SY-iFM Platform – Japan Case Studies

QANAT MALL Izumi-Fuchu
System Screen Image (BIM Model View)

H2O Shopping Center Development Co., Ltd.

  • June 2026: Official release of SY-iFM Platform Ver. 4.0
  • This marks our first implementation in Japan of a cluster-based management platform for multiple facilities.
  • Introduced for a group of properties in the Kansai area with a combined floor area of approximately 100,000 square meters.
  • Enables centralized management of facility and equipment information, along with real-time monitoring through integration with monitoring systems.
  • Supports efficient management both in the office and on-site via web and mobile applications.

SY-iFM Platform – Overseas Case Studies

SUNWAY City
(Malaysia)

  • May 2025 – BIM model development and implementation of SY-iFM Platform Version 4.0 began.
  • First deployment of a multi-property management platform in Malaysia (total floor area: approximately 430,000 m²).
  • By integrating diverse GIS and BIM models, including high-precision oblique imagery data, the project achieves advanced spatial analysis and visualization capabilities.
  • Multiple systems have been seamlessly integrated, establishing inter-system data transmission and coordinated control, enabling efficient and unified facility management.

Research Facility of a Major Manufacturer (China)

  • January 2025 – BIM model development and implementation of SY-iFM Platform Version 3.0.
  • This facility serves as a global cutting-edge research and development center, with a total floor area of approximately 35,000 square meters.
  • It has obtained energy-saving and environmental certifications both domestically and internationally, reflecting its commitment to sustainability and innovation.

Major Foreign-Owned Department Store (China)

  • October 2021 – BIM model development and implementation of the SY-iFM Platform Ver. 3.0.
  • Retail floor area: approximately 116,000 m².
  • This was the first property to implement our proprietary facility management platform, the SY-iFM Platform.