EOSDA’s roadmap includes integrating additional open datasets and advanced analytical algorithms directly into LandViewer’s browser-based interface.

EOSDA integrated multiple high-resolution data sources into LandViewer and deployed on-demand tasking features designed to support agriculture, forestry, and infrastructure markets.

Eutelsat canceled the deal to sell its ground segment infrastructure to private equity firm EQT Infrastructure VI after not all conditions to complete the deal were satisfied.

Eutelsat expected the transaction to take until 2026 to close because of the regulatory process.

Eutelsat operates the Skylogic Mediterraneo teleport in Sardinia.

Eutelsat would have received 550 million euros from the transaction with EQT Infrastructure VI.

The planned joint venture was intended to operate as an operator-neutral ground station-as-a-service company.

Under the planned joint venture, Eutelsat would have owned 20% and EQT would have owned 80% of the ground-segment business.

The non-completion of the transaction increases Eutelsat’s net debt to EBITDA ratio from 2.5 times to 2.7 times.

The non-completion of the transaction does not affect Eutelsat’s fiscal year 2025-26 financial objectives.

The non-completion of the transaction does not affect Eutelsat’s ability to fund capital expenditure related to its strategic growth trajectory.

Post-transaction Eutelsat would have spent between 75 million and 80 million euros per year on a service agreement with the joint-venture company.

Eutelsat entered into the deal with EQT in August 2024 to form a joint venture for its network of more than 70 teleports across France, Italy, Madeira, and Mexico.

Tomorrow.io is developing an AI-focused satellite constellation called DeepSky.

Matt Garland, CTO of BNSF Railway, views DeepSky’s contribution to agentic AI as a step toward continuously sensing operating conditions and translating that intelligence into network-wide decisions.

Tomorrow.io operates an agentic weather and climate AI called Gale that launched last summer.

Randy Chase, Tomorrow.io Atmospheric Data Scientist, frames the forecasting concept as tuning forecasts to specific needs rather than including every single weather event.

Tomorrow.io positions DeepSky as the world’s first AI-native, space-based atmospheric and oceanic sensing network.

NOAA validated Tomorrow.io’s satellites as operational-grade, finding their microwave sounders produce well-calibrated data with radiometric accuracy, low noise in the water vapor channels, and strong cross-satellite consistency in a preliminary report.

Shmon Elkabetz, Tomorrow.io co-founder and CEO, views private weather firms as complementary to governmental programs and likens the relationship to the SpaceX–NASA relationship.

Nikhil Ahuja, Senior Director, Planning and Supply Chain at Amazon, views operational resilience as depending on treating atmospheric data as mission-critical infrastructure and sees DeepSky enabling more adaptive and localized AI-driven decision systems.

Tomorrow.io completed launches of its tenth and eleventh microwave sounder weather satellites in November.

Tomorrow.io’s stated goal is to customize weather predictions to the needs and requirements of individual customers rather than produce only general forecasts.

Rei Goffer, Tomorrow.io co-founder and chief strategy officer, asserts the NOAA results validate that a hybrid government-commercial model is possible and essential.

Rei Goffer indicates the planned DeepSky satellites will be significantly larger, carry multiple very-high-impact co-located sensors, and be equipped with instruments of a different caliber.

Tomorrow.io provides focused weather and climate prediction services to corporate and governmental clients.

Tomorrow.io designed DeepSky to deliver the temporal density and observational diversity required by modern forecasting systems to support machine learning models.

Tomorrow.io describes the planned DeepSky constellation as proliferated to provide redundancy and reliability and to enable dramatically higher revisit rates than traditional systems.

Tomorrow.io’s completed satellite constellation has achieved a 60-minute global weather revisit rate.

Tomorrow.io has attracted attention from government and enterprise customers including Ford, Uber, and the U.S. Air Force.

Gen. Stephen Whiting represented U.S. Space Command on the conference panel.

Rep. Brian Babin compared the speed of the U.S. private sector to the Chinese Communist Party's pace in operationalizing LEO constellations and lunar ambitions.

Rep. Mike Haridopolos and Gen. Stephen Whiting joined Rep. Brian Babin on the conference panel addressing commercial space issues.

The panel identified physical and environmental roadblocks at the United States' primary spaceports.

Rep. Brian Babin is Chairman of the House Committee on Science, Space, and Technology.

The Commercial Space Act of 2026 would create a statutory framework that presumes private-sector activities are authorized unless the government can demonstrate a specific national security or safety risk.

Rep. Brian Babin views bureaucratic red tape from agencies such as the FAA and EPA as undermining the United States' private-sector ingenuity.

Rep. Brian Babin delivered a blunt assessment of regulatory hurdles facing the U.S. space industry.

The conference panel focused on the slow pace of commercial launch licensing.

Rep. Brian Babin spoke at the Space Mobility Conference in Orlando, Florida on January 29, 2026.

FAA Part 450 regulations were originally intended to streamline launch and reentry but have become a source of delay for companies seeking rapid flight cadences.

The Commercial Space Act of 2026 is expected to move through the House Committee on Science, Space, and Technology alongside a new NASA Authorization bill later this spring.

The Commercial Space Act of 2026 aims to establish the Department of Commerce as a one-stop regulatory shop for novel space activities not currently under FAA or FCC jurisdiction.

U.S. Space Command expanded its defense planning on January 28, 2026 to invite commercial space partners to participate in classified wargames focused on nuclear threats in orbit.

The wargames are a central pillar of the Commercial Augmentation Space Reserve (CASR), which is transitioning to full-scale operations in 2026.

The March 23, 2026 Wargame Tabletop Exercise will model scenarios involving adversarial use of nuclear weapons in space and the subsequent impact on commercial communications, imaging, and navigation services.

U.S. Space Command intends the formal integration of commercial firms in wargames to strengthen Integrated Deterrence by clarifying that a strike on commercial space hubs would be a strike on the U.S. national security apparatus.

The Commercial and Technology Integration Branch (J8) will launch a quarterly series of Wargame Tabletop Exercises (TTX) starting March 23, 2026 in Colorado Springs.

The Wargame TTX series is classified.

There are intensifying reports that Russia is developing on-orbit nuclear capabilities designed to disrupt proliferated low Earth orbit architectures.