Hadrien canter
alta ares
The Research and Applied AI Summit (RAAIS) is a community for entrepreneurs and researchers who accelerate the science and applications of AI technology. In the run up to our 10th annual event on June 12th 2026 in London, we’re running a series of speaker profiles to shed more light on what you can expect to learn on the day!
At RAAIS we have a focus on translating cutting edge technology and research into production-grade products for real-world problems.
Hadrien is the Founder and CEO of Alta Ares, a European AI-first defense company focused on the air domain. Alta Ares builds AI-powered systems for the detection, tracking, and interception of airborne threats, with a product stack spanning counter-UAS, ISR, and model deployment tooling. Its work is centred on real-time operation, autonomous guidance, and deployment in contested environments rather than purely experimental settings.
From operational experience to AI-driven air defense
Hadrien spent years working operationally across the Middle East and Eastern Europe, including Ukraine, before the region became central to European defense policy. After the 2022 invasion, he identified a critical air defense capacity gap and expanded Alta Ares into AI-driven counter-drone systems trained on battlefield data.
That background matters because air defense is one of the clearest examples of a domain where AI has to work under real constraints. The challenge is not only detecting or classifying a target, but doing so in real time, under adversarial conditions, with limited cost and limited room for error. Alta Ares’ product direction reflects exactly that emphasis, including autonomous interception, multi-sensor tracking, and operation in contested environments.
From battlefield-informed development to deployment
Alta Ares won the 2025 NATO Innovation Challenge, and its systems are now deployed against Shahed drones on the front lines in Ukraine.
This is what makes Alta Ares especially relevant in the current AI landscape. The company’s work is not framed around benchmark performance alone, but around whether AI systems can operate reliably in live environments where timing, robustness, and cost per interception all matter at once. That is a very different standard from lab evaluation, and one that is increasingly shaping how advanced AI is judged in high-consequence settings.
Why this matters now
Air defense is becoming a serious test case for applied AI. The hard problem is not just building a model that recognises an object or follows a target. It is building systems that can operate in real time, fuse sensor inputs, adapt to adversarial conditions, and remain usable in environments where failure is expensive. In that setting, AI is not an add-on. It is part of the operational system itself.
That is what makes Hadrien’s work relevant beyond defense alone. It reflects a broader shift in AI toward systems that are deployed in live, high-consequence environments, where robustness, autonomy, and deployment constraints matter as much as model quality. As more of the field moves in that direction, those questions are becoming central to what applied AI actually means.
Hadrien’s background
Before founding Alta Ares, Hadrien spent years working operationally across the Middle East and Eastern Europe, including Ukraine. That experience shaped his focus on air defense as a real deployment problem rather than a theoretical one, and informed Alta Ares’ expansion into AI-driven counter-drone systems trained on battlefield data.