Chinese AI firm DeepSeek has emerged as a potential challenger to U.S. AI companies, demonstrating breakthrough models that claim to offer performance Chinese firm's efficient AI model raises questions about Big Tech's massive infrastructure spending plans.

Apple could benefit from China's DeepSeek, which appears to deliver cheaper AI models. Its competitors have already spent big on their own efforts.

The rise in popularity of a high performing and cheaply built Chinese artificial intelligence (AI) model has shaken the confidence of investors, while raising larger questions about the future of American-made AI and upping the stakes of Washington’s tech rivalry with Beijing.

US tech giant Nvidia lost over a sixth of its value after the surging popularity of a Chinese artificial intelligence (AI) app spooked investors in the US and Europe. DeepSeek, a Chinese AI chatbot reportedly made at a fraction of the cost of its rivals, launched last week but has already become the the most downloaded free app in the US.

Yet many in Silicon Valley believe the broad sell-off is an overreaction to DeepSeek’s latest model, which they argue could spur wider adoption and utility of AI by radically lowering the technology’s cost,

DeepSeek's new AI model has sparked concerns about Nvidia's dominance in the AI hardware market, causing a drop in the chipmaker's stock and raising questions about the future of high-performance AI chips.

DeepSeek claims its Janus-Pro-7B outperforms existing models such as OpenAI's DALL-E and Stable Diffusion. In a bold move that mirrors its approach with DeepSeek-R1, the company has made Janus-Pro-7B free and open source.

OpenAI CEO Sam Altman called Chinese startup DeepSeek's R1 AI model "impressive" on Monday, but emphasized that OpenAI believes greater computing power was key to their own success. DeepSeek, a low-cost Chinese artificial intelligence model,

Chinese artificial intelligence (AI) research lab DeepSeek is making waves globally with the launch of its open-source AI model, DeepSeek-R1. Promising advancements in mathematical reasoning, code generation,