Selected Highlights
GreenOffshoreTech: Building a European Fuel-Cell Stack for Maritime Propulsion
How Unleash Future Boats used GreenOffshoreTech to develop modular fuel-cell stack concepts, explore robotic European production and understand the hydrogen infrastructure required around zero-emission maritime propulsion.
Capital Markets · Relationship Provenance HSBC — DeepTech, Innovation and Capital-Market Dialogue UFB’s engagement with HSBC formed part of the company’s effort to connect a capital-intensive DeepTech business with the…
LUXlife Global Excellence Award: Recognition Beyond the Maritime Sector
LUXlife named Unleash Future Boats Most Innovative DeepTech Start Up Company – Germany. The recognition arrived as Luxembourg was becoming part of UFBs wider European journey.
UFB came to Mertert to present Green Boats Engineering and found Luxembourgs trimodal logistics ecosystem, short decision paths and a place that would become part of its European journey.
Unleash Future Boats
Unleash Future Boats developed DeepTech approaches to autonomous maritime systems, zero-emission mobility, resilient logistics and connected maritime infrastructure. Shipping is responsible for 2% of all greenhouse gas emissions, diesel, residues and lubricants pollute the oceans, and conventional boats are also very noisy. Climate change is causing low water levels on many shipping routes, which leads to restrictions in shipping. Its development history connected physical prototypes, real-world testing, industrial cooperation and European innovation programmes.
THE UFB JOURNEY
From technology to ecosystem.
The development history of Unleash Future Boats can be read as five connected chapters. A physical autonomous maritime system came first. From that starting point emerged questions about European technology capability, institutional adoption and regulation, the real-world infrastructure required to develop and validate autonomous systems, and finally external innovation and market response.
The five chapters are not a simple chronology of programmes or awards. They describe how technology moved from physical existence into architecture, public-sector learning, real-world autonomy infrastructure and external adoption.
01 · ZeroOne
A physical autonomous maritime system existed — and could be launched, operated and tested.
02 · European Technology
European capability, resilience and system architecture became deliberate technology choices.
03 · Institutional & Regulatory Network
A real system created new questions for test infrastructure, regulation and public institutions.
04 · Real-World Autonomy Infrastructure
Autonomous maritime systems moved into real-world testing on the 42-kilometre Digital Test Field on the Schlei.
05 · Innovation & Market
External Recognition and Market Response
Industry, innovation institutions and markets responded to a technology programme that had already become physical, institutional and operational. This included an SME Innovation Project selected through GreenOffshoreTech under Horizon 2020 Grant Agreement No 101005541 · DOI 10.3030/101005541.
Bringing Future Mobility on the Water to Life
FUTURE ONE
FutureOne was developed as UFB’s modular concept for autonomous, fully electric passenger transport on waterways, including fuel-cell and green-hydrogen propulsion concepts and capacity for up to 12 people.
CARGO ONE
CargoOne was developed as an autonomous logistics-vessel concept for container transport, zero-emission propulsion concepts and digital communication between vessels, terminals and ports.
GREEN BOATS ENGINEERING
Green Boats Engineering documented UFB’s engineering work on electric propulsion, battery systems, fuel-cell concepts and modular maritime retrofit architectures.
INNOVATIVE SENSOR TECHNOLOGY
UFB developed maritime sensor-fusion and perception concepts for autonomous operation under real-world conditions, using physical demonstrators and test environments for validation.
DIGITAL CONNECTED SERVICES
Digital Connected Services explored connected maritime infrastructure, on-demand mobility, fleet services and the digital interfaces between autonomous vessels and their operating environment.
