Offering a tailored AI solution that collects and analyzes a wide range of sound
and noise data using our own high-sensitivity acoustic IoT sensor and
CNN-based sound data analysis AI model
Providing Optimal Control Algorithms for Pump and
Valve Control Using Demand Forecasting, Mathematical Analysis,
and Reinforcement Learning Algorithms to Minimize Energy Consumption.
01
Suitable for Time Series Data Compared to Traditional Neural Network Algorithms
Suitable for usage prediction by utilizing past data fitness for forecasting
02
Essential for Analyzing the Nonlinear Behavior of Reservoir Systems
Improve Model Accuracy through the Integration of ANN Technology
03
Q-Learning-Based Reinforcement Learning Technology: Specialized Algorithm for Optimal Solution Derivation
Suitable for Rapid Optimal Solution Derivation in Numerous Scenarios
| NO. | Project | Client | Project Overview |
| 1 | AI-Based Intelligent Leak Management System | Ministry of Environment, K-water etc. | Development and Implementation of AI-Based Leak Management Solution |
| 2 | Development of Image Analysis AI Model | E** | Development of AI Model for Image Analysis |
| 3 | Development of Ultrasonic Frequency Analysis AI System | J****** | Development and Implementation of AI-Based Ultrasonic Frequency Analysis Model |
| 4 | Pilot Implementation of Low-Carbon AI Water Treatment Plant Energy Management | K-water | Establishment of an AI-Integrated EMS System (In Progress) |
| 5 | Development of an AI-Based SCADA Water Transport Energy Analysis System | S******* | Development AI Models for Water Transport Energy Management |
| 6 | Artificial Intelligence-Enhanced SCADA Data Analysis System Development Project | S******* | Development of AI-Based SCADA Data Analysis System |
