The author argues that the same AI capability used to draft a presentation can, with a different prompt and intent, map potential points of attack in a bank, hospital network or power grid.
“Weapons-Grade AI and the Licensed Frontier” asks who would control frontier models if they become the most powerful cyber weapons ever built. The author argues that business discussions about AI copilots and agents should also address potential cyber uses: the same capability that drafts a presentation could, with a different prompt and intent, map potential points of attack in a regional bank, hospital network or power grid.
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The author argues that the same AI capability used to draft a presentation can, with a different prompt and intent, map potential points of attack in a bank, hospital network or power grid.
“Weapons-Grade AI and the Licensed Frontier” asks who would control frontier models if they become the most powerful cyber weapons ever built. The author argues that business discussions about AI copilots and agents should also address potential cyber uses: the same capability that drafts a presentation could, with a different prompt and intent, map potential points of attack in a regional bank, hospital network or power grid.
Shelly Palmer@shellypalmerMy Sunday essay, Weapons-Grade AI and the Licensed Frontier, asks the leadership question: If frontier models are about to become the most powerful cyber weapons ever built, who will control them? In business, we talk about copilots and agents and the end of the blank page. We…
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Shelly Palmer@shellypalmerMy Sunday essay, Weapons-Grade AI and the Licensed Frontier, asks the leadership question: If frontier models are about to become the most powerful cyber weapons ever built, who will control them? In business, we talk about copilots and agents and the end of the blank page. We…
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