The astrobiology patent is part of the Sardinian aerospace ecosystem’s strategy to turn research results into skills, collaborations, and development opportunities within the space economy.

The astrobiology patent developed in Sardinia has been granted in Japan and Russia.

Università degli Studi di Cagliari, Università degli Studi di Sassari, CRS4, DASS, and TOLO Green filed the astrobiology patent in 2021.

The activities for the astrobiology patent were led by DASS president Giacomo Cao with contributions from researchers and doctoral students at the Universities of Cagliari and Sassari and from CRS4.

The astrobiology project was later developed within Spoke 05 Aerospace of the eINS project coordinated by the University of Sassari.

The Small Mission to Mars program aims to reach Mars by 2035.

The astrobiology patent covers a process that simulates microgravity on Earth with a specially equipped clinostat that also reproduces a Martian atmosphere.

TOLO Green transferred its patent rights to CRS4 and DASS.

The astrobiology patent was developed through a collaboration among universities, research entities, and industry that began during the COVID-19 pandemic.

The EAGLE-1 optical ground station will serve as the main ground link for the system.

EAGLE-1 is being developed through a collaboration among ESA, the European Commission, and an industrial consortium led by SES.

EAGLE-1 is the first European end-to-end demonstrator dedicated to satellite-based Quantum Key Distribution.

The optical ground station will support EAGLE-1, the European quantum communications demonstrator.

SES, Airbus Netherlands, and the Municipality of Noordwijk signed a ground lease agreement for an optical ground station for EAGLE-1 at the NL Space Campus in the Netherlands.

The EAGLE-1 optical ground station will use laser links to exchange cryptographic keys between the space segment and the ground segment.

The EAGLE-1 optical ground station will be an Optical Ground Station rather than a traditional radio-frequency ground station.

Henon is being built by Italy’s Argotec.

Henon will monitor solar activity to demonstrate an early-warning capability for solar storms.

NASA’s MarCO CubeSats were deployed separately from the rocket’s upper stage and cruised to Mars independently.

ESA conducted a feasibility study with Arianespace to confirm that CubeSats could be safely accommodated as secondary payloads on an Ariane 6 flight.

NASA’s MarCO CubeSats communicated directly with Earth and relayed InSight’s landing telemetry in real time.

ESA’s feasibility study found that up to four 16U CubeSats can fit in the Ariane 6 launch architecture.

ESA expects Henon to independently venture into deep space, communicate directly with Earth, and maneuver to its final destination without relying on a larger spacecraft.

The European Space Agency has awarded a contract to launch its solar storm-monitoring Henon CubeSat on an Ariane 6 rocket.

Henon will use a miniaturised electric propulsion system to maneuver into a distant retrograde orbit around the Sun.

The Henon CubeSat is scheduled to launch in early 2027 as a secondary passenger alongside ESA’s PLATO telescope.

ESA and Arianespace conducted a feasibility study to confirm that CubeSats could be safely accommodated as secondary payloads aboard an Ariane 6 flight.

NASA’s MarCO CubeSats performed trajectory correction maneuvers with cold-gas thrusters.

Henon is scheduled to launch in early 2027 as a secondary passenger alongside ESA’s PLATO telescope.

Henon will use a miniaturised electric propulsion system to manoeuvre into a distant retrograde orbit around the Sun.

Arianespace won the launch contract for ESA’s PLATO mission in January 2025.

Italy’s Argotec is building the Henon probe.

Arianespace was awarded the launch contract for ESA’s PLATO mission in January 2025.

ESA can fit up to four 16U CubeSats in the Ariane 6 launch architecture studied for Henon.

SpaceX targeted liftoff of the Tranche 1 data transport mission for 1:32 p.m. PT on July 16, 2026.

SpaceX's Falcon 9 was vertical at pad 4E in California ahead of the launch of Semper Citius SDA's third Tranche 1 data transport mission.

SpaceX's Falcon 9 first stage B1103-4 was vertical at SLC-4E ahead of the SDA's Tranche 1 Transport Layer-E mission launch later that night at 20:32:27 UTC.

The SDA's Tranche 1 Transport Layer-E mission was the first launch since October after a strategic pause to fix satellite issues discovered after launch.

The global industry conducted 324 orbital launches in 2025 and deployed 4,556 satellites.

Orbex fell into bankruptcy despite previous government investments.

Isar Aerospace secured a 270 million euro Series D round in 2025.

Isar Aerospace raised 150 million euros through a convertible bond in 2025.

ICEYE raised 150 million euros in a 2025 European venture round.

European demand accounted for 20% of the global value-added services market in 2025.

European space ventures raised 1.4 billion euros across 88 deals in 2025.

European demand accounted for 22% of the global commercial Earth observation data market in 2025.

Global public space budgets declined 3% to 119 billion euros in 2025.

European customers accounted for 94 billion euros in downstream market demand in 2025.

Civil space accounted for 84% of Europe's 2025 public space funding.

Safran acquired the AI company Preligens.