EvoLogics | Collaborative R&D Projects

● Research and innovation are the cornerstones of EvoLogics.

We believe that collaborative R&D is essential for turning bold ideas into working prototypes — and ultimately, into groundbreaking products. By partnering with leading research institutions, academic groups, and industry players, we accelerate the development of novel solutions and bring visionary concepts to life.

Our R&D efforts are focused on:

Underwater communication

Underwater positioning

Underwater acoustic networks

Bionic robotics and intelligent systems

Advanced sonar imaging

Marine environmental monitoring

As coordinators and active partners in state- and EU-funded research initiatives, we are committed to shaping the future of marine technology through strategic collaborations.

Projects

Ongoing

RAMONES

RAMONES develops advanced low-power sensors and robotic systems for high-resolution, real-time underwater radioactivity monitoring in challenging ocean environments

UNDINA

UNDINA project advances underwater robotics with tri-mode communication using optics, acoustics, and magnetic induction

MUM2navigate

The MUM2navigate project advances underwater swarm tech with a multi-docking system for the MUM Large Modifiable Underwater Mothership

I-Call

The I-CALL project develops miniaturized ultrasound tech for safe, multi-channel communication among implants, enhancing neuroprosthesis performance and patient care

Bionic RoboSkin

Bionic RoboSkin integrates flexible, moisture-resistant sensor tech for subsea robots, enabling touch detection, autonomous navigation, and geo-exploration in challenging environments

Projects

Accomplished

MiRo-Base

MiRo-Base develops a new mini-ROV system, aiming for high-tech, efficient underwater inspection tools. The project aims to position "Made in Germany" mini-ROVs globally

MagnetoBot

MagnetoBot enables precise ordnance detection in inland and coastal waters, identifying small ferromagnetic objects with advanced navigation and magnetic-free propulsion

BONUS SEAMOUNT

BONUS SEAMOUNT develops cutting-edge sensors and vehicles for real-time Baltic Sea surveys, studying seabed integrity, groundwater discharge, and ecological impacts

NaviMUM

NaviMUM develops autonomous network nodes for precise underwater navigation, positioning, and communication, enabling advanced mission strategies and safety measures

BOSS - Manta Ray

The BOSS Manta Ray AUV offers bionic design and efficient propulsion, enabling precise underwater exploration, seafloor mapping, and environmental monitoring

WiMUST

WiMUST develops a reconfigurable underwater acoustic array using cooperative marine robots, revolutionizing geophysical and geotechnical surveys with precision and efficiency

OWSplus

OWSplus develops innovative floating offshore wind technologies, focusing on substructures, platforms, and installation solutions to lead the industry in cost-effective, scalable energy

SWARMs

SWARMs improves autonomy and cost-effectiveness in maritime and offshore operations, enabling cooperative AUVs, ROVs, and USVs for tasks like seabed mapping and pollution monitoring

SYMBIOSIS

SYMBIOSIS delivers a real-time opto-acoustic prototype for fish classification and biomass analysis, with autonomous operation and three-month deployment capacity

Contact

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Research and Development Projects

Ongoing

Accomplished

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