Key Technologies < Digital GARAM⁺ < Super-Gap Technologies DwaterX | Digital Water Management Platform by K-water

Digital Twin Water Management Platform

A tool for effective water management decision-making through comprehensive monitoring and pre-simulations in a virtual replica of the real world

Real World

Virtual World

Detailed Technology

Platform design (UI/UX), integrated GIS functionality search, and other user convenience features.

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Example of the main screen

Example of GIS tool development

Example of the split view function

High-resolution maps, 3D objects, watershed maps, etc., loaded and displayed based on platform usage purposes.

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Areal photos & conventional & hybrid map

3D object such as buildings, dams & bridges

Flood-prone information and other themetic maps

GIS-based real-time water level, rainfall, restrictions, CCTV, and other information provided.

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Real-time data from the existing sensinf stations

Provides weather radar information including rainfall status and forecast

Datailed constraints information by dam discharge

Real-time monitoring of dam information and typhoon paths, with AI CCTV risk detection features.

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Comprehensive real-time monitoring for hydrological data

Displaying curents & forecasted typhoon paths

AI-based risk detection through CCTV

Flood analysis model construction and platform integration for flood simulation features.
Flood analysis results visualized on a 3D map to improve flood management efficiency.

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Real-time flood prediction by hydrological & hydraulic modles

Flood inunfation simulation by applying 2d-hydraulic models

Construction and implementation of urban flood analysis medels

Platform user, access logs, storage, and other operational status monitoring features.

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Provide user status and information management

Provide information on visitor trends and statistics over specific periods

Provide information on storage usage status and user storage allocation functions

Business Performance

DomesticEntire country Digital Twin Establishment and operation of a water management platform

2021 Seomjingang River Basin Pilot Construction
Developed the world's first dam-basin-river one system water management platform
2022 ~ 2023 Expansion of the five major river basins
Pilot operation of the Seomjin River basin and expansion of the DT platform in the five major river basins
2023 ~ 2024 Establishment of DT across the country
Expansion of the DT platform nationwide and extension into the drought and water circulation sectors

Overseas

Saudi Digital Twin Project
Project Overview
- Project Name : Urban Flood DT Platform Deployment for Jeddah, Saudi Arabia
- Scope : Development of a DT platform including urban flood monitoring and simulation
Progress Status
- Phase1 : Completed construction of a pilot platform to verify the urban flood use case (Jul. 2024 to Feb. 2025)
  * Implemented 3D terrain, monitoring, and simulation functions within the scope of data available for Jeddah City
- Follow-up Project : At Jeddah’s request, a PoC project* is being promoted to build a design-purpose urban flood model to verify the JSWP plan and prepare an improvement plan prior to Phase II (KRW 1.0 billion, Jan. 2026 to Jun. 2026)
  * Construction of an urban flood model for selected areas of Jeddah, development of DT functions, and platform maintenance
Japan Digital Twin Project
Project Overview
- Project Name : Deployment of a disaster response DT platform for Nagai City, Japan (from Aug. 2025)
- Scope : Deployment of a disaster response DT focused on monitoring floods, landslides, snowfall, and related hazards
Progress Status
- Technical Cooperation : Signed a technical cooperation MOU (Aug. 6) with Nagai City and Korea-Japan project partners NAVER, NTT East Japan, and NTT e-drone to jointly promote the pilot project
- Pilot DT : Following the MOU signing, a performance presentation on the DT platform deployment results was held for the Mayor of Nagai City (Nov. 21), along with cooperation and discussions on the main project

Business Impact

Providing optimal water management solutions based on digital transformation and advanced technologies.
Building a smart and sustainable water management system through enhanced disaster response, operational efficiency, and securing technological capabilities.

01 Support for optimal water management decision-making
Improving glood analysis and prediction accuracy
Establishment of various scenario analysis systems
02 Improving response to water disaster crisis
Establishment of a real-time water disaster crisis
Information sharing system
03 Establiching and easy water management operation system
Providing water-related information based on 3D maps
Establishment of an intuitive & efficient water management system
04 Securing digital water management technology
Accelerating digital water management transition
Establishing a system for utilizing advanced technology