Anemo Robotics has developed a camera technology that provides autonomous underwater monitoring for biodiversity assessment. Powered by AI and computer vision, they deliver actionable insights to monitor marine life effortlessly and accurately.

Kalypso Offshore Energy is an offshore solution provider with a specialized modular subsea cable repair and maintenance kit. This novel approach will allow for flexible and quick mobilization.

MESPAC provides an intelligence platform delivering accurate, continuous, and spatially refined wind, wave, and metocean data. Powered by satellites and AI, this information can be used for project development, financing, and operation.

Orpheus Ocean has developed a lightweight and modular Autonomous Underwater Vehicle for the collection of seafloor data. This provides a flexible and cost-effective solution for scalable deep ocean intelligence.

Reblade offers a drone-based edge erosion repair technology. Using robotics tools for automatically repairing wind turbine blades improves costs, time spent, and risks for developers, service companies, and OEMs.

Werover delivers continuous, real-time monitoring of wind turbine blades using acoustic sensors and AI-powered analytics. Enabling the digitalization of preventive maintenance of wind turbines and thereby increasing efficiency.

Boxkite Software develops a rapid online analysis system that quickly produces up to bankable-level accuracy energy yield assessments. This allows for swift site feasibility analysis, comparing different farm layout options, and iterating site design.

Claviate provides a visual data platform, using strategically placed cameras and sensors that record every step of the construction process. AI software collates and anonymizes the data, providing developers and OEMs with a transparent overview of progress.

Indeximate supplies a fibre optic sensing technology for predictive maintenance of subsea power cables. By remotely profiling the integrity and condition, cable lifetimes are extended and inspection is targeted, cheaper, and more efficient. The technology is hardware agnostic.

Pliant Energy Systems develops a highly maneuverable autonomous underwater vehicle with robotic propulsion technology. This efficient undulating propulsion system, with stealth characteristics and amphibious capabilities, enables new seafloor surveying capabilities.

Sensatek enables structural health monitoring of turbine blades by using video-based dynamic measurement analysis that extracts pixel-level vibration information. Utilizing ruggedized smart camera enclosures and motion extraction, the technology enables early detection and monitoring of damage progression.

Triton Anchor develops a novel low-cost, silently installed, foundation installation system. The modular anchor design allows for all platform sizes and soil types, allowing for any mooring configuration and it is marine life friendly. Technology also allows local manufacturing and rapid fabrication.

Benchmark Labs provides hyper-accurate forecasts to turbines and buoys. Unlike traditional approaches, Benchmark Labs offers asset-specific environmental forecasts to high-value asset managers to increase opportunity costs and operational margins.

Flucto's mission is to make the installation of offshore wind farms faster, more predictable and transparent to all stakeholders involved. With their bespoke sensors and software, the team is offering a one-stop-shop solution to scale up and bring wind farm installation to the digital age.

Heerema Engineering Solutions provides engineering and consultancy for the construction of offshore renewable projects. Their tool, METIS, was developed to better estimate the duration of the offshore construction process, solving a major challenge in the offshore renewable market.

OSC provides advanced simulators for offshore wind operations. This helps developers, original equipment manufacturers (OEMs), offshore wind bases and engineering, construction, and installation contractors de-risking the most advanced offshore wind installation projects.

Sperra is dedicated to using 3D printing technologies with concrete to manufacture low-cost renewable energy support structures, anchors, and subsea pumped hydro energy storage systems that couple with offshore wind.

VinciVR provides workforce recruitment, filtering, and training Virtual Reality tools for the offshore wind market. VinciVR leverages highly immersive, affordable VR technology to simulate complex offshore wind environments to engage and educate the US industry.