SPECIAL REPORT | THE DIGITAL SHIFT
Above: The NRC approved the RadICS platform as meeting or exceeding its regulatory requirements for digital I&C development
advanced fuel technologies, radioactive waste
management, and additive manufacturing. These breakthroughs rely on digital tools like AI-powered analytics for optimising operations and maintenance and digital I&C systems, which are essential for modern reactor designs. Additionally, research and development – the
cornerstone of nuclear innovation – is accelerated through digital access to standards, patents, and technical publications. Intelligent software and AI-powered research tools enable faster discovery, analysis and deployment of groundbreaking solutions, shaping the future of clean energy.
Overcoming roadblocks The road to digital transformation in the nuclear industry is filled with challenges. Cybersecurity is a major concern as digital systems are integrated, requiring robust protections to safeguard critical infrastructure and reactor safety. Although NRC 10 CFR 73.54 and IEC 62645 provide some guidance, the lack of standardised regulations for digital technologies across the industry creates uncertainty, making compliance more complex and time-consuming. Many workers in the sector are also hesitant to embrace
change, as digital transformation requires new skills and a shift from traditional processes. Furthermore, upgrading legacy systems and transitioning from analogue to digital I&C is technically complex and costly, requiring significant investment and careful integration to maintain safety and regulatory compliance. Despite these challenges, digitalisation is crucial for modernising the nuclear industry, improving efficiency and ensuring long-term success. Additionally, the high maintenance costs associated with aging infrastructure pose a significant challenge for the industry.
A safer and smarter future For nuclear power companies pursuing digitalisation, success starts with a strong cybersecurity strategy, centralised digital workflows and strategic technology investments. Implementing security-by-design principles can help mitigate cyber risks, ensuring the resilience of critical infrastructure. Establishing a single source of ‘truth’ enhances data accuracy, compliance, and collaboration across teams. Additionally, investing in the right digital engineering workflow tools can streamline operations, improve efficiency and drive innovation. By embracing digital transformation today, nuclear
Above: Digital technology has a growing role in improving reactor monitoring, safety, and efficiency
46 | April 2025 |
www.neimagazine.com
companies can enhance safety, increase efficiency and secure their place in the evolving energy landscape. ■
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