Nvidia CEO Jensen Huang Embroiled in Alleged Chinese Intelligence Operation Involving Former Executive Alice Huang

Alice Huang, also known as Huang Le, is a Chinese citizen and former senior executive at Singapore-based technology company Megaspeed International. She has come into the spotlight following reports linking her to Nvidia CEO Jensen Huang and an alleged Chinese intelligence operation. According to reports, US intelligence officials believe Alice Huang was recruited by China’s Ministry of State Security to gather information about Jensen Huang and potentially influence Nvidia’s business decisions concerning advanced AI chips. These allegations have not been independently established in public. Alice Huang reportedly has a background in media and finance. Her profile in a Chinese private-fund database lists her as a former television reporter who worked with Hunan TV and China’s state broadcaster CCTV. She is also reported to have worked at HSBC and CITIC Securities before moving into investment management. She later became associated with Megaspeed, a Singapore-based company that purchases Nvidia’s advanced AI chips and rents computing capacity to developers. Sources claim the company purchased more than $4.8 billion worth of Nvidia chips over two years, bringing its business dealings under scrutiny. Alice Huang and Jensen Huang were reportedly seen together at a Taipei bar in June 2024 and outside a restaurant in May 2025. Reports have also alleged that the two had a romantic relationship. Jensen Huang recently acknowledged being unfaithful to his wife in an email to Nvidia employees, although he did not publicly identify the woman. The controversy has prompted Nvidia’s board to launch an independent investigation into whether its CEO was targeted by a foreign intelligence operation. Jensen Huang has said his interactions with Alice Huang were normal business dealings. The allegations have also drawn attention to Nvidia’s business links with China and the wider concerns surrounding access to advanced artificial intelligence chips.