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NVIDIA DRIVE
@NVIDIADRIVE
Transforming the automotive industry and the future of mobility with AI and accelerated computing.
199 Following    20.5K Followers
Smarter. Safer. Scalable. NVIDIA and @Delta_Americas are collaborating to advance next-gen autonomous driving, built on NVIDIA Hyperion and the NVIDIA Halos safety system. Learn more:
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Missed our NuRec livestream? Watch the replay: See how NVIDIA Omniverse NuRec generates novel camera views from recorded drives — so you can adapt AV perception across sensor configs and vehicle platforms without starting over.
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Congrats to @LucidMotors and @boltapp on today’s news. 25,000 autonomous vehicles across Europe is no small feat, and it's powered by NVIDIA Hyperion. A big step forward for autonomous mobility.
A major step toward scaling autonomous mobility across Europe. Lucid and Bolt are partnering to accelerate autonomous mobility across Europe, with plans to develop and deploy at least 25,000 autonomous Lucid vehicles. Combining Lucid's software-defined vehicle platform with Bolt's operating infrastructure and mobility expertise, we're building a solution designed to rapidly scale manufacturing and deployment across the continent. Read more here:
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Scale Autonomous Vehicle Perception with NVIDIA Omniverse NuRec
Sensor shifts create new questions about perception coverage — and re-collecting data isn't always an option. Join us on 9/16 to see how NVIDIA Omniverse NuRec uses neural reconstruction to generate new camera viewpoints from existing drive data. 📅
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Building safe physical AI requires a comprehensive framework. Join Dr. Riccardo Mariani, VP of Industry Safety at NVIDIA, for a deep dive into how we're building the first full-stack safety platform for AVs and robotics. View the session 👉
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Robotaxi leaders around the world are all building on NVIDIA to deploy and scale safe, reliable robotaxis. NVIDIA DRIVE is the only platform that spans AI training, simulation, and in-vehicle computing, and it's modular. Read more →
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No AV operator behind the wheel. Passengers onboard. Another European first. and @Verne_robotaxi have begun fully driverless Robotaxi test rides along a 22-km public-road route to Zagreb Airport, powered by a Pony.ai-developed L4 domain controller built on NVIDIA DRIVE AGX and safety-certified Halos OS. Read more →
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Fully driverless mobility starts with safety built into every layer. In Zagreb, our Gen-7 Robotaxi uses a Pony.ai-developed domain controller built on @NVIDIADRIVE AGX and safety-certified DRIVE OS, backed by 360° sensing and fail-operational redundancy. More:
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In case you missed it — we did a deep dive into NVIDIA Alpamayo 2 Super, our most capable open reasoning model for robotaxi and L4 AV development yet. During the stream, we walked through the release notebooks live, showed how Alpamayo 2 Super can power auto-labeling pipelines faster and cheaper than GPT-based alternatives, and covered the latest AlpaSim controller updates. Watch the replay →
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From Robotaxis to L4 Autonomy: A Deep Dive Into NVIDIA Alpamayo 2 Super
NVIDIA Automotive is headed to #NVIDIAGTC# Berlin. From robotaxi deployment to AV safety to vehicle design and manufacturing — explore how AI is transforming the automotive industry. Add sessions to your calendar 👉
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Building robotaxis or L4 autonomy? Don't miss our livestream. On Sept. 9 @ 9AM PT, we'll deep dive into NVIDIA Alpamayo 2 Super, covering release notebooks, robotaxi pipelines, AlpaSim updates and more. Save the date:
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Autonomous rides are here. 🚗 Big congrats to @Wayve_ai and @Uber! Wayve's frontier AI is built and trained on NVIDIA infrastructure, and their cars are running on NVIDIA DRIVE AGX accelerated compute — with NVIDIA DRIVE Hyperion powering future deployments.
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London, your ride has arrived. 🇬🇧 Today, Wayve and @Uber launch supervised autonomous rides across all of London (except airports) - the first time the public can experience the Wayve AI Driver and the first autonomous trips available in the UK. Taking your first ride? Tag us and we’ll send a little thank-you for becoming part of our history. 👋 #RideWithWayve#
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Cosmos 3 Post-Training in Action With Aigen and Linker Vision | Cosmos Labs
.@Waymo just published a technical look at the compute system powering the Waymo Driver, engineered for millisecond latency, extreme operating conditions, and full redundancy. NVIDIA accelerated computing is a critical foundation of this system, delivering the performance and efficiency needed to advance robotaxi deployment at scale.
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We’re putting our chips on the table. Learn more about our approach to engineering compute for fully autonomous driving and how we collaborate with industry leaders including AMD, Micron, NVIDIA, Samsung, Sandisk, Socionext, and TSMC to build the most capable computing system on the road:
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Photorealistic simulation just got more powerful. Engineers can now use NVIDIA Cosmos with RoadRunner, MATLAB, and Simulink to generate realistic driving scenes — night, snow, sun glare, clear skies — while preserving the critical ground truth data that simulation workflows depend on. World Scenario Videos (WSVs) are bridging the gap between simulation and photorealistic video generation for autonomous driving. See how it works →
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Using @NVIDIA Cosmos with RoadRunner, MATLAB, and Simulink, engineers can generate realistic driving scenes while preserving road geometry, vehicle positions, and motion. Learn how World Scenario Videos (WSVs) help advance autonomous driving workflows:
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Two Jaguars. 60 years apart. Both stopped by NVIDIA HQ ahead of #MontereyCarWeek#. The 1966 @Jaguar E-Type brought the legacy. The Type 01, powered by NVIDIA DRIVE AGX, brings next-generation driver assistance systems built for the road ahead.
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Original then, original now at NVIDIA HQ. The @Jaguar Type 01, powered by NVIDIA DRIVE, joined a classic 1966 Jaguar E-Type at HQ, where the team caught up with @JensenHuang ahead of #MontereyCarWeek#.
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The future of autonomous vehicles runs on open models. NVIDIA's Matt Cragun joins Harry Campbell on @driverlessguy_ to explain how Alpamayo works, how NVIDIA's hardware and software are accelerating AV development, and the long-tail problem its helping solve. 🎧
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Join @nvidia 's Matt Cragun and @sophiadew as they discuss how reasoning-based AI, like Alpamayo, is tackling the rare, unpredictable edge cases that have long challenged autonomous vehicles and robotaxis.
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NVIDIA's Matt Cragun on why self-driving has been perpetually 5 years away for the last 12 years and the long tail problem NVIDIA is finally solving: "Self-driving cars have been perpetually five years away for the last twelve years or however long it's been. The real challenge for everybody is how do you take care of what we call the long tail. The things you don't experience very often on the road but typically are the things you worry the most about." "The benefit of having a really large model, especially Alpamayo, it's been trained as a reasoning model. Not only does it see what you see or have perception, it also is able to think about how it should behave or what it should do." "Using the reasoning capability allows us to solve challenges that we wouldn't be able to solve with just a rule-based system. Being able to solve the long tail is really what we're trying to tackle. That's really the problem that everybody in AV is working on." "As we work further through that long tail of events, we get more and more confidence in the technology that we can deploy in a way that's safe." @nvidia
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Today, we’re launching Alpamayo 2 Super, our frontier open reasoning model for autonomous vehicles. Beyond seeing, Alpamayo understands and reasons through the complex world - thinks before it acts. It’s a powerful backbone for robotaxis, trucks, shuttles, delivery vans, tractors and the long tail of mobile robots—billions of autonomous machines someday. We’re releasing it for commercial use under OpenMDW-1.1 so teams can inspect it, fine-tune it and deploy it—open models advance safety and security. The next wave of AI is robotics—and it starts with autonomous vehicles. Great work, Alpamayo team!
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