes e.g.:
• Carbon Capture and Storage: capturing, storing and reuse carbon dioxide emissions from various sources, such as power plants and industrial facilities.
• Clean Energy: developing sustainable technologies to harness renewable energy sources such as solar, wind, hydrogen and fusion.
• Energy Storage Solutions: innovating in battery technology, hydrogen storage, and other forms of energy storage to support the integration of renewable energy into the grid and enhance energy efficiency.
• Climate Data Intelligence: leveraging advanced data collection such as satellite earth observation data and advanced analysis technique such as machine learning to provide actionable insights and solutions to climate challenges.
• Advanced Materials for Climate: researching and developing new materials with properties suited for climate-related applications, such as lightweight and durable materials for wind turbines or heat-resistant materials for solar panels.

This includes e.g.:
• In-Space Services: orbital transport, satellite maintenance and refueling, earth observation, space debris removal, and enhanced situational awareness systems.
• In-Space Transportation: advanced propulsion technologies for interplanetary travel, and resource exploitation on other planets and asteroids through landers and space rovers.
• Reusable & Next-gen Rockets: e.g. launch services.
• In-Space R&D & Manufacturing, incl. pharmaceuticals, bioengineering, and materials science in space.
• Space Infrastructure: space stations and planes for different orbits, sustainable space energy sources, satellite platforms and systems for power, communication and thermal management.
• Unmanned Aerial Vehicles (UAVs): Drones have applications in various civilian sectors like agriculture, but they are also utilized in defense for surveillance, combat missions, de-mining etc.
• Unmanned Ground Vehicles (UGVs): robotics and autonomous vehicles can be employed for tasks such as delivery of goods in civilian sphere and navigate and perform various functions in military context.
• Advanced Materials: Materials developed for civilian purposes, such as lightweight composites, can also have military applications for creating stronger and more durable military equipment.