The world's nuclear powers are facing a daunting task: replacing the last major nuclear arms treaty between the US and Russia, which expired just last week. As the Cold War era gives way to a new age of tension, researchers are proposing a bold solution: using satellites and artificial intelligence to monitor the world's nukes.
This plan, dubbed "cooperative technical means," relies on a network of satellites to track changes in nuclear facilities, missile silos, and production sites. AI systems would then sort and analyze the data, with human reviewers verifying the results. The idea is that this system could serve as a stopgap measure while new treaties are negotiated.
However, experts warn that this plan comes with significant challenges. One major hurdle is the need for cooperation between nuclear powers, which is currently at an all-time low. Additionally, AI systems require large datasets to be effective, and there's limited training data available on nuclear-weapon-related issues. Moreover, these systems are prone to errors and lack explainability.
"The machines themselves are not trustworthy," says Sara Al-Sayed of the Union of Concerned Scientists. "We need to make sure that the machines can be trusted before we start relying on them for critical tasks like arms control."
Another expert, Matt Korda of the Federation of American Scientists, acknowledges these challenges but believes that the plan is worth exploring. "It's not going to solve all our problems, but it's a step in the right direction," he says.
Korda and his co-author Igor Moriฤ propose using existing satellites to monitor ICBM silos, mobile rocket launchers, and plutonium pit production sites. The AI system would then analyze the data and identify any changes or anomalies.
But what about the task that the AI system is supposed to perform? Is it just to detect presence or absence of an object, classify what's being seen, or track changes over time?
The answer depends on how the agreement is structured. If countries are willing to negotiate the specifics of a new treaty regime, they may need to agree on how the AI system works and what it's tracking.
Ultimately, this plan represents a compromise between having no arms control at all and intrusive on-site inspections. While it's imperfect, it could provide a temporary bridge to better agreements in the future.
As Korda says, "A successor to New START is not going to put us on the path towards disarmament... but it's just going to help us prevent a real spiral into hundreds more additional nuclear weapons being deployed."
This plan, dubbed "cooperative technical means," relies on a network of satellites to track changes in nuclear facilities, missile silos, and production sites. AI systems would then sort and analyze the data, with human reviewers verifying the results. The idea is that this system could serve as a stopgap measure while new treaties are negotiated.
However, experts warn that this plan comes with significant challenges. One major hurdle is the need for cooperation between nuclear powers, which is currently at an all-time low. Additionally, AI systems require large datasets to be effective, and there's limited training data available on nuclear-weapon-related issues. Moreover, these systems are prone to errors and lack explainability.
"The machines themselves are not trustworthy," says Sara Al-Sayed of the Union of Concerned Scientists. "We need to make sure that the machines can be trusted before we start relying on them for critical tasks like arms control."
Another expert, Matt Korda of the Federation of American Scientists, acknowledges these challenges but believes that the plan is worth exploring. "It's not going to solve all our problems, but it's a step in the right direction," he says.
Korda and his co-author Igor Moriฤ propose using existing satellites to monitor ICBM silos, mobile rocket launchers, and plutonium pit production sites. The AI system would then analyze the data and identify any changes or anomalies.
But what about the task that the AI system is supposed to perform? Is it just to detect presence or absence of an object, classify what's being seen, or track changes over time?
The answer depends on how the agreement is structured. If countries are willing to negotiate the specifics of a new treaty regime, they may need to agree on how the AI system works and what it's tracking.
Ultimately, this plan represents a compromise between having no arms control at all and intrusive on-site inspections. While it's imperfect, it could provide a temporary bridge to better agreements in the future.
As Korda says, "A successor to New START is not going to put us on the path towards disarmament... but it's just going to help us prevent a real spiral into hundreds more additional nuclear weapons being deployed."