Proud to be part of BAE Systems, where decades of space expertise help advance the missions of tomorrow! Secure, resilient communications are essential to connecting ground and space, and it’s exciting to see our teams delivering capabilities that support the U.S. Space Force. #BAESystems #SpaceForce #Space

Scalable, jam-resistant communications. The U.S. Space Force is prioritizing resilience in the space-based data layer to ensure uninterrupted connectivity in contested environments. BAE Systems has been awarded a contract to support this mission by designing and demonstrating ultra-compact, space-hardened RF terminals. #Space #SoftwareDefinedRadio #RadioFrequency #RadiationTolerant

The C4ISR Space Systems team is notching multiple "firsts" in the race to provide the latest technology to the warfighter. Multiple waveforms, shrinking SWaP-C, and a family of RF solutions from seabed to space. Looking forward to tomorrow's challenges.

We are proud to welcome Ethereal Space, a U.S.-based company specializing in the development of space weather monitoring solutions, as part of the OSSIE-D mission. 🛰️ With the goal of advancing our understanding of the space environment, Ethereal Space is developing innovative technologies that will help protect satellites and critical infrastructure from the effects of space weather. ☀️ On this mission, two 3U CubeSats will fly aboard OSSIE-D, integrated within RAMI, our CubeSat deployment system, from where they will be deployed into orbit to begin their mission. 🚀 At UARX, we are proud to support projects that advance research and enable the development of new capabilities for the global space sector. Because every mission aboard OSSIE-D brings technologies into space that will help us better understand and protect the space environment. A special thank you to Maverick Space Systems, for their invaluable support throughout the integration of Ethereal Space’s payloads (BEECON-A PRISM-A) into OSSIE-D. More than colleagues in the space sector, they are also friends, and their support and collaboration have been key to making this integration a success. Thank you for being part of the journey! #OSSIERoadToSpace

👀 hi. 🛰️ Headed out to AFCEA Los Angeles Space Industry Days Oct 21 to show how our non-earth imaging and air/space moving target indicators analytics can provide space situational awareness for the United States Space Force. Here is a Vantor Legion shot of Gaofen-14 (GF-14): a Chinese high-resolution Earth observation satellite launched on 6 December 2020 from Xichang Satellite Launch Center aboard a Long March 3B launch vehicle. Background: The spacecraft is part of Chinas broader China High-Resolution Earth Observation System (CHEOS), a national strategic program intended to provide persistent domestic imaging capabilities while reducing dependence on foreign geospatial intelligence and commercial imagery providers. Gaofen-14 is not an isolated satellite but part of the broader CHEOS initiative, often described as Chinas equivalent to an integrated national Earth observation architecture. Ctrl Air + Space

Vantor's satellites can image objects across altitudes ranging from 200 km to 1,000 km in any inclination. And our advanced accuracy technology ensures the imagery is as closely aligned as possible to the object’s actual position in space. As good as 2.5cm resolution. I believe in owning the high ground and our NEI and Space Sentry capabilities give United States Space Force and the commercial space industry a distinct advantage. Whether it's a near-peer competitor's new satellite or the few few hours after a commercial constellation launch, visual intelligence is a critical input to effectively prepare and execute rendezvous and proximity operations. Ctrl Air + Space https://lnkd.in/e3Q-TtfS

Today we're introducing one of our members: Decentralized Space Network DSN builds software-defined ground stations for low Earth orbit and runs them as a shared network. Each station covers a wide band range - UHF through V-band - reconfigures remotely between frequencies, runs on under 200W, and deploys in under 24 hours. The company was founded by Georgi 'desync' Georgiev and Antonios Chatzis, former R&D lead and CTO at EnduroSat. DSN's platform serves commercial satellite operators, defence and security users, and space situational awareness work such as orbit determination and debris monitoring. The decentralised model lets a ground station operator host a DSN station and earn a share of the revenue it generates - turning ground infrastructure into a network that grows with every site added. Learn more at www.dsn.space or get in touch with Georgi and Antonios

The Large Satellite Market is evolving as governments, space agencies, and commercial organizations expand investments in satellite communications, Earth observation, navigation, defense, and advanced space infrastructure. From high-capacity communication satellites and Earth observation platforms to advanced navigation and scientific missions, large satellites are playing an important role in supporting the growing demand for reliable and high-performance space-based services. Free Sample Copy – Obtain a free copy of our sample report to explore the latest industry insights and market opportunities 👉 https://lnkd.in/dydQ_GFf As space organizations continue to focus on satellite modernization, advanced payload technologies, high-throughput communications, Earth observation capabilities, and next-generation space infrastructure, the market is creating opportunities across commercial, government, defense, and scientific applications. Discover how technological advancements, growing satellite communications demand, space exploration initiatives, and expanding investments in space infrastructure are shaping the future of the Large Satellite Market 👉 https://lnkd.in/d3Ni8VV9 #LargeSatelliteMarket #SatelliteIndustry #SpaceTechnology #SatelliteCommunication #EarthObservation #SpaceIndustry #Aerospace #SatelliteTechnology #SpaceInfrastructure #MarketInsights #DecisionsAdvisors

What Does Britain’s August Space-Protection Assessment Reveal About Orbital Risk? Britain’s National Space Operations Centre reported 54 monitored reentries during August 2026, compared with 62 in July. Published on September 21, its August space-protection assessment also described lower collision-alert activity and less space weather activity during the month....

Most satellites send down pictures and leave the analysis to the ground. Godel Space is building the layer that analyzes on board and proves what it did: it runs foundation models on the spacecraft and returns verified findings instead of raw pixels, with a signed record of the model, the data, and the mission behind every finding. Bounded autonomy: the spacecraft acts without waiting for the ground, and only within limits someone signed. What we learn from every run comes back as evidence and goes up again as a signed package. That is what makes the autonomy trustworthy: an operator can read every rule before it flies and verify every finding after. Agentic on the ground, deterministic at the edge. Wildfire, flood, and disaster mapping are where we're proving it first. Version one runs today at https://lnkd.in/gmjNyMKk on flight-representative hardware, with flight deployment in preparation. This week we join the first cohort of STAGE, the Space Northwest accelerator. Twelve weeks starting Monday at the Museum of Flight, a U.S. government growth track shaped by the Commercial Space Federation (CSF), and a capstone in December. We'll be introduced at the Space Northwest Symposium on September 29 in Federal Way. Because missions load as signed packages, the same layer takes on new Earth observation, situational awareness, and ISR work for commercial and government users without a new payload. If you make decisions on imagery that arrives after the window closed, or over a link you can't count on, I want to hear how you handle it today. Thank you to Sean McClinton, Michael Doyle, and Sierra Ré Hyson for the conversations that led here, and to Space Northwest, the Commercial Space Federation (CSF), and the cities of City of Kent, Washington, City of Redmond, WA, and City of Bellevue, Washington for backing a first cohort. #SeattleSpaceWeek #SpaceNorthwest #SPACE