Korea's Leader in Remote Sensing & Water Resources Technology
We analyze the unseen with precise remote sensing, design a safer future with scientific water-resource modeling, and set the standard for digital transformation through innovative system development.
Environmental & disaster monitoring from satellite and drone imagery
Building, analyzing and visualizing spatial data
Detection, prediction and automation models
A technology-intensive research firm that solves complex environmental and disaster challenges with data by converging remote sensing, GIS and AI deep learning.
Founded in 2017, ERI-Solution Co., Ltd. is a technology-intensive specialized research firm that has grown by applying remote sensing (RS), GIS and AI deep-learning technologies to water resources and agricultural disaster prevention. With headquarters in Gumi (Gyeongbuk) and a corporate R&D institute in Ilsan, Goyang (Gyeonggi), we solve complex environmental and disaster problems through data — backed by academic expertise and field-oriented engineering capability.
We combine precise data analysis (Soft) with hands-on hydraulic experiments (Hard), holding full-cycle technical capability — from wide-area spatial analysis to verification of fine hydraulic behavior — as an innovative SME.
The name ERI-Solution stands for Environment · Remotesensing · Institute · Solution.
Solving environmental & disaster challenges
Satellite & drone-based remote sensing
A specialized research institute
| Company | ERI-Solution Co., Ltd. (주)이알아이솔루션 |
|---|---|
| Founded | 2017 |
| CEO | Shin Hyeong-seop |
| Head Office | 10, Sangsa-dong-ro, Gumi-si, Gyeongbuk |
| R&D Institute | 217-59, KINTEX-ro, Ilsanseo-gu, Goyang-si, Gyeonggi |
| Field | Academic & engineering R&D services |
| Type | Innovative SME (technology-intensive) |
| Core Tech | Remote Sensing (RS) · GIS · AI Deep Learning · Hyperspectral imaging |
| Applications | Water resources · Agricultural disaster prevention |
From remote sensing and AI to water-resource and agricultural disaster prevention — data-driven convergence solutions.
We precisely observe changes in land, water systems and farmland using satellite, aerial and drone imagery. Multispectral and hyperspectral analysis quantitatively monitors drought, flood and crop conditions.
We build, integrate and analyze spatial data from diverse sources to support decision-making — from spatial database design to analysis, visualization and Web GIS services.
Using AI models trained on imagery, time-series and spatial data, we implement detection, prediction and automation — identifying disaster risks early and automating analysis.
We analyze rainfall, river, reservoir and groundwater data to assess drought and flood risks and support sound water-management and disaster-prevention decisions.
By converging crop, farmland and weather data, we diagnose agricultural disasters early and propose responses. Farmland change detection and yield prediction support stable farming.
We reduce urban flood risk through drainage-system optimization and inundation-map enhancement, providing evidence-based solutions that combine hydraulic experiments with data analysis.
Full-cycle capability spanning data and real-world verification, from wide-area spatial analysis to fine hydraulic behavior.
We combine hyperspectral image processing with AI to precisely detect and analyze environmental changes invisible to the naked eye.
We combine precise data analysis (Soft) with hands-on hydraulic experiments (Hard), delivering verifiable results grounded in both theory and practice.
From wide-area spatial analysis to verification of fine hydraulic behavior, we perform the entire process — diagnosis, analysis and verification — in one place.
Through government, public-sector and industry-academia projects, we carry out research and solutions in water resources and agricultural disaster prevention.
Our hyperspectral image-processing research was published in CEA (Computers and Electronics in Agriculture), a top 1.6% (Q1) international journal.
※ We also conduct numerous other government and public-sector research projects. (Details available upon request.)
Our Vision
From satellites to the field — with spatial information and AI, we read hidden risks in advance and help build a safe, sustainable society.
We welcome any inquiry — business partnership, research services or solution adoption. Our team will respond promptly.
