The SkyFall contract is Firefly Aerospace’s first assignment related to the mission.

Firefly Aerospace will design, produce, integrate, and qualify the SkyFall mission’s aeroshell.

NASA Jet Propulsion Laboratory awarded Firefly Aerospace a $13 million subcontract for the SkyFall mission.

The SkyFall mission is scheduled to launch no earlier than the end of 2028.

Firefly Aerospace will build and test the SkyFall aeroshell at its facilities in Texas.

The Altius mission will use limb-sounding techniques and a high-resolution spectral imager to deliver vertical profiles of ozone and other atmospheric gases.

ÉireComposites manufactured composite components for Altius, the European Space Agency’s Earth observation satellite.

ÉireComposites produced three carbon fibre stray light baffles for Altius’s optical instrument.

The Altius satellite is designed to monitor ozone and other trace gases in the atmosphere.

The three stray light baffles will be the first optical subsystem manufactured in Ireland to be launched into space.

The Altius mission is developed within ESA’s Earth Watch programme.

Altius is scheduled to launch in 2028 from Europe’s Spaceport in Kourou, French Guiana.

ÉireComposites’ project with ESA is supported by Enterprise Ireland and Údarás na Gaeltachta.

ÉireComposites’ three stray light baffles will be the first external satellite components and the largest functioning space hardware manufactured in Ireland to be launched into space.

The Altius mission is financed primarily by Belgium, with contributions from Canada, Luxembourg, and Romania.

The Euclid Consortium includes more than 2,000 researchers from 300 institutions and processes data from the Euclid Wide Survey.

Daming Yang is a researcher at Leiden University and the lead author of the study presenting the quasar discovery.

European Space Imaging’s upgraded ground segment prioritizes automated application programming interface integration over manual image requests.

European Space Imaging’s infrastructure overhaul rolls out across its regional facilities to support defense, border security, maritime tracking, and crisis response operations.

GAF Geospatial GmbH integrated European Space Imaging’s updated web system into the Copernicus Rapid Response Desk.

The Munich operational hub keeps data curation, cloud computing, and decryption workflows within a secure environment.

European Space Imaging’s upgrade is designed to reduce the time required to task, collect, and process high-resolution spaceborne intelligence.

European Space Imaging’s multi-sensor platform ingests high-resolution synthetic aperture radar and radio frequency signals in addition to optical data.

European Space Imaging’s upgraded Munich node provides a self-contained gateway for commercial satellite intelligence.

The Copernicus Rapid Response Desk uses European Space Imaging’s updated web system to execute automated catalogue queries, command urgent image acquisitions, and monitor order fulfillment metrics during emergency response and environmental security missions across Europe.

European Space Imaging operates an operational hub near Munich in close coordination with the German Aerospace Center.

European Space Imaging upgraded its satellite ground segment and cloud network architecture on July 8, 2026.

Europe’s space industry booked 10.9 billion euros ($12.5 billion) in sales in 2025.

Europe’s space industry sales increased 23% in 2025.

FireSat aims to provide wildfire updates every 20 minutes.

FireSat partners include Earth Fire Alliance, Muon Space, Moore Foundation, Bezos Earth Fund, and SpaceX.

SpaceX launched the three new FireSat satellites.

FireSat expanded its constellation by launching three new satellites.

The first FireSat satellite has been operating for about one year.

The structural DRAM shortage is expected to permanently shift the economics of ground-segment network equipment.

Micron is expanding a factory in Taiwan that will not produce new chips until at least the end of 2027.

High-Bandwidth Memory configurations require substantially more silicon wafer area and more complex cleanroom packaging than DDR4.

CCG Consulting released a market assessment that says the global Dynamic Random-Access Memory supply shortage will last far beyond initial industry projections.

Samsung is building a new factory in Gyeonggi Province, South Korea, that will not be completed until sometime in 2028.

SK Hynix, Samsung Electronics, and Micron Technology have locked in all of their available manufacturing capacity through advanced pre-sale agreements stretching into late 2027.

Micron is building a new mega-factory in Onondaga, New York, to manufacture DRAM that will not benefit the supply chain until sometime in 2028.

SK Hynix is investing $13 billion in a new factory in Cheongiu, South Korea, that will be completed at the end of 2027.

Modern enterprise telecommunications systems, including consumer Wi-Fi routers, cable modems, and optical ground segment electronics for fiber-optic and wireless satellite gateways, rely on DDR4 memory.

The consolidated manufacturing base is expected to maintain elevated baseline profit targets for conventional memory lines.

High-Bandwidth Memory chips stack multiple layers of modified memory dies vertically via through-silicon vias.

SK Hynix, Samsung Electronics, and Micron Technology have historically managed more than 90 percent of the worldwide supply of Dynamic Random-Access Memory.

Orienspace has moved pre-flight work into a dedicated facility to speed up Gravity-1 preparation processes.

Orienspace Co-Founder and Vice President Peng Haomin said the third Gravity-1 launch vehicle will fly no earlier than mid-July.

Orienspace is using a launch vessel shared with a few other users for Gravity-1 operations at the Haiyang Oriental Spaceport in Shandong province.

Gravity-1’s third launch will be Orienspace’s first normal commercial operation mission.