Bold statement: AI-enabled autonomy is redefining how space missions observe and respond in real time, and these pioneers are leading the charge. But here’s where it gets controversial: granting spacecraft the ability to decide what to observe without human input challenges traditional mission control dynamics and raises questions about reliability, safety, and accountability.
Ubotica Technologies, NASA JPL, and Open Cosmos have been named the 2025 SpaceNews Icon Award winners for Space AI Partnership, in recognition of their collaborative Dynamic Targeting technology. This system enables spacecraft to autonomously determine optimal science targets from orbit within seconds, powered by onboard artificial intelligence.
Developed at NASA’s Jet Propulsion Laboratory, Dynamic Targeting was tested on Hammer — a satellite designed, built, and operated by Open Cosmos, which also hosts Ubotica’s CogniSAT-6 mission. The satellite carries an autonomy payload featuring a commercially available AI processor developed by Ubotica, underscoring a practical approach to space-qualified AI hardware.
During the test flight, the onboard AI processed imagery in real time, selecting follow-up observations by looking ahead and evaluating data within seconds. The result is the ability to store, process, and download higher-quality imagery for scientists, all without human intervention, significantly accelerating the pace of data collection and analysis.
The SpaceNews Icon Awards, now in their eighth year, were presented at the Hopkins Bloomberg Center in Washington, D.C. The event gathered industry leaders and innovators to honor breakthroughs across commercial and civil space, cutting-edge technology, and sustainable practices.
Aubrey Dunne, co-founder and CTO of Ubotica, commented on the award: “This recognition honors the entire team and reflects years of work in developing space-qualified autonomous systems that empower satellites to sense, think, and act independently. It reinforces the idea that AI is becoming a core capability for modern space missions.”
Jordi Barrera Ars, CTO of Open Cosmos, added: “We’re immensely proud that our efforts to enhance satellite autonomy — enabling more efficient operation, greater capacity, and real-time information delivery — are being acknowledged. Open Cosmos has always aimed to build satellites that understand and connect the world.”
He continued, “This technology represents a leap forward: by allowing spacecraft to autonomously assess their surroundings and make decisions in real time, we’re opening a new paradigm for Earth observation. It’s not just about collecting data; it’s about collecting the right data—smarter, faster, and more responsively than ever before.”
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