The pace of digital innovation is astonishing, with technologies such as artificial intelligence (AI) making game-changing strides even in the past few months. These advances will help us to improve digitally controlled operations and automation technologies at nuclear facilities, with the potential benefits of improved operational efficiency, reduced labour costs and better safety and security.
Advanced nuclear reactor designs, such as small modular reactors (SMRs) and microreactors, already include plans to use AI and machine learning (ML) to enable innovative features such as automation, remote supervisory control and maintenance, and shared control rooms. But digital innovations, such as AI and ML, also pose a threat. They require constant vigilance to ensure the integrity of sensitive assets and to protect information at nuclear and radiological facilities.
While gates and guards have always been used to ensure nuclear facilities are protected from sabotage or malicious actors, today we are becoming increasingly dependent on digital systems. Instrumentation and control systems at nuclear facilities are used for key safety and security applications. This improves efficiency but means we have to be especially vigilant in protecting these computer systems. Countries around the world are recognizing this as a priority.
The IAEA plays a unique role in fostering cooperation between countries and enabling the sharing of technological know-how and best practice in the adoption of rapidly developing technologies. At the same time, we advise countries on how to minimize and mitigate the accompanying potential vulnerabilities affecting computer security. In just the past two years, our global computer security assistance activities have increased by more than a quarter, with a particular focus on national-level support for computer security regulations/inspections and computer security exercises.
The IAEA has been responding to the nuclear security challenges of its Member States with a host of activities, including through the provision of guidance documents and training that enable them to put in place robust national information and computer security programmes. This guidance is also used as a benchmark for the assessment of a country’s information and computer security programme during an International Physical Protection Advisory Service, known as IPPAS.
In addition, we are launching a school to train experts in drafting computer security regulations. Soon, many more countries will be able to access IAEA computer security training courses with the launch of an online virtual learning platform.
In parallel, the IAEA supports national and regional computer security exercises that raise awareness of the threat of cyberattacks and their potential impact on nuclear security. We foster cooperation between international experts and policymakers and enable accompanying research.
The IAEA’s computer security activities are set to grow, as countries, including low and middle income countries, increasingly turn to nuclear technology to meet their priorities, including in clean energy, cancer care, nutrition and research.
At the IAEA’s International Conference on Computer Security in the Nuclear World: Security for Safety, we will come together to discuss key issues and solutions and map the path ahead, enabling the nuclear sector to make the most of digital innovations while keeping a step ahead of those who would use them to do harm.
