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In June @NaderLikeLadder emailed Jensen about a crazy idea we had over dinner to make Local AI 10x better on NVIDIA hardware. Jensen replied in 7 minutes. He saw this as important work, and approved a war room for us to work on this at NVIDIA HQ. For a month, NVIDIA HQ was the @exolabs satellite office. We were overwhelmed by the support we got. We were back to back the first week with smart NVIDIANs coming in to our war room to help us. Creators of CUDA, Dynamo, people who built NVIDIA. Long story short with NVIDIA we managed to improve their Local AI playbooks by 9.6x (almost the 10x goal we set out with). We’ll be publishing a whitepaper on this work. We were just a small startup with a crazy idea. Jensen took a bet on us. Jensen cares deeply about Open Source AI and Local AI. I don't believe Jensen is replaceable, he's a 1 of 1 human, but I hope NVIDIA will continue to aggressively support Open Source AI and Local AI, and continue to take bets on small startups with crazy ideas. Thank you Jensen

Researchers proved AI has deleted every reason universities exist. Harvard University ran a controlled experiment pitting a custom AI against their own top-tier classrooms. And the results are going to collapse the higher education bubble. They took 194 undergraduates and split them up. One group learned physics in one of Harvard’s best hands-on, active-learning physical classrooms. Group work. Instructor support. The premium university experience. The other group went home and learned the exact same material with an AI tutor. The AI didn't just win. It embarrassed the institution. Students using the AI learned more than twice as much as the students in the elite Harvard classroom. They scored 30% higher on the final assessment. And they did it in less time. Let that sink in. A piece of software sitting on a laptop outperformed a world-class faculty in one of the most elite learning environments on Earth. Universities have always justified their exorbitant tuition with two things: access to elite knowledge and the physical classroom experience. This study just proved both of those moats are gone. When software can teach you complex physics twice as well as a $60,000-a-year institution, the math of higher education breaks permanently. The AI didn't just give the students answers. It used strict pedagogical guardrails. It guided. It questioned. It forced the students to do the cognitive work. It offered perfect, one-to-one tutoring, personalized to the exact moment a student misunderstood a concept. That level of attention is mathematically impossible to scale in a physical lecture hall. For a thousand years, the university was the only place to get a premium education. Now, it’s the bottleneck. If AI can double your learning speed for a fraction of the cost, what exactly are students taking on decades of debt to pay for?

With @Cybertruck, we introduced & scaled many automotive firsts 48V architecture: 4x lower current that enables thinner, lighter wiring True Steer-by-Wire with no mechanical steering link, enabling variable steering response Combined with rear-wheel steering, this also brought coordinated front + rear steering for greater low speed maneuverability & high speed stability Structural stainless-steel exoskeleton: allows exterior panels to carry structural loads, resulting in far higher torsional stiffness Full-hard stainless air bending: forms ultra-hard exterior panels without damaging the visible surface Etherloop: gigabit vehicle network that eliminates ~70% of cross-vehicle wiring

LATEST: 🚨 Cybersecurity firm Rapid7 says a crypto phishing campaign dubbed "Operation Asterix" targeted roughly 885,000 phone numbers to steal seed phrases via fake Ledger, Trezor, and Exodus apps.

Chinese scientists' VR wings offer glimpse into future of embodied intelligence In a recent virtual reality (VR)-based study, a research team from Peking University in Beijing has demonstrated that the human brain can incorporate virtual wings into its body schema, offering new insights for the development of embodied intelligence technologies including brain-computer interfaces and smart exoskeletons.