IREM Technology Development Co., Ltd. applies advanced drone and AI technologies in the field of marine environment to conduct
- Marine debris monitoring
- Marine ecosystem data collection and analysis
- Underwater environmental monitoring
Through these efforts, we aim to protect the marine environment and establish a sustainable marine management system.
· Big data processing and long-term variation analysis for fishery environment monitoring
· Non-destructive testing and research on unmanned exploration of sea forest areas
· Development of cost-effective underwater drone systems as alternatives to existing solutions
· Development of intelligent video analysis systems for marine and fisheries ecosystem monitoring
Marine Forest Restoration Area in Jeju
Ecological Information Survey Using Innovative Technologies
Using underwater drones, we rapidly and reliably survey underwater information, while employing AI-based quantitative analysis techniques to accurately assess the ecological data of marine forest restoration areas and enhance project efficiency.
Marine Organism Data Construction for Fishery Ecosystem Damage Assessment
We build AI training datasets focused on herbivores and predatory species, enabling automatic detection and biomass monitoring of marine organisms in specific regions.
· Establishment of medium- and long-term management plans for submerged marine debris
· Monitoring and source analysis of marine debris collection projects in uninhabited islands
· Development of a data-driven intelligent marine environment management platform and floating debris management system
Intelligent Marine Debris Monitoring System
We develop an open-source, web-based intelligent video analysis system for marine debris monitoring. This enables accurate cost estimation of collection and disposal, as well as efficient planning of manpower and equipment deployment.
CCTV-based Monitoring of Land-based Marine Debris Inflow
By integrating multi-source remote sensing data such as CCTV, we collect near real-time marine environmental data. This system supports evidence-based decision-making and provides scientific, high-resolution analyses of marine debris inflow from land sources.
