CTNA and Confindustria estimate that the Italian aerospace sector generates more than 21.4 billion euros in revenue.

Sedaro’s platform is intended to help the U.S. Space Force model, connect, and evaluate space architectures within a unified virtual environment.

Space Systems Command selected Sedaro to develop a first-of-its-kind federated digital engineering platform.

Sedaro and Space Systems Command are replacing rigid, static documentation with dynamic, cloud-native digital twins for complex systems engineering.

The platform is designed to let military planners simulate entire operational mission threads end-to-end.

Space Systems Command is using digital engineering to compress procurement timelines and verify structural dependencies before physical hardware arrives at a launchpad.

Sedaro’s platform is designed to securely link disparate federated tools and analytical models into a single high-fidelity simulation engine.

Ángel Moratilla has warned that dependence on external servers and foreign-controlled services can endanger space systems and assets.

Ángel Moratilla said onboard AI in satellites must operate within very limited energy constraints.

Fernando Gómez-Carpintero says Spain can supply energy-management electronics for missions ranging from lunar flights to LEO constellations.

The congress identified defense, security, cybersecurity, space debris management, and safe end-of-life satellite disposal as key challenges for the Spanish space sector.

The panel on critical future technologies included Álvaro Giménez of CSIC, Fernando Gómez-Carpintero of Airbus Crisa, Miguel Ángel Molina of GMV, Fernando García of Indra, and Ángel Moratilla of INTA.

Fernando Gómez-Carpintero said Europe has a significant dependence on semiconductors, gallium nitride, and high-capability integrated circuits for space use.

Miguel Ángel Molina said Spain should specialize in safe, intelligent, and resilient operation of European space infrastructure.

Spain has strong capabilities in power electronics, active communications antennas, and carbon-fiber satellite structures.

Airbus Crisa says Europe needs a heavy launch vehicle capable of putting astronauts into orbit and competitively launching constellations.

Fernando Gómez-Carpintero said Spain can supply power-management electronics at a top level for missions ranging from the Moon to LEO constellations.

Satellite onboard AI must make autonomous decisions in flight while operating within very limited power constraints.

Miguel Ángel Molina of GMV proposed shifting from "strategic sovereignty" to "sovereignty through relevance" by making Spain indispensable to other countries.

Fernando García of Indra says a plant dedicated to gallium nitride has been opened in Galicia.

Airbus identified a heavy-lift launcher capable of putting astronauts into orbit and launching constellations competitively as Europe’s top priority for space access.

Álvaro Giménez of the CSIC moderated the panel with Fernando Gómez-Carpintero of Airbus Crisa, Miguel Ángel Molina of GMV, Fernando García of Indra, and Ángel Moratilla of the INTA.

Fernando García of Indra said Spain has opened a gallium nitride production plant in Galicia.

Miguel Ángel Molina of GMV argues that Spain should become a strategically indispensable partner by making European space infrastructure operable.

Spain has established capabilities in power electronics, active communications antennas, and carbon-fiber satellite structures.

European space companies face a significant dependence on semiconductors, gallium nitride, and high-capacity integrated circuits for space use.

The Congress of Space Engineering identifies defense, security, cybersecurity, space-debris management, and safe end-of-life satellite destruction as priorities for the Spanish space sector.

ESA estimates that capturing a comparable mosaic would require around 2000 hours using the Keck Observatory.

ESA plans for the Euclid mission to run for six years.

The Euclid mosaic covers the region that the Roman space telescope is expected to monitor for planet hunting.

The GSTP functions as a funding mechanism that bridges early engineering concepts and flight-ready hardware.

Canada’s associate membership in the European Space Agency gives Canadian hardware and software developers access to international space engineering projects.

The Canadian Space Agency uses the survey to determine Canadian space sector capabilities and interest for selecting GSTP Develop Compendia activities eligible for open competitive procurements by Canadian entities.

The Canadian Space Agency is seeking expressions of interest from domestic organizations for the ESA General Support Technology Program 2026-2028 cycle.

The cybersecurity initiative includes eight specific activities designed to accelerate security products that protect space infrastructure from digital threats.

Technology development activities under the ESA General Support Technology Program baseline receive 100 per cent funding.

The current Canadian survey targets the Develop phase of the ESA General Support Technology Program.

Canadian entities must be registered in the ESA procurement portal to access the technical documents for the survey.

The ESA General Support Technology Program operates under three elements called Develop, Make, and Fly.

The ESA General Support Technology Program aims to mature space technologies and techniques, build specialized components, and develop test beds for future missions.

Fossa Systems operates its own IoT network designed to provide global connectivity and strategic capabilities in areas without terrestrial coverage.

Fossa Systems develops proprietary infrastructure for satellite IoT connectivity, secure communications, and signals intelligence from space.

Fossa Systems closed a 9.25 million euro funding round to accelerate international expansion and expand its sovereign satellite capabilities worldwide.

Fossa Systems has launched more than 25 satellites since its founding.

Fossa Systems expects its next launch in the coming weeks to be the 26th satellite in its constellation.

Fossa Systems develops proprietary technology for satellite IoT connectivity, secure communications, and space-based intelligence solutions.

NATO's Diana program selected Fossa Systems for its low-Earth-orbit electromagnetic intelligence capabilities and dual-use technologies.

Fossa Systems opened its third office in Tokyo after Madrid and Lisbon.

Fossa Systems' technologies have applications in energy, logistics, agriculture, critical infrastructure, and national security.

NATO selected Fossa Systems for its low-Earth-orbit electromagnetic intelligence capabilities and dual-use technologies.