Google unveils two new TPUs designed for the “agentic era” (9 minute read)
Google's new TPUs provide Google and its customers with a faster and more efficient AI platform. The TPU 8t was designed to reduce training time for frontier models from months to weeks. The TPU 8i is designed to be more efficient when running multiple specialized agents. It can also run in large pods of 1,152 chips. The TPUs will power Google's Gemini-based models, but they are also designed with third-party developers in mind, with both TPUs supporting popular frameworks that developers are already using.
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Tesla to Spend $3 Billion on ‘Research Fab,' Use Intel Tech (3 minute read)
Tesla plans to spend roughly $3 billion on building a research chip factory in Texas. The research facility will be built on Tesla's existing Giga Texas campus. It will be capable of outputting just a few thousand wafers per month, but it is more of a testing ground for new technologies and processes than a mass manufacturing facility. Tesla plans to leverage Intel's most advanced production process, 14A, which should be mature and ready by the time Tesla's plan scales up.
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Science & Futuristic Technology
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Xpeng is actually building this electric flying car — I visited the factory (5 minute read)
Xpeng, a Chinese automaker, is pouring serious resources into making manned electric aircraft a commercial reality. It has a prototype aircraft that can take off, hover, and land, all controlled by a single joystick. The prototype is part of a system with two parts: a six-wheeled, three-axle ground vehicle that serves as transport and charging station, and a detachable two-seat eVTOL aircraft that sits in the back and deploys autonomously. The entire package is priced around $300,000 USD. Xpeng is targeting customer deliveries toward the end of 2026.
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AI-powered robot beats elite table tennis players (5 minute read)
Ace is a robotic system developed by Sony AI that can beat elite players at table tennis. It has an eight-jointed arm on a movable base and multiple cameras that can view the entire court from different angles. The cameras track the position and spin of the ball, allowing Ace to make split-second changes to its trajectory. Ace displays a mastery of spin and can handle difficult shots. It still loses against professionals, but its abilities are still a milestone in robotics - table tennis is one of the toughest tests of how far the technology has advanced.
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Programming, Design & Data Science
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The AI-native interview (6 minute read)
Coding agents have upended software engineering. The role is now shifting from building machines to designing and honing them. Engineers now focus less on precise lines of code and more on whether software produces the right outcomes over time. This shift changes what should be evaluated in interviews. This post looks at how Sierra redesigned its engineering interview process from the ground up to reflect this new reality.
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One Developer, Two Dozen Agents, Zero Alignment (15 minute read)
Coding agents give developers a lot of their time back, allowing them to have enough time and energy to make their products the way they want to. Agents allow developers to make much better software through more rigorous critical thinking and better alignment in the planning stage. They allow teams to scale in a way that leads to higher-quality software. In a world of fast, cheap software, quality becomes the new differentiator.
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Mars or the Moon or AI? Elon Musk's Changing Goals for SpaceX (8 minute read)
SpaceX's mission for years was to get humans to Mars. However, over the last six months, the company's priorities have shifted. SpaceX recently struck a deal with AI startup Cursor that could result in the acquisition of the company for $60 billion. Elon Musk has proposed moonshots, including AI data centers in Earth orbit, moon-based factories, and an AI chip manufacturing plant. The changing goals have resulted in criticism from some investors.
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Cursor and SpaceX: In search of a complete loop (13 minute read)
Being the top lab in coding means owning both the compute to train new models and capabilities and the product to recursively inform that process. Cursor and SpaceX combining together can complete that loop. That's why they entered into an agreement to co-develop coding and knowledge agent models together. This is the first deal where two sub-frontier labs plausibly combine into a frontier contender.
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