Jensen Huang resigns as Nvidia CEO after spy scandal

The scandal escalated quickly after The New York Times reported on October 29th that Jensen Huang appeared to be the target of a Chinese spy plot involving Alice Huang, an executive at Singapore-based Megaspeed. Megaspeed had been under investigation by the US Commerce Department over suspicions of illegally smuggling Nvidia's AI chips into China, and Alice Huang had been on the American government's radar since perhaps as early as 2024. Nvidia's chips are considered crucial to America's AI superiority and a matter of national security, and the government has restricted sales of its most advanced chips to China since the Biden administration.

Jensen Huang had routinely pushed to loosen those trade restrictions and had developed a close relationship with President Trump. Then on November 6th, the Times reported that Alice Huang was specifically recruited by China's Ministry of State Security to spy on Nvidia's CEO, though US intelligence officials disagreed over the strength of evidence. On November 8th, Jensen Huang admitted to an extramarital affair, and the board announced an investigation. Many believed he would survive, given his central role and the lack of a succession plan. But on November 11th, the Times reported a second affair with Kimberly Powell, Nvidia's vice president of health care, and the board was ready to push him out. He resigned the next day.

The fallout is already significant. CFO Colette Kress was named interim CEO and acknowledged an "extraordinarily difficult period," while Harvey Jones became the first board chair in Nvidia's history, signaling structural changes. The board's investigation continues, and the company may face tougher scrutiny from the incoming Democratic majority, which could lead to stricter trade restrictions or even criminal charges if Nvidia is found to have turned a blind eye to chip diversion. How this affects the broader AI industry and the American economy remains an open question, given Nvidia's sizable investments and central role.