LOONA was developed within the NATO DIANA program.

ORiS was created in the CDP Venture Capital ecosystem with support from Galaxia.

ORiS is developing applications of its technology for lunar surface infrastructure and rover power transfer.

Anna Mauro is ORiS’s CTO.

ORiS’s first orbital mission is being developed with DCUBED and is planned for 2027.

ORiS’s first orbital mission will demonstrate wireless energy transfer between satellites over a distance of 10 meters.

ORiS completed a 4.5 million euro pre-seed round led by Earlybird and co-led by Pitchdrive.

ORiS will prepare its first orbital demonstration of its wireless power transmission technology.

Francesco Lopez is ORiS’s COO.

ORiS plans to complete a flight model by the end of July for a future satellite-to-satellite wireless energy transmission demonstration.

ORiS raised a total of 5 million euros in funding.

ORiS will evolve LOONA from a prototype platform into a dual-use system.

ORiS received 0.5 million euros through the Piedmont Region program called "Consolidamento patrimoniale e crescita delle start up innovative."

Domenico Edoardo Sfasciamuro is ORiS’s CCO.

ORiS develops laser-based wireless power transmission systems designed to transfer energy between space assets without physical links.

ORiS will use the funding to support future energy infrastructure for the space economy.

ORiS was founded by four engineers from the Polytechnic University of Turin: Andrea Villa, Anna Mauro, Domenico Edoardo Sfasciamuro, and Francesco Lopez.

ORiS has already completed a feasibility study for Thales Alenia Space.

ORiS has validated wireless energy transfer to a hovering drone at a distance of more than 100 meters using its laser transmission capabilities.

ORiS will expand its technical team with the new funds.

Andrea Villa is ORiS’s CEO.

LOONA is ORiS’s wireless charging platform for drones.

ORiS will expand its research and development capabilities with the new funding.

Poland will use $749 million in EU recovery funds to build secure telecommunications satellites for integration into the EU IRIS2 constellation.

QuantX Labs’ Proto-Flight Model is undergoing environmental qualification testing ahead of a planned launch in 2027.

QuantX Labs’ optical frequency comb mission provides flight heritage for its longer-term goal of deploying an optical atomic clock in orbit.

The Australian Space Agency’s Moon to Mars Demonstrator Program supports QuantX Labs’ optical frequency comb mission.

QuantX Labs’ KAIROS program is aimed at developing precision timing technologies for space applications.

QuantX Labs’ commissioning confirmed that the Australian-developed optical frequency comb survived launch and deployment and is operating as designed.

QuantX Labs commissioned and operated an optical frequency comb in orbit.

QuantX Labs’ optical frequency comb mission is part of the KAIROS program.

QuantX Labs’ in-orbit demonstration is intended to validate optical frequency comb performance in space and support development of the TEMPO optical atomic clock program.

The Australian Space Agency has invested in QuantX Labs’ quantum clock technology.

QuantX Labs’ in-orbit demonstration is intended to validate spacecraft interfaces and environmental performance for the TEMPO optical atomic clock program.

QuantX Labs’ technology is designed to enhance positioning, navigation, and timing services Australians depend on.

QuantX Labs’ orbital optical frequency comb was launched on 30 March 2026 aboard Exotrail’s spacevan orbital transfer vehicle.

Exotrail’s spacevan orbital transfer vehicle was deployed on SpaceX’s Transporter-16 rideshare mission from Vandenberg Space Force Base in California.

Reaction Dynamics’ RE-102 engines are designed to make storage and transport relatively safe.

Reaction Dynamics is recruiting talent in propulsion, avionics, manufacturing, structures, government relations, business development, and human resources.

Reaction Dynamics is attracting employees from Rocket Lab, ArianeGroup, Orbex, and Rocket Factory Augsburg.

Reaction Dynamics’ solid propellant fuel pellets are engineered for a consistent burn and are non-toxic, shelf-stable, and safe for long-term storage without risk of explosion.

Reaction Dynamics has been hiring at a pace of approximately one to two new employees per week since September 2025.

Reaction Dynamics plans to ship an Aurora vehicle for a suborbital test in Australia using standard shipping containers.

Reaction Dynamics plans to expand its Longueuil facility with additional factory-floor capacity and another floor of office space.

Reaction Dynamics’ Aurora launcher is designed to fit inside a standard shipping container.

Reaction Dynamics uses hydrogen peroxide as the oxidizer in Aurora.

Reaction Dynamics participated in NATO’s DIANA accelerator.

Reaction Dynamics uses patented solid propellant fuel pellets in Aurora.

Reaction Dynamics targets its first orbital launch for the fourth quarter of 2028.

Reaction Dynamics plans to use the same containerized logistics concept for Aurora’s shipment before flight operations.