Mirai Robotics Raises $4.2M to Build Autonomous Systems for the Future of Maritime Operations

The oceans remain one of the world’s most critical yet technologically underdeveloped infrastructures. Despite carrying the majority of global trade and supporting a rapidly expanding blue economy, maritime operations still rely heavily on human crews and fragmented monitoring systems.

A new European startup believes autonomy can fundamentally change that equation.

Italy-based Mirai Robotics has raised $4.2 million in pre-seed funding to develop autonomous maritime systems designed to operate in some of the world’s most demanding environments. The round was led by Primo Capital, with participation from Techshop, 40Jemz Ventures, and a group of Italian and international angel investors.

The funding will be used to expand the company’s robotics and AI technology, hire additional engineers, and launch pilot programs with industrial and institutional partners.

The Maritime Domain’s Untapped Digital Frontier

Although the maritime sector underpins global commerce and communications, it remains far less digitized than most critical industries. The oceans cover roughly 71% of the planet, yet large areas remain poorly monitored and difficult to manage in real time.

Traditional maritime operations rely on crewed vessels, periodic patrols, and satellite observations that provide only intermittent awareness. At the same time, maritime infrastructure continues to expand, including subsea cables, offshore energy platforms, and increasingly dense shipping routes that require constant monitoring.

Labor shortages are also creating structural pressure across the sector. Many maritimes are becoming harder to fill while the average age of captains and operators continues to rise. As these trends converge, the existing operational model is becoming more difficult to sustain.

Mirai Robotics was founded to address these structural challenges by building autonomous systems capable of persistent operation at sea.

Building an Autonomous Operating Layer for the Oceans

The company describes itself not simply as a robotics startup but as an AI robotics lab focused on physical autonomy in mission-critical environments. Its technology combines robotics hardware, advanced sensing systems, artificial intelligence, and control software into an integrated platform designed to operate continuously in real maritime conditions.

Rather than building single-purpose vessels, Mirai is developing an “autonomous stack” that connects vehicles, sensors, navigation, and command systems into a unified operational ecosystem.

This approach allows autonomous boats to perform tasks such as surveillance, monitoring, and inspection with minimal human intervention while maintaining real-time situational awareness. Systems can operate independently or as part of distributed fleets, enabling long-duration missions that would be costly or risky with traditional crewed vessels.

The technology is also designed to support both supervised navigation and fully uncrewed operations depending on mission requirements.

Dual-Use Systems for Security and Industry

Mirai’s early focus is on autonomous vehicles designed for intelligence, surveillance, and reconnaissance (ISR) missions as well as maritime patrolling. These systems are intended to operate in both coastal and offshore environments where persistent monitoring is critical.

Beyond its own autonomous platforms, the company is also building navigation and control technologies that can be integrated into third-party vessels. This allows existing fleets to adopt autonomous capabilities without undergoing a full redesign.

The strategy reflects a dual-use model that targets both commercial and institutional markets. Potential applications range from infrastructure protection and offshore energy monitoring to maritime security and logistics.

A Founding Team Rooted in European Tech and Industry

Mirai Robotics was founded by Luciano Belviso, Luca Mascaro, and Davide Dattoli, a group of entrepreneurs with experience across aerospace, design innovation, and venture-backed startups.

Belviso previously led complex industrial companies including aircraft manufacturer Blackshape. Mascaro founded digital design firm Sketchin, which was later acquired by BIP Group, where he served as Chief Innovation Officer. Dattoli is known for founding Talent Garden, a European tech and education platform that has supported startups and digital talent across the region.

The founding team has assembled a pan-European group of engineers and researchers specializing in robotics, artificial intelligence, and complex systems.

Why Italy Is Becoming a Hub for Maritime Autonomy

Mirai Robotics is headquartered in Puglia, a region strategically located in the Mediterranean with strong ties to maritime engineering and shipbuilding.

Italy’s long-standing expertise in naval architecture, offshore engineering, and defense technology provides a natural foundation for the next generation of autonomous maritime systems. The country has historically been a global leader in shipbuilding, from luxury yachts to defense vessels and offshore infrastructure.

Mirai aims to build on that legacy by establishing a European center of excellence focused on maritime autonomy.

Implications for Maritime Research and Industry

Autonomous maritime systems could reshape how oceans are monitored and managed. Many maritime activities—from scientific research to infrastructure inspection—still rely on short, expensive missions carried out by crewed vessels. This limits how frequently large areas of the ocean can be observed.

Long-duration autonomous surface vehicles could enable continuous data collection across vast regions. For researchers, this could improve monitoring of ocean temperatures, currents, and marine ecosystems. For industry, it could provide more consistent inspection of offshore infrastructure such as energy platforms, subsea pipelines, and undersea communication cables.

Persistent observation could also strengthen maritime safety and environmental monitoring by allowing earlier detection of issues like oil leaks or illegal fishing activity.

However, building reliable autonomous systems for the open ocean remains technically challenging. Harsh weather, limited connectivity, and the complexity of navigation at sea mean progress will depend on advances in robotics engineering, sensing systems, and control technologies alongside artificial intelligence.