Underwater

Hydrographic surveying is a vital civil engineering service that evaluates the physical characteristics of an underwater area for safe navigation and construction in both sea and inland waters.

We deliver best-in-class solutions for integrated geophysical 3D seabed mapping based on advanced hydroacoustic and information technologies, allowing for faster, higher-quality, and more detailed hydrographic and geophysical surveys at a lower cost than conventional tools.

Seismic and acoustic sensors are widely used by marine seismic exploration companies, marine research centers, and coastal construction companies.

Every sensor has a distinct set of features that is not present in other well-known sensors, such as a wide frequency range, technical characteristics derived from the best seismic and acoustic equipment available worldwide, and exceptional dependability. The attributes mentioned above assisst in acquiring high-precision seismic and acoustic signals that are then processed into data for risk estimation in coastal building, oil and gas reserves, and other solutions.

From exploration and unmanned expeditions to research purposes, vessel and construction maintenance, remotely operated underwater vehicles (ROVs) are often used for data collection in underwater environments.

We provide a range of ROVs (Remotely Operated Underwater Vehicles), from survey to working class vehicles, hundreds of which have proven to work well in more than ten nations worldwide. These comprise the most competitive small ROVs that can be operated by non-professionals and have a built-in battery and video display/recorder. They also consume three to five times less power than other small ROVs.

Additional heavy-duty vehicles might be fitted with various tools, such as manipulator arms and water samplers.

Underwater environments are hostile to onshore wireless communication and navigation systems, thus divers and marine vehicles need specialised instruments for locating and communication.

We present the most advanced underwater positioning and communication solution that is smaller, less costly, and more intelligent than any other comparable product currently on the market.

The solution includes the tiniest hydroacoustic modem in the world, capable of communicating up to 1000 metres, and an accurate underwater positioning device that can locate up to 23 undersea objects without surfacing.

Among the most important components of sustainable marine operations is rigorous environmental monitoring. Industries that depend on timely knowledge on any threats or changes in marine parameters include aquaculture, offshore energy and construction, and water treatment.

We offer a range of cutting-edge environmental monitoring solutions, from contact methods of the operational physical and chemical study of the marine environment (ion-selective electrodes, Raman spectroscopy, submersible mass spectrometer, etc.) to satellite-based remote sensing.

Contact tools for monitoring, which include distribution of hydrophysical and hydrochemical parameters of the marine environment, enable near real-time data receiving and processing from many modules. They offer automated data collection, processing, modification, and storage to detect pollution and emergencies offshore.

Data from measuring modules is sent using both wired and wireless methods. The on-site analytical software aids emergency decision-making.

Students, young people, and marine enthusiasts are increasingly adopting various robotic equipment themselves as the usage of marine robotics expands outside research laboratories.

For educational programmes at schools and colleges, we provide ready-to-use kits that include lesson materials and a ROV constructor. Amateurs may also use it for recreational purposes and to expand their perspectives, technical abilities, and knowledge of the ocean.