Ubotica Raises $11M to Scale Orbital AI and Turn Satellites Into Real-Time Maritime Sentinels

Ubotica Technologies, an Irish company that builds artificial intelligence for spacecraft, has raised $11 million to scale the commercial rollout of its maritime-intelligence platform. The round, led by Act Venture Capital and Greencode Ventures with participation from existing investor Atlantic Bridge, funds the push to bring Live Maritime Intelligence (LMI) to market — a system designed to let satellites analyze data and act on it directly in orbit, rather than waiting for the imagery to be downlinked and processed on the ground. The bet behind the raise is simple: when threats move in real time, intelligence that arrives hours late is intelligence that arrives too late.

Who Ubotica Is

Founded in 2016 and based in Dublin, Ubotica has spent years building what it calls Orbital AI — the hardware and software stack that lets a satellite run deep-learning inference in space. The company's AI applications have been deployed on more than 30 Earth-observation satellites, and its end-to-end SPACE:AI platform can analyze optical, hyperspectral, and radar data on board. The funding round was led by CEO Fintan Buckley alongside co-founders Aubrey Dunne (chief technology officer) and John Bourke (chief financial officer). Buckley has framed this raise as a step toward near-term commercial traction, positioning the company for a larger fundraise down the line as it scales LMI.

The Core Idea: Remove the Bottlenecks

The traditional Earth-observation workflow has two bottlenecks. The first is the ground-in-the-loop bottleneck: imagery must be downlinked, stored, and processed on the ground before anyone can extract insight, which can take hours or days. The second is the human-in-the-loop bottleneck: people on the ground decide what each satellite should look at next, slowing how quickly a constellation can respond to events. 'If we can automate this by processing directly on board,' CTO Aubrey Dunne said, 'we can remove the human-in-the-loop bottleneck, we can remove the ground-in-the-loop bottleneck and build autonomous systems that are capable of generating higher value information and more information.' Ubotica's technology attacks both — analyzing data where it is collected and using those results to task sensors automatically.

Live Maritime Intelligence

Unveiled in April 2026, Live Maritime Intelligence is Ubotica's first productized application of Orbital AI for a specific market. According to CEO Fintan Buckley, LMI 'predicts where risk is emerging, tasks the right satellites and sensors, and delivers decision-grade intelligence in minutes, giving security teams the speed and efficiency they need to act.' Rather than passively imaging the ocean and hoping an analyst spots something later, LMI orchestrates a constellation to look where risk is rising — a dark vessel near critical infrastructure, an unexpected rendezvous at sea — and turns the result into an alert fast enough to matter. The platform is aimed first at protecting Europe's waters and offshore infrastructure.

The Investor Thesis

The backers framed the opportunity in both security and commercial terms. 'Nations can't afford to wait hours for imagery while a vessel goes dark over critical infrastructure,' said Andrew O'Neill, a principal at Act Venture Capital. 'Live Maritime Intelligence proves what on-board intelligence is worth: it turns Earth Observation from a camera into a real-time sentinel, starting with Europe's waters.' Greencode Ventures managing partner and founder Terhi Vapola added that with LMI, satellite constellations will be able to quickly detect threats 'anywhere across vast ocean areas, creating both a strategic security capability and a compelling commercial opportunity.' The dual framing — sovereign security need plus commercial market — is central to why investors see scale potential.

The Pedigree: Working With NASA JPL

Ubotica's maritime ambitions rest on a credible technical foundation. Working with NASA's Jet Propulsion Laboratory and U.K. satellite builder Open Cosmos, the company demonstrated Dynamic Targeting — a capability that let an Earth-observing satellite look ahead along its orbital path, analyze what it saw with onboard AI, and decide where to point its instrument, all without human involvement and in under 90 seconds. That 2025 demonstration, flown on a hosted payload, is essentially the engine underneath LMI: the same autonomous look-analyze-decide loop, pointed at maritime security instead of science observation.

Why Maritime First

Maritime domain awareness is an unusually good first market for Orbital AI. The oceans are vast, sparsely monitored, and increasingly contested — by illegal fishing fleets, sanctions-evading 'dark' vessels that switch off their transponders, and threats to undersea cables and pipelines. Conventional surveillance struggles because the area is enormous and the targets are deliberately evasive, so the value of detecting and reacting quickly is extremely high. That combination — high stakes, vast area, time-critical response — is precisely where on-board autonomy beats the slow, ground-dependent status quo, which is why Ubotica chose it to prove the commercial worth of its technology.

What to Watch Next

• Commercial traction for LMI with European maritime-security and government customers over the next two years.
• Whether Ubotica's on-board autonomy advantage holds as larger Earth-observation and defense players add edge AI.
• Expansion of Orbital AI beyond maritime into other time-critical domains such as disaster response and defense.
• The path to a larger follow-on fundraise as the company scales the platform.
• Continued growth of the installed base beyond 30+ satellites and across optical, hyperspectral, and radar sensors.

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