Addressing Cyber-Nuclear Security Threats
What if a hacker shut down the security system at a highly sensitive nuclear materials storage facility, giving access to terrorists seeking highly enriched uranium to make a bomb?
About
The Scientific and Technical Affairs Program seeks to capture the opportunities new and emerging technologies afford while working to reduce the potential for and impact of their malevolent use.
We work with leading experts and partners to ensure a future in which new technologies and approaches—from monitoring technologies to artificial intelligence—will reduce nuclear proliferation risks, enhance future arms control agreements, improve cybersecurity of critical systems, and build transparency among nuclear weapons states.
Our recent work:
- Outlines the risks and opportunities of adding digital and automated tools in nuclear weapons modernization
- Exposes nuclear proliferation risks with machine learning and publicly available information
- Builds relationships and shares best practices among cyber professionals and nuclear facilities around the world.
Program efforts are guided by a high-level Science and Technology Advisory group.
Projects
Cyber-Nuclear Forum
Building Global Cybersecurity Capacity at Nuclear Facilities
Cyber-Nuclear Weapons Study Group
Developing Options to Address Cyber Threats to Nuclear Weapons
Detecting Proliferation Risks through Public Data
Open, increasingly digital data combined with tools for data analytics can supplement traditional nonproliferation efforts by detecting illicit proliferation
Emerging Technology Risks and Rewards for U.S. Nuclear Modernization
For as long as we have nuclear weapons, the United States must ensure they are safe, secure, and reliable.
U.S.-Russia Cyber-Nuclear Weapons Dialogue
As cyber capabilities evolve and nuclear weapons systems become increasingly vulnerable to cyberattacks, the risk increases that nuclear weapons will be used by accident or miscalculation.
Understanding the Global Effects of Nuclear Conflict in the 21st Century
The damaging effects of the light, heat, blast, and radiation caused by a nuclear explosion have been known to scientists since the end of the Second World War
Program Staff
News & Analysis
Assessing and Managing the Benefits and Risks of Artificial Intelligence in Nuclear-Weapon Systems
New paper explores the possible applications of AI to nuclear-weapons systems and assesses the benefits, risks, and strategic stability implications.
Signals in the Noise: Preventing Nuclear Proliferation with Machine Learning & Publicly Available Information
With the Center for Advanced Defense Studies, NTI demonstrates the viability of using publicly available information and machine learning to detect nuclear proliferation.
U.S. Nuclear Modernization: Security & Policy Implications of Integrating Digital Technology
NTI explores the risks and benefits related to the digitization and automation plans for modernization of U.S. nuclear weapons systems and addresses implications for the national security community to consider as the process moves forward.
Nuclear Weapons in the New Cyber Age
