Small Modular Reactors and advanced digital tools could transform nuclear power by making plants easier to build, safer to operate, and more flexible for diverse locations. According to the authors of the newly released report, these technologies allow for factory-built components and real-time virtual monitoring, which significantly lower the barriers to entry for nations seeking stable, low-carbon energy.
The report states that “SMRs are factory-fabricated, modular, and portable, with dry-deck transport capability allowing for rapid deployment on land or sea-based platforms,” and notes that “AI enhances plant safety and reliability through real-time monitoring, predictive maintenance, and early anomaly detection, minimising the risk of failures.”
In simple terms, these advancements move nuclear energy away from massive, slow-moving construction projects toward a more flexible system. Instead of building everything on-site over many years, smaller reactor parts can be made in a factory and shipped to where they are needed, which is ideal for remote areas or industrial hubs. Meanwhile, using artificial intelligence and digital replicas allows engineers to spot potential problems before they happen and use robots for dangerous tasks, making the entire process much safer for workers and the surrounding community.
The report “Future Scenarios: The Role of Nuclear Power in Malaysia’s Energy Landscape” was published by the Malaysian Industry-Government Group for High Technology (MIGHT) in Cyberjaya, Malaysia, in 2025. It was prepared by a team of authors and technical experts at MIGHT to provide a strategic foresight outlook on integrating nuclear energy into the nation’s transition to a net-zero economy.
