WI.Plat Successfully Completes Smart Water Pilot in Malaysia
WI.Plat Successfully Completes Smart Water Pilot in Malaysia—Paving the Way for Expansion with Sarawak Government
WI.Plat Co., Ltd. has proudly completed the Intelligent Water Loss Management System Project in Samariang, Kuching, Malaysia, with outstanding success. This pilot, funded by GGGI-BKCF and supported by K-water, showcased WI.Plat’s advanced AI-powered leak detection and pressure monitoring technologies. Through the deployment of 30 IoT devices and our NELOW smart water platform, the project achieved an estimated annual water savings of over 87,000 tons. By training local engineers, conducting thorough system assessments, and executing real-time leak detection and repair, WI.Plat demonstrated the transformative impact of smart water technologies in Southeast Asia.
Smart Technologies Meet Real-World Impact in Sarawak
WI.Plat’s innovative approach—combining AI, IoT, and cloud-based water management—proved highly effective in reducing Non-Revenue Water (NRW) and strengthening operational efficiency. The project in Samariang not only validated the technological feasibility but also enhanced the capabilities of local utility staff through targeted capacity building. These results have garnered strong interest from the Sarawak government, which now plans to scale this success into a broader, performance-based NRW reduction program in collaboration with WI.Plat.
Next Phase: Performance-Based NRW Reduction Project Across Sarawak
Building on the pilot’s success, WI.Plat is preparing to launch a large-scale NRW reduction initiative covering up to 50,000 households in Sarawak. This upcoming three-year project will follow a performance-based model, linking project compensation directly to measurable reductions in water loss. With proven experience, cutting-edge solutions, and trusted partnerships in place, WI.Plat is poised to lead Sarawak into a new era of intelligent water management—delivering sustainable, measurable outcomes that benefit both people and the environment.