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Meta is reassigning top software engineers from across the company into a new AI engineering organisation. This unit, created recently, is part of a broader reorganisation of the workforce.


A blue infinity symbol with floating social media icons on a light blue background, including Facebook, Instagram, WhatsApp, and Messenger.
Credit: UNSPLASH

The social media company is informing staffers selected for transfer into the Applied AI (AAI) Engineering unit. Vice President Maher Saba, head of the new organisation, authored an internal memo regarding the transfers.


Saba, who is also a vice president in the Reality Labs division and a lieutenant of Chief Technology Officer Andrew Bosworth, had initially invited volunteers to join the organisation when it was established. However, joining is no longer voluntary.


The company is "now moving to the next phase: scaling the team," Saba stated in his memo. Leaders across Meta have identified "strong SWE (software engineer) talent" for the AAI unit.


Saba wrote that the AAI unit is "one of the company’s highest priorities." He added, "we’re resourcing it by moving our strongest talent to address it. Therefore, the transfers aren’t optional."


The reorganisation comes as Meta plans significant layoffs. These layoffs could eliminate tens of thousands of jobs as the company seeks to offset costly artificial intelligence infrastructure investments and prepare for greater efficiency brought about by AI-assisted workers.


The Applied AI organisation is central to Meta’s vision. It is tasked with building tools and evaluations to accelerate the development of AI agents. These agents will write code and perform complex tasks autonomously.


Saba indicated that the end goal is for these agents to execute the majority of work for building, testing, and shipping products and infrastructure at Meta. Human staffers would then monitor these agents.


The owner of Facebook and Instagram has pushed employees to meet targets for AI usage. Some teams within Reality Labs have been restructured to be "AI native," featuring fewer managers overseeing large teams.


These "AI native" teams will use AI-generated reports to monitor performance. Chief Executive Officer Mark Zuckerberg spoke to investors about this transformation.


Zuckerberg stated he expected 2026 to be "the year that AI starts to dramatically change the way that we work." He added, "We're investing in AI-native tooling so individuals at Meta can get more done."


He also mentioned, "we’re elevating individual contributors, and flattening teams." If successful, Zuckerberg believes the plan will lead to more accomplishments and a more enjoyable work environment.

  • Meta is moving top engineers to a new Applied AI (AAI) Engineering unit.

  • Transfers to the AAI unit are mandatory, as it is a high-priority initiative.

  • The AAI organisation aims to develop AI agents that can autonomously perform complex tasks and write code.


Source: REUTERS

Artificial intelligence lab Anthropic is exploring the design of its own artificial intelligence chips, according to three sources. This move responds to a shortage of AI chips needed to power and develop more advanced AI systems.


Close-up of a computer chip labeled "AI" on a detailed circuit board with metallic and black components, creating a futuristic tech vibe.
Credit: UNSPLASH

The plans are in early stages, and the company may still decide only to buy AI chips, rather than design any. Anthropic has not yet committed to a specific design or assembled a dedicated team for the project, one source added.


A spokesperson for the San Francisco-based company declined to comment.


Demand for its AI model, Claude, accelerated in 2026. The startup’s run-rate revenue now surpasses USD 30 billion, an increase from about USD 9 billion at the end of 2025, Anthropic stated earlier this week.


Anthropic currently uses a range of chips to develop and run its AI software and chatbot Claude. These include tensor processing units, or TPUs, designed by Alphabet’s Google, and Amazon’s chips.


Earlier this week, Anthropic signed a long-term deal with Google and Broadcom, which helps design TPUs. This agreement builds on the company’s commitment to invest USD 50 billion in strengthening US computing infrastructure.


Anthropic’s discussions mirror similar efforts underway at large technology companies. These include Meta and OpenAI, which are also seeking to design their own AI chips.


Designing an advanced AI chip can cost roughly half a billion USD, according to industry sources. Companies need to employ skilled engineers and spend to ensure the manufacturing process has no defects.

  • Anthropic is exploring the possibility of designing its own artificial intelligence chips.

  • This exploration is a response to ongoing shortages of AI chips.

  • The company's plans are in early stages, with no specific design or dedicated team yet.


Source: REUTERS

A Japanese ballpoint pen containing live parasitic worms is circulating widely on social media, drawing significant online attention. The unique design, featuring Anisakis parasites, has resurfaced in videos, sparking renewed public discussion.


Clear pen filled with coiled, gold wires on a white and pink surface. Gold accents on cap and base.
Credit: dom_lucre/ X

The pen was created a few years ago by a hobbyist in the rural Kochi Prefecture. It contains live Anisakis parasitic worms suspended in herbarium oil, observed moving within the pen.


Anisakis is a genus of parasitic nematodes commonly found in various fish species. If raw or undercooked infected fish is consumed, these parasites can enter the human body and potentially cause anisakiasis.



The pens were reportedly available for purchase at the Michinoeki Susaki fresh fish store. Their re-emergence online has led to widespread reactions.


Many social media users have described the concept as bizarre, some questioned its legality, and others expressed reluctance to use such a pen or questioned the rationale behind its creation.


A post about the pen, shared on X by the handle ‘dom_lucre’, garnered more than 459,000 views. The post described Anisakis as a Japanese handicraft item with a real parasitic worm that moves while writing.

  • A Japanese ballpoint pen containing live Anisakis parasitic worms is currently trending on social media.

  • The pen, created by a hobbyist in Kochi Prefecture, features worms moving in herbarium oil.

  • Anisakis is a genus of parasitic nematodes found in fish, capable of causing anisakiasis if consumed raw.


Source: TIMESNOW

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