Excavator boring Robot (ShockWave)
The worldâs first patented digging submarine robot was designed and recorded in 2012, featuring a unique mechanism inspired by the locomotion of earthworms. Unlike previous systems, this robot is capable of independently advancing through soil and seabed without relying on external propulsion or guidance tubes mounted on docks or platforms.
Pipeline Inspection Smart (PIG)
A PIG robot (Pipeline Inspection Gauge) is an intelligent device used to inspect and maintain pipelines from the inside. It travels through the pipeline, collecting data on internal conditions such as corrosion, cracks, blockages, or deformation. Equipped with sensors and sometimes cameras, the PIG robot helps detect issues early without interrupting pipeline operations, making it essential for safe and efficient pipeline management.
ROV (Aegir)
Advantages of Remotely Operated Vehicles (ROVs) in Underwater Inspection and Monitoring
Remotely Operated Vehicles (ROVs) are essential tools for underwater operations, providing a safer and more efficient alternative to human divers in challenging or hazardous environments. Their precise maneuverability and modular design make them ideal for inspecting pipelines, water tanks, offshore platforms, and marine structures, while also supporting real-time data collection. Additionally, ROVs play a key role in environmental monitoring by capturing detailed visuals and sensor data, making them valuable for research, ecosystem assessments, and pollution trackingâall with minimal disruption to underwater habitats.
Wave Energy Generator (Triton)
Our Wave Energy Generator is a next-generation solution that captures ocean wave power using a unique mechanical design. Unlike traditional systems, it integrates an innovative energy-capturing mechanism that enhances efficiency, stability, and reliability across various sea conditions.
With its scalable, low-maintenance structure and consistent energy output, it offers a sustainable alternative to solar and wind powerâperfectly suited for coastal and offshore applications. This technology is designed to deliver high performance with minimal environmental impact, paving the way for a cleaner energy future.
Wave Glider (Nereus)
The Wave Glider is an innovative, self-powered marine platform engineered to perform extended missions at sea without external fuel sources. By converting vertical wave motion into forward thrust and using solar panels for onboard power, it offers a sustainable solution for continuous surface monitoring. Compact yet capable, it supports a wide range of payloads from environmental sensors to surveillance equipment making it an ideal choice for scientific research, security patrols, and offshore infrastructure support. Its silent operation, minimal maintenance, and autonomous navigation enable dependable performance across long distances and remote ocean zones.
