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.

CAS Space plans to introduce Kinecore-2 on the tri-core Kinetica-2 launch vehicle and replace the externally sourced YF-102 engine from the Academy of Aerospace Liquid Propulsion Technology.

CAS Space is looking to fly Kinetica-2 twice in 2026.

The specific Kinecore-2 unit used in the firings has fired for over 2,000 seconds while remaining in operational condition.

CAS Space targets making Kinetica-2’s tri-core first stage reusable by 2028.

Kinetica-2’s second flight is targeted for September.

CAS Space designs and produces Kinecore-2 internally.

CAS Space has continued development firings of its Kinecore-2 engine at its firing center in Conghua, Guangzhou, Guangdong.

Kinetica-2’s second mission is expected to carry eighteen Qianfan space-based connectivity constellation satellites.

CAS Space’s July 1 poster for the 105th anniversary of the Communist Party of China featured propellant tanks, structures, and a complete fairing for a Kinetica-2 in production.

Kinecore-2 burns rocket-grade kerosene and liquid oxygen to generate 110 tons of thrust.

CAS Space has conducted over 5,000 seconds of Kinecore-2 test firings through a handful of development units.

Kinecore-2 completed two test firings of 220 seconds and 400 seconds, for a cumulative firing time of 620 seconds.

Teodoro Valente served as president of the Italian Space Agency from 2023 until his death.

Under Teodoro Valente’s presidency, the Italian Space Agency advanced PNRR-funded space projects including Smart Factories 4.0, the expansion of the Matera space center, technological frontier programs, the IRIDE Earth-observation satellite constellation, space science, and microgravity experiments.

Italy held the presidency of the United Nations Committee on the Peaceful Uses of Outer Space during Teodoro Valente’s tenure.

Under Teodoro Valente’s presidency, the Italian Space Agency strengthened bilateral relations with NASA and reached agreements for the lunar module MPH and for new opportunities for Italian astronauts in the Artemis program.

Teodoro Valente was a full professor of Materials Science and Technology at Sapienza University of Rome.

Elda Turco Bulgherini has assumed the functions of president of the Italian Space Agency to ensure continuity and operational capability.

The Italian Parliament approved Italy’s Space Law in 2025.

Teodoro Valente served as president of the National Interuniversity Consortium for Materials Science and Technology.

Italy held the presidency of the ESA Council of Ministers during Teodoro Valente’s tenure.

Loft Orbital integrates standardized satellite platforms and installs customer payloads on them.

Apex was founded in 2022.

Loft Orbital was founded in 2017.

The Apex Nova platform will expand Loft Orbital’s off-the-shelf portfolio for missions requiring higher size, weight, and power margins.

Loft Orbital operates a space infrastructure as a service model for commercial, institutional, and government customers.

The Loft Orbital model reduces development time and complexity compared with fully customized programs.

The first Nova platform for Loft Orbital is expected to be delivered by the end of 2026.

Apex develops standardized satellite buses designed to reduce mission build time and cost for commercial and government customers.

The Nova platform will give Loft Orbital greater electrical power, payload capacity, and growth margin than smaller satellite buses.

Loft Orbital has an agreement with Apex for up to 10 Nova family satellite platforms.

The Loft Orbital and Apex agreement includes advanced sensing, high-speed communications, and missile warning or tracking for national security applications.