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02/10/2026

📍 Burgos, Spain

We’re on the ground, putting Orbital AI to the test.

Together with our partners , B2Space and Avanzado de Tecnologías Aeroespaciales (CATEC), the team is integrating our AI software on an NVIDIA Jetson AGX, connected to a gimbal, GPS and camera.

This milestone is the last step before we fly the High-altitude pseudo-satellites (HAPS) and concludes this exciting project focused on detecting Oil Spills and introducing cutting-edge technologies in AI Processing, communications, and HAPS technology.

The setup simulates a HAPS flying over an area of interest. As the platform moves, the camera captures imagery, performs image processing and an AI model performs inferences in real time.

It may still be on the ground, but the mission is already underway. 🛰️

What makes this particularly exciting is what happened behind the scenes. The team has been working at pace, implementing last-minute changes, new requirements and integration challenges to get everything working together.

That’s how autonomous space systems are built: integrate, test, adapt, repeat.

And this video gives you a glimpse of it in action.

24/09/2026

New Space Spain is back for its 4th edition, and the Ubotica team is heading to Vigo!

Key leaders, innovators, and organizations from across the Spanish and Latin American space sectors will gather to discuss the future of the industry.

We’re proud to highlight our colleague Lucia Martín, who will present a poster on NAIPE (Novel AI Platform for Space)—a project developed in close collaboration with our partners at CATEC.

NAIPE focuses on enabling real-time, on-board AI processing for space missions. By evaluating and benchmarking advanced hardware accelerators for the orbital environment, the team has successfully advanced on-board AI processing capabilities.

Joining the event in Vigo? Be sure to connect with Lucia and the team to discuss how edge processing and Orbital AI are unlocking real-time Live Earth Intelligence!

02/09/2026

Why do we need to monitor dark vessels?

In our webinar with Open Cosmos, we explored how In-Orbit Intelligence can help bring faster, actionable insights to maritime monitoring.

Here, David Rijlaarsdam, our Director of Space System Engineering, explains why identifying vessels that go dark is so important for maritime security.

25/08/2026

Why combine Earth Observation + AI for maritime intelligence?

In our webinar with Open Cosmos we explored the shift toward In-Orbit Intelligence and the role of AI in delivering faster, smarter insights from space.

Here David Rijlaarsdam our Director of Space System Engineering explains why EO + AI is so powerful for maritime monitoring.

21/08/2026

Europe’s Naval Surveillance Burden Is Growing

The Royal Navy spent 21 days in July monitoring Russian naval activity around UK waters and the North Atlantic.

In May, it was 25 days. In April, Royal Navy ships or aircraft monitored the Russian frigate Admiral Grigorovich every single day.

Across the first seven months of this year, monitoring activity is up 25%.
This is becoming a permanent operational requirement across all European Navies. But ships, aircraft and crews are finite. Every day spent shadowing a vessel is a day that asset is not available for something else.
This is the problem we built Live Maritime Intelligence to solve.

LMI starts with risk.

A model of the maritime domain predicts where risk is developing: a tanker going dark near critical infrastructure, an unusual ship-to-ship rendezvous, a vessel loitering or behaving unexpectedly.

LMI then orchestrates the best-placed sensor to take a closer look. Where onboard processing is available, the observation can be analysed in orbit and detections delivered in minutes. Radar, optical, AIS, RF and other intelligence can then be fused into a single picture.

And every new observation updates the risk picture and helps determine where to look next.

Predict. Observe. Confirm. Update. Repeat.

Live Maritime Intelligence is in operational use with European government customers today.

For a navy, this changes the arithmetic.

The sensors maintain the watch. Ships and aircraft respond when the intelligence says they are needed.

Persistent awareness without persistent deployment.

01/07/2026

Going dark is a choice, and so is being able to see it.
In this scene, three ships are visible together. INDIAN HARMONY and LEO ASPHALT I are broadcasting AIS, while the vessel between them is not.
This is a single observation from CogniSAT-6, captured 500 km above the ocean. The spacecraft acquired a 32-band hyperspectral image, and our Orbital AI processed it on board to extract the information that mattered straight away. Those insights were sent to the ground within minutes and matched against AIS, while the full image followed later.
Two vessels matched. One did not.
That is exactly why timing matters at sea. Maritime activity does not pause while imagery is waiting to come down; a vessel can switch off AIS, change course, meet another ship and move on long before the traditional workflow has caught up.
Many companies talk about onboard AI processing, but few have shown that it works repeatedly in orbit and in real operations. Ubotica has now executed more than 350,000 inferences in space across multiple missions, and that experience is what allows us to turn a single observation into something operationally useful.
For us, this is not a future concept or a one-off demonstration. Orbital AI is already operating in orbit on multiple satellites and supporting Live Maritime Intelligence today.
What changes after that first detection is just as important as the detection itself. If you know where a vessel is now, you have a much better basis for judging where it is likely to go next, which means the right sensor can be tasked to reacquire it, whether optical, SAR or RF. One observation starts to become a persistent picture, and that picture sharpens as new data comes in.
This is Live Maritime Intelligence.

23/06/2026

Today we announced an $11 million round to scale Live Maritime Intelligence, powered by our Orbital AI.

Maritime security has become one of the defining challenges for governments. Nations have to protect vast ocean areas, undersea cables, pipelines, offshore energy and strategic shipping routes, often with limited resources (people, vessels, sensors, satellites).

Today's Earth Observation model does not scale. You cannot watch everywhere, all the time. And when satellites just capture imagery for processing back on the ground, the delay matters. A dark or suspicious vessel can cross critical infrastructure and be hundreds of kilometres beyond before the intelligence ever reaches the people who need it.
That is the problem we set out to solve.

LMI is the only system that predicts where maritime risk is rising and orchestrates the best available space-based assets (optical, SAR, RF) to get eyes on it before it becomes an incident. It dynamically tasks the best satellite or sensor, and uses onboard AI to process the result in orbit, so the answer comes back in minutes.

Most maritime tools are analytics. They help you understand what a vessel is and what it has done. LMI is predictive and operational. It tells you which vessels are suspicious, what they are doing, and where they are heading. Then it stays on them, handing off from one satellite or sensor to the next to keep them in sight.

We have spent years pioneering AI at the orbital edge, running hundreds of thousands of inferences in space across multiple missions with organisations such as ESA and NASA JPL. We are proud that this hard-won work now does something that matters: helping nations protect the waters and infrastructure they rely on.

This year, several nations start piloting LMI. The funding lets us deliver for them, and help protect the waters they depend on.

Read the press release here: https://zurl.co/4ORqv

02/06/2026

Great conversation at the Dublin Tech Summit with Sifted’s Éanna Kelly, where our CEO Fintan Buckley shared some of Ubotica’s journey from commercial SPACE:AI into security and defence applications.

One line that stuck:

“The technology didn’t fundamentally change. The geopolitical situation changed at pretty much the same time.”

It led to an honest conversation around dual-use technology, how Ireland’s thinking is evolving, and why Space and AI are becoming an important part of resilience and awareness, especially at sea.

Thanks to Éanna and the Dublin Tech Summit team for the chat.

28/05/2026

Going to AI4Space at CVPR 2026?

Catch David Rijlaarsdam, our Director of Space Systems Engineering, on Thursday 4 June at the Colorado Convention Center.

David will present an operational update on our AI-enabled spacecraft. We have performed hundreds of thousands of inferences on orbit, and he'll share what we have learned.

He'll walk through novel applications of our technology such as Dynamic Targeting, our spacecraft autonomy work with NASA JPL which was recently rewarded with the SpaceNews AI breakthrough of the year award.

Join us to learn how we leverage onboard processing, data fusion and sensor scheduling in SPACE:AI, to turn satellite data into intelligence you can act on.

27/05/2026

Tomorrow at Tech Summit Summit, the conversation around dual-use innovation takes centre stage.

Fintan Buckley CEO of Ubotica joins Eanna Kelly of to explore how Ireland’s technology sector is evolving from commercial innovation into strategic dual-use capability, and why space technology is becoming increasingly critical to national resilience and security.

This is a conversation you won’t want to miss. As the landscape shifts, Irish companies are facing new opportunities, new responsibilities, and new questions about how advanced technologies move from commercial applications into defence and strategic operations.

📍 Nexus Stage
🗓 May 28
⏰ 12:10pm

At Ubotica, we believe responsible dual-use innovation will play an important role in shaping the future of Europe’s technology and security ecosystem.

Address

DCU Alpha, Old Finglas Road, Glasnevin
Dublin
D11KXN4

Website

http://www.ubotica.com/

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