PingMe helps improve control over costly and critical equipment, reduces the risk of losing equipment and data, and ensures the efficient execution of research projects.
PingMe can be used to monitor, among other things, sensor and instrument platforms, measurement rigs and observation equipment, temporary and permanent research installations, and equipment for long-term measurements.
The system provides continuous insight into:
With precise real-time positioning, PingMe significantly reduces the time spent locating and retrieving equipment. This results in shorter recovery times, lower operational costs, reduced risk of losing valuable research equipment, and more efficient use of vessels and personnel.
PingMe provides researchers with a data-driven foundation for safe operations, better planning, and higher data quality throughout the entire project lifecycle. The result is more predictable operations, lower costs, and better utilization of research resources — with full control below the surface.
Unmanned Surface Vehicles (USVs) enable safe and cost-effective data collection and operations at sea without a crew. They are used in aquaculture, environmental monitoring, mapping,
Seafloor environmental monitoring platforms operate unmanned in harsh conditions, where displacement, damage, lack of real-time situational awareness, and loss can lead to reduced data quality,
Sediment traps on the seabed often operate unmanned for extended periods and are exposed to currents, biofouling, and displacement, which can affect both sample collection
Current meter moorings and ADCPs often operate unmanned and may become displaced or misaligned, reducing data quality. Lack of real-time insight can lead to equipment
