A Lausanne-based start-up has secured private investor funding to boost the development of their products, including a high-tech submarine drone that will reduce fatalities in dangerous underwater operations. EPFL spin-off Hydromea, which specialises in portable and autonomous robotics and wireless communication underwater, has raised undisclosed amount in convertible loans as part of a CHF1.4 million seed round. Founded in 2014,…

The newest issue of the always excellent UT3 Magazine focuses on subsea communication and features the LUMA optical nodes on pages 53 through 55.

Do you have a passion for underwater? Do you dream of working in a fun environment with a cutting edge technology spanning between sophisticated robotics and complex computer systems? Hydromea makes the subsea world more autonomous, affordable and accessible with miniaturized robotics and wireless communication technologies. We are currently building our team and are seeking a… Embedded Software Engineer (full-time/part-time)…

Do you have a passion for underwater? Do you dream of working in a fun environment with a cutting edge technology spanning between sophisticated robotics and complex computer systems? Hydromea makes the subsea world more autonomous, affordable and accessible with miniaturized robotics and wireless communication technologies. We are currently building our team and are seeking a… Intern (optical modem development)…

Many subsea construction operations require real time data access to enable informed decision to be made during the installation phase. The reliability of data communications with monitoring systems is critical to this type of operation. Ashtead Technology successfully integrated Hydromea’s LUMA optical nodes with its AMS+ (autonomous monitoring system) and DMS (deflection monitoring system), which are systems regularly used to…

Germany’s oceanographic research institutes successfully used Hydromea’s LUMA 250LP wireless nodes in depths down to over 4000m. The scientists of the Alfred Wegener Institute (AWI)/Max Planck Institute for Marine Microbiology (MPI) on board the research vessel Sonne were examining the possible environmental impact of deep sea mining of polymetallic nodules in the Clarion Clipperton Fracture Zone (CCZ) in the Eastern…

Hydromea’s LUMA, a wireless high-speed underwater communication system, was successfully deployed by a leading subsea operator, during a subsea manifold installation project in the North Sea in November 2018.  LUMA was integrated with Ashtead Technology’s AMS+ (Autonomous Monitoring System) to deliver fast and reliable remote communication of heading, pitch, roll and other essential data in real time via a work…

Do you have a passion for ocean exploration? Do you want to be part of a team on the quest to further our understanding of the oceans Do you dream of working in a fun environment with a cutting edge technology spanning between sophisticated robotics and complex computer systems? Hydromea makes the subsea world more autonomous, affordable and accessible with…

During a recent science cruise, Germany’s oceanographic research institutes successfully used Hydromea’s LUMA 250LP wireless node in depths down to over 4000m. The scientists of the Alfred Wegener Institute (AWI)/Max Planck Institute for Marine Microbiology (MPI) on board the research vessel Sonne were examining the possible environmental impact of deep sea mining of polymetallic nodules in the Clarion Clipperton Fracture…

Hydromea is at the end of an exciting journey at TechX, the top energy accelerator based in Aberdeen, hosted by the Oil & Gas Technology Center (OGTC). Over 16 weeks Hydromea and 11 other startups have been benefiting from an unfair advantage with world-class workshops, seminars and extensive access to the industry experts across the entire upstream value chain within…