Mirai Robotics Is Building the Autonomous Operating System for the Ocean

The Macro: The Ocean Is Uncontrolled Territory

Eighty percent of global trade moves by sea. Ninety percent of Europe’s foreign trade depends on maritime routes. Ninety-five percent of international internet traffic flows through subsea cables sitting on the ocean floor. And virtually none of it is governed by the kind of software infrastructure that we now take for granted on land and in the air. The ocean, for all its economic importance, operates on a model that would be recognizable to a shipping executive from the 1980s: human crews, manual navigation, limited real-time surveillance, and enormous blind spots that stretch across millions of square miles.

This is not a problem that has gone unnoticed. The maritime autonomy market has been picking up momentum for several years, driven by converging pressures that make the status quo increasingly untenable. The workforce crisis alone would be enough to force change. The average age of commercial ship captains is climbing. Thousands of operational roles go unfilled every year. Training a qualified bridge officer takes years, and retention rates are poor because the job requires months at sea in conditions that most knowledge workers would find medieval. Add to that the operational cost of keeping human crews fed, housed, insured, and rotated on vessels that need to operate continuously, and the economics start looking like a sector waiting for automation whether it wants it or not.

Then there is the security dimension, which is where the real urgency lives. Maritime borders are effectively unpatrolled in most of the world. Illegal fishing, smuggling, and piracy are persistent problems in waters from the Mediterranean to the South China Sea. More critically, subsea infrastructure — the cables and pipelines that undergird the global digital and energy economies — is vulnerable in ways that most people do not think about until something goes wrong. The Nord Stream pipeline sabotage in 2022 made that vulnerability impossible to ignore. European defense planners are now grappling with the reality that they have thousands of miles of critical subsea infrastructure and almost no persistent capability to monitor it.

The result is a market that is both massive and structurally underserved. The blue economy is currently valued at over $2.5 trillion and projected to exceed $4 trillion by 2030. The defense component alone represents a multi-hundred-billion-dollar opportunity as NATO countries scramble to build maritime domain awareness capabilities that do not require crewing every vessel with a full human complement. Autonomous maritime systems are not a nice-to-have. They are becoming a strategic imperative for any country with a coastline.

The Micro: An Aircraft Builder Turns to the Sea

Mirai Robotics is a Puglia-based company building autonomous surface vessels and intelligence platforms for maritime operations. The company was founded in 2025 by Luciano Belviso, Luca Mascaro, and Davide Dattoli — a founding team whose collective track record is unusually strong for a pre-seed company, and whose backgrounds converge in a way that makes the ambition legible.

Belviso is the technical anchor. He previously founded Blackshape Aircraft, a carbon-fiber aircraft manufacturer based in Puglia that built high-performance two-seater planes for recreational and military training markets. Blackshape was eventually acquired by Angel Holding. Before that, Belviso studied aerospace engineering at the Polytechnic of Turin and mechanical engineering at EPFL in Lausanne, with additional work in space law. He is, in other words, someone who has already built complex physical machines in a regulated, safety-critical industry and brought them to market. Building autonomous boats is not the same as building carbon-fiber planes, but the engineering discipline, the manufacturing instincts, and the comfort with certification and defense procurement cycles transfer directly.

Mascaro brings the product and technology layer. He founded Sketchin, a digital product design firm that was acquired by BIP Group, where he served as Chief Innovation Officer. His background is in building technology platforms at scale — the software, interface, and systems-integration work that turns hardware into a usable product. Dattoli, the third co-founder, is the founder of Talent Garden, a European network of innovation campuses that operates across multiple countries. He sits on the board and brings ecosystem access, fundraising credibility, and a network that spans European tech and institutional circles.

What Mirai has built so far is more substantive than the typical pre-seed deck. The company has already developed two autonomous vehicle platforms designed for different operational profiles: one for ISR — intelligence, surveillance, and reconnaissance — and one for maritime patrol. Both can operate as standalone units or as part of coordinated fleets. The vehicles incorporate advanced perception systems, autonomous navigation, remote control capabilities, and safety systems designed for operation in contested or dangerous waters where putting human crews is either impractical or unacceptable. The company also develops autonomy and navigation solutions that can be retrofitted onto third-party vessels, which is a smart go-to-market hedge — it means operators can adopt Mirai’s technology without replacing their existing fleets.

The dual-use positioning is deliberate and, in the current European funding environment, strategically important. Mirai is not marketing itself as a pure defense company. It targets three sectors: defense (persistent ISR and patrol), commercial (offshore inspection, monitoring, logistics), and shipyard transformation (retrofitting existing vessels with autonomous capability). This triangulation gives the company multiple revenue paths and reduces dependence on the notoriously slow defense procurement cycle while still positioning for the large defense contracts that will define the market long-term.

The Money: A Record Italian Pre-Seed for Deep Tech

The $4.2 million pre-seed round — equivalent to 3.6 million euros — is one of the largest pre-seed raises in Italy’s robotics and deep-tech sector. It was led by Primo Ventures, Techshop, and 40Jemz Ventures, with participation from Italian and international angel investors.

Primo Ventures, through partner Gianluca Dettori, brings specific domain conviction. Dettori has been direct about the thesis: “The maritime domain is at an inflection point. We’re looking at a huge economy that still relies on operational models designed decades ago. The human capital gap alone — thousands of unfilled roles, aging workforces, increasing operational risk — makes the status quo unsustainable.” That framing matters because it positions Mirai not as a speculative bet on autonomous technology but as a structural response to a labor and security crisis that is already here.

The capital will go toward accelerating technology development, expanding the team, and launching pilot projects with institutional and industrial partners. For a hardware-plus-software company operating in the defense-adjacent space, $4.2 million is a starting gun, not a finish line. The burn rate on autonomous vehicle development is real, and the sales cycles with government and defense customers are measured in years, not quarters. But the pre-seed size and the investor composition suggest that this round was designed to get Mirai to a demonstrable operational capability — working vehicles in real maritime environments — that can anchor a substantially larger Series A on the back of proven performance rather than slide decks.

The Verdict: Europe’s Bet on Maritime Autonomy Starts in Puglia

Mirai Robotics is doing something that European defense and technology policy has been talking about for years without producing many credible startups to show for it: building physical AI systems for maritime sovereignty from within Europe, with European capital, on European terms. The fact that it is happening in Puglia rather than in a traditional defense hub is part of the thesis. Southern Italy has Mediterranean coastline, access to naval testing environments, deep industrial manufacturing culture, and proximity to some of the maritime corridors that most urgently need autonomous monitoring.

The risks are the ones inherent to any hardware company operating in defense: long development cycles, demanding certification requirements, procurement timelines that punish impatience, and the ever-present danger that a larger contractor absorbs the market opportunity before a startup can establish itself. Belviso has navigated this landscape before with Blackshape, which is a meaningful data point. He knows what it means to build a certified vehicle, sell it to defense customers, and exit. The question is whether that experience in aviation translates cleanly to maritime autonomy, where the physics, the regulatory environment, and the competitive landscape are all different.

My read is that Mirai is well-positioned for a specific and important reason: they are approaching autonomy as an engineering and industrial challenge, not a software demonstration. Too many autonomous vehicle companies build impressive demos and then struggle with the manufacturing, certification, and operational support required to actually deploy at scale. A founding CEO who has already built and sold a physical aircraft company is less likely to make that mistake. If Mirai can get working vessels into operational environments with defense and commercial customers in 2026 — which their timeline suggests is the plan — the next round will be substantially larger and the competitive moat will be the hardest kind to replicate: real machines doing real work in real oceans.