Our Portfolio

Meet the companies changing how innovation is done in aerospace and defence.

Our Investment Portfolio
49
Startups
12
Countries
3
Continents
Skyloom
Founder Santiago Tempone, Marcos D. Franceschini
Category Space
Location San Francisco, CA
Product

Skyloom is developing a Space-based optical data transfer network with 100% Earth visibility using just two ultra-small geostationary relay satellites (150kg each), providing high-capacity communication services for low Earth orbit constellations. By 2023, Skyloom aims at transferring 1.25 petabytes per day with flexible data repatriation and featuring a return channel for real-time tasking of customers’ satellites.

C4 Systems
Founder Tomer Orbach
Category Defense
Location Tel Aviv, Israel
Product

C4 Systems has developed a stand-alone augmented reality system for pilots that displays real-time mission information (waypoints, targets, joint forces, hazards, streets…) on a see-through display to aid decision making, optimize fleet coordination, and increase mission efficiency. The system is composed of AR displays, ground control station, and mission computers that connect ground, aerial, and maritime forces in real time.

Sen
Founder Charles Black
Category Space
Location London, UK
Product

Sen developed a space-grade 4K video platform that is compact, light and compatible with existing satellite platforms. They currently focus on providing 4K video monitoring of space operations (panel deployment, boom extension, stage separation…) as a service. Sen is capable of 4K Ultra-HD full color resolution with 30 fps and fitting in existing satellite and launcher platforms. Full pan and tilt functionalities.

Prime Lightworks
Founder Kyle Flanagan
Category Propellant-less electric propulsion for satellites
Location Culver City, CA
Product

Prime Lightworks is developing a RF resonant cavity thruster for satellite propulsion that could replace satellite propellant mass and conventional satellite propulsion systems. Prime Lightworks fully electric propulsion systems would increase satellite payload mass and orbital velocities, while lowering fuel emissions and launch costs to orbit. Satellites’ lifetime would be increased by making it only limited by their components failure, and not anymore by propellant capacity.

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