The Malaysian Urban Observatory (MUO), initiated in 2021 and slated for completion in 2025, is an advanced system that integrates big data analytics and geospatial processes to address urbanization challenges and drive smart city initiatives. The MUO beta version, launched on January 31, 2024, facilitates data sharing through strategic partnerships with over 30 government agencies, including local governments in Malaysia. Boasting 10 modules and 72 sub-modules, the system is designed to be modular, interoperable, scalable, and integrated, enabling comprehensive analytics from descriptive to predictive outputs.

MUO's benefits extend to partners and users, providing seamless access to data and analytical outputs tailored for agency usage. With its modular and interoperable design, MUO collaborates on projects with ministerial and local governments. Examples include targeted data analytics for Affordable Housing issues in Johor, Smart City Profiles, and Liveability Index projects for the Ministry of Housing and Local Government. MUO platforms are actively engages in the development of various projects addressing specific analytical needs, such as SDGs monitoring for Local Authorities. This collaborative effort exemplifies a forward-looking approach to addressing urban challenges through extensive data utilization and strategic partnerships.

https://www.muo.gov.my/

• Malaysia

This project, integral to the 12th Malaysia Plan, has been strategically aligned with the allocation of funds and resources. The proficient management and operation of this initiative fall under the purview of the MUO Unit within PLANMalaysia. The dedicated staff comprises individuals with recognized expertise in Geospatial sciences, urban planning, and data science.

Designed with modularity and scalability at its core, the system stands as a testament to its commitment to sustainability. This design not only maximizes capacity building across all stakeholders but also enhances the project's longevity. The project leverages the qualifications of its staff, ensuring a robust foundation for continued growth.

The incorporation of big data and Geographic Information System (GIS) capabilities underscores the project's commitment to staying at the forefront of technological advancements. This, in turn, facilitates high interoperability with various data sources and enables seamless integration with partner agencies, positioning the project as a model of efficiency in data provision.

Furthermore, the system's reliance on cloud services reflects a forward-looking approach, tapping into the extensive capabilities offered by cloud computing. This not only enhances the project's efficiency but also contributes to its overall sustainability by embracing modern technology.

In essence, the holistic approach of this project, from its qualified staff to its modular design and utilization of cutting-edge technology, ensures its sustainability as a pioneering force in data management and urban planning within the framework of the 12th Malaysia Plan.

The system's design underscores inclusivity, accommodating diverse community needs. Emphasizing capacity building aligns with WSIS, empowering individuals for active participation. Leveraging big data and GIS enhances data accessibility, fostering collaboration. The focus on urban planning and technology supports sustainable development. Community engagement reflects WSIS principles, while the system's overarching goal aligns with using technology for social good, contributing to positive ICT impact on society.