DeepSeek’s achievement is a big step forward in the world-changing advances of technology, regardless of who wins or loses.

Today at CES, Intel unveiled Intel® Core™ Ultra Series 3 processors, the first AI PC platform built on Intel 18A process technology that was designed and manufactured in the United States. Powering ...

At CES 2026, widely described as the year of “AI everywhere,” AI notebooks were a major focus. Manufacturers including HP, ...

We recently published an article titled Jim Cramer Discusses These 10 Stocks & DeepSeek’s Limitations. In this article, we are going to take a look at where Intel Corporation (NASDAQ:INTC) stands ...

Forbes contributors publish independent expert analyses and insights. Working on digital transformation by busting boundaries. The whale that is DeepSeek was invisible prior to Jan 20th 2025. Then the ...

At a recent PR event in Japan attended by Australian media, Lenovo’s Director of ThinkPad Development, Taka Katoh, did not disclose that DeepSeek AI software is available on Lenovo ThinkPad notebooks.

Remember DeepSeek, the large language model (LLM) out of China that was released for free earlier this year and upended the AI industry? Without the funding and infrastructure of leaders in the space ...

‘I recognize that these teams have experienced considerable change in the recent months. That’s why I’ll be working directly with the leadership teams to refine our AI strategy and ensure consistent ...

Should the acquisition take place, Intel would gain a developer of chips, systems, and clouds aimed squarely at AI inference and give more direction to Intel’s AI strategy which has seen several ups ...

China's DeepSeek-R1 LLM generates up to 50% more insecure code when prompted with politically sensitive inputs such as "Falun Gong," "Uyghurs," or "Tibet," according to new research from CrowdStrike.

A good August morning to you! It was a geopolitically-weighted week in the world of HPC-AI, here’s a quick (8:29) overview of recent developments, including: HPC News Bytes 20251222: Sub-Nanosecond ...