IREM Technology Development Co., Ltd. Providing customer-focused solutions powered by advanced technology.
Business
RiverEnvironment

IREM Technology Development Co., Ltd. applies drone and AI technologies to river environments, conducting aerial surveys,

water quality monitoring, and research on floating debris management and treatment. Through these efforts, we strive to improve river monitoring and management while promoting sustainable environmental protection.

· Development and application of drone-based aerial photography and water sampling methods

· Algal bloom (green tide) monitoring in the Nakdong River using drone-borne hyperspectral imagery

Environmental Aerial Surveillance of the Nakdong River
Drone-based surveillance enables early detection of water pollution accidents, supports response measures, and records changes or anomalies in the river environment.
Investigation and Treatment Research on Floating Debris in the Upper Daecheong Lake
Using buoys, drones, and spectrometers, we monitor the movement and stagnation of floating debris by season and weather, and analyze the inflow and characteristics of debris across major river sections.
River Environment – Land-Based

IREM Technology Development also focuses on detecting and managing non-point source pollution and identifying watershed pollutants that impact river water quality. By integrating advanced monitoring and AI-based analysis, we aim to enhance river environmental management and achieve sustainable protection.

· Development of a GeoAI-based intelligent video analysis system for non-point source pollution management
· High-resolution drone imagery collection and spatial analysis of consistent non-point source pollution data
GeoAI-based Non-Point Source Pollution Monitoring System
By leveraging high-resolution drone imagery, we collect consistent pollution source data around rivers and conduct precise spatial analysis using GeoAI, enabling effective pollution management.
Drone-Assisted Watershed Pollution Investigation
Using drones, we monitor pollution sources and the distribution of environmental infrastructure in the Miho River basin, supporting improved watershed water environment management strategies.