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ODP-middleware’s versatility and robust integration capabilities make it highly applicable across multiple domains. By leveraging real-time data orchestration, AI-driven insights, and a secure architecture, ODP-middleware empowers agencies to optimise operations, enhance decision-making, and foster innovation in both urban and industrial environments.

Supported Protocols

Application

Below are some examples of how ODP-middleware can be applied across various domains and its collaboration efforts with multiple agencies to drive impactful outcomes:

Domain	Use Case Examples
Transport	Predictive Traffic Congestion Alerts: Real-time data orchestration to predict and alert drivers about potential congestion hotspots. Vehicle Telematics Integration: Integration of vehicle telematics systems for fleet management, tracking, and route optimisation. EV Station Monitoring: Monitoring and managing electric vehicle (EV) charging stations for availability, performance, and energy consumption.
Built Environment	BMS Integrations: Integration of Building Management Systems (BMS) for unified monitoring and control of building systems like lighting, HVAC, and security. Fault Detection in HVAC Systems: Real-time detection of faults in HVAC systems to enable predictive maintenance and optimize energy use. Lift & HVAC Optimization: Smart optimisation of lift systems and HVAC for energy efficiency and user comfort. Robot Integrations for Lift & Access Controls: Integration of robotic systems with lift and access control mechanisms for enhanced automation and efficiency.
Water	Leak Prediction: Detecting and predicting water leaks in infrastructure using IoT sensors and predictive analytics. Pump Status Monitoring: Real-time monitoring of pump status for operational efficiency and proactive maintenance. Meter Data Ingestion and Anomaly Detection: Ingesting and analysing water meter data to detect anomalies and prevent wastage or system failures.
Maritime	Port Asset Management: Managing and monitoring assets within port facilities, including cranes, storage, and infrastructure, for optimal usage. Vessel Tracking Integration: Integration with vessel tracking systems for real-time fleet monitoring, route optimisation, and port operations. Real-time Alerts on Berth Operations: Triggering alerts for port operators on berth availability and operational status to improve efficiency and reduce delays.
Energy	Grid Load Forecasting: Predicting grid load demands for optimised energy distribution and resource planning. Solar Performance Analytics: Monitoring solar energy production and analysing performance data to ensure optimal system operation. Battery Health Monitoring: Tracking and analysing the health of energy storage systems (e.g., batteries) to prevent failures and maximise lifespan.
Public Safety	AI-assisted CCTV Analytics: Using AI to analyse CCTV footage for security threats, incident detection, and anomaly identification. Emergency Alert Workflows: Orchestrating emergency response workflows based on real-time data to ensure fast, coordinated reactions. Smart Alarm Integrations: Integration of smart alarms and sensor systems to provide timely alerts for security, fire, or environmental hazards.
Waste & Environment	Sensor-based Collection Optimisation: Optimising waste collection schedules using sensor data to monitor waste bin levels and reduce operational costs. Air/Water Quality Dashboards: Real-time monitoring and visualisation of air and water quality metrics for environmental management and public health monitoring.

Weather Dashboard

Collaboration with JTC

Punggol Digital District (PDD)

Developed by JTC and GovTech, the ODP serves as the digital backbone for the Punggol Digital District (PDD). This marks JTC's first smart and sustainable district.

Punggol Digital District - Smart District for Smart Businesses

New Punggol Digital District could be blueprint for future mixed-use properties: JTC

JTC Summit and Woodlands North Coast (WNC)

Ahead of its 2024 rollout in PDD, the ODP has already been deployed at The JTC Summit and Woodlands North Coast since 2022 and 2023 respectively. 

Open Digital Platform: A smart district operating system

JTC to review development of Woodlands North Coast industrial estate to meet changing needs

Collaboration with MPA

Maritime Digital Twin (MDT)

Singapore’s first Maritime Digital Twin was launched at the SMW Opening Ceremony on 24 March 2025. The dynamic virtual model of the Port of Singapore was developed by MPA in partnership with the GovTech to support the evolving Maritime operational and industry use cases.

Collaboration with LTA

EV Data Enabled Network (EDEN)

ODP offers an integrated platform that unifies data sources and introduces GIS-powered visualizations, Digital Twin technology, and OCPI (Open Charge Point Interface) implementation.

This enables a data-driven, intuitive approach to EV infrastructure planning. The objective is to empower NEVC planners in strategically deploying EV chargers and equip the EV regulation team with the tools to effectively manage EVCO licensing

Collaboration with MOE

Smart Space Application (SSA)

By leveraging ODP, schools reduce manual workload, lower water and energy consumption, minimize equipment faults, and deliver better service experiences for students and staff — all through real-time alerts, preventive actions, and intelligent control.

Collaboration with NEA

POC of using Digital Twining to provide operational insights from real time data and enable data-driven decision making.

Last updated 13 Nov 2025

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A Smart City Operating System That Advances Singapore's Urban Management Capabilities