D-ICE Engineering develops advanced dynamic positioning and routing systems for the maritime and marine renewable energy sectors, focusing on enhancing operational efficiency and safety while minimizing emissions. Their technology addresses the challenges of navigation and control in complex marine environments, enabling reliable and low-emission vessel operations.
Funding
$8.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SCFounders
Product
Problem
The maritime and marine renewable energy sectors face challenges in achieving optimal operational efficiency, safety, and emission reduction due to the complexities of navigation and control in dynamic marine environments. Existing dynamic positioning and routing systems often lack the sophistication needed to reliably minimize emissions while ensuring safe vessel operations.
Solution
D-ICE Engineering develops advanced dynamic positioning and routing systems designed to enhance operational efficiency and safety while minimizing emissions in the maritime and marine renewable energy sectors. Their OCEANiCS technology provides a comprehensive solution for navigation and control, enabling autonomous, reliable, and safe vessel operations in complex marine environments. By integrating design, innovation, control, and expertise, D-ICE Engineering delivers true solutions to real challenges, facilitating decarbonization and sustainable practices within the industry.
Target Audience
The primary target audience includes maritime, offshore energy, sailing, and marine renewable industries seeking to enhance vessel navigation, control systems, and reduce emissions.
Features
- OCEANiCS: Key technology for key operations and decarbonization.
- Advanced autopilot systems for low-emission RoRo vessels.
- Disruptive navigation system for large sailing cargo vessels.
- Tailored navigation system for hybrid wind-assisted vessels.
- Dynamic positioning (DP) expertise for high-performance sailing vessels, including tuning and commissioning.
- Numerical simulators for optimization of offshore operations.
- Routing optimization for complex tug operations.
- Development of filtering & fusion algorithms.