Our Portfolio

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

Our Investment Portfolio
49
Startups
12
Countries
3
Continents
Hionos
Founder Valentin Brossard, Amin Elmrabti
Category Aviation
Location Grenoble, France
Product

Pulsar, a reliable drone autopilot system that fuses various data (gyroscope, accelerometer, GPS, barometer and magnetometer) for flight stabilization and automated navigation.
Pulsar Factory, a development framework to help OEMs create their own autopilot system using a set of software building blocks that can be adapted to their unique drone architecture with them maintaining sole intellectual property while keeping most of certification credits.

Cluster
Founder Kim Taylor
Category Aerospace engineering
Location Los Angeles, CA
Product

The Cluster platform allows users to build a personalized employee profile that prioritizes skill verification rather than resumes and cover letters. After employees set their work preferences,
Cluster presents their profile directly to the hiring team that best matches the candidate. Cluster is a marketplace for matching Industry 4.0 skills to jobs and training at aviation, aerospace, defense and automotive companies.

Clarvoyant
Founder Matthew Clausen, Charles Goddard
Category Enabling technologies
Location Pasadena, CA
Product

Clarvoyant develops a computer model visualization platform based on holographic reality augmentation. The system can be used for any kind of computer-aided engineering model, allowing full-size holographic model replication with detailed technical insights. Clarvoyant can also be used to implement VR on websites for e-commerce applications.

Internest
Founder Hadrien Busieau, Nicolas Sczaniecki
Category Aviation
Location Paris, France
Product

Internest develops an embedded positioning system for drones and helicopters that use technological redundancy and dissimilitary to ensure the architecture is robust & resilient.

The solution is based on ultrasound and uses patented sensor fusion techniques and guidance algorithms. Both the sensors and calculators are redundant to ensure reliability at all times.

It allows for landing accurately on any kind of platform (even moving), in any environment (both indoor and outdoor), and in any conditions (night, fog, etc.) with centimetric accuracy.

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