The DeepSeek drama may have been briefly eclipsed by, you know, everything in Washington (which, if you can believe it, got even crazier Wednesday). But rest assured that over in Silicon Valley, there has been nonstop,

DeepSeek—built in two months with a lean team and outdated chips—just dethroned ChatGPT as the #1 app on the US App Store. This isn't just a wake-up call; it's a siren blaring in the ears of every Indian founder,

DeepSeek’s R1 AI model competes with OpenAI’s o1 reasoning model across math, coding, and science on an even playing field at 3% of the cost.

Some AI researchers hailed DeepSeek’s R1 as a breakthrough on the same level as DeepMind’s AlphaZero, a 2017 model that became superhuman at the board games Chess and Go by purely playing against itself and improving, rather than observing any human games.

The Chinese startup DeepSeek released an AI reasoning model that appears to rival the abilities of a frontier model from OpenAI, the maker of ChatGPT.

The announcement confirms one of two rumors that circled the internet this week. The other was about superintelligence.

This story incorporates reporting fromPC Gamer, BGR, MIT Technology Review, Computerworld, TechRadar and newsbytesapp.com.OpenAI has released Operator, a largely autonomous AI tool designed to execute tasks on the internet based on simple text prompts.

Hedge fund manager and entrepreneur Liang Wenfeng built an AI model on a tight budget despite US attempts to halt China’s high-tech ambitions.

This new approach, based on natural selection, dramatically improves the reliability of large language models for practical tasks like trip planning. Here's how it works.

The government wants these AI experts to mentor Indian startups and young researchers. Some leading Indian-origin AI experts have shown interest in returning to India

R1, sent shockwaves through Wall Street, with major tech firms—most notably Nvidia—experiencing sharp stock declines.

FREE TO READ] Chinese artificial intelligence group’s use of ‘reinforcement learning’ and ‘small language models’ leads to breakthroughs