GTC Paris was about momentum. Yesterday morning, Jensen Huang took the stage to lay out NVIDIA's vision for a world rapidly transformed by artificial intelligence, robotics and quantum computing. The message was clear: the future is arriving faster than expected.
One of the technologies Huang spotlighted—the RTX 6000 Blackwell Server Edition—was first introduced at GTC in March and has already made its way into the hands of enterprises and research centres around the world. Plus, the RTX 6000 Pro Blackwell Workstation Edition—featuring 96 GB GDDR7 and 600 W power envelope—is now available to test at Boston Labs
During his keynote, Huang showcased the RTX 6000 Blackwell Server's impact: powering industrial AI factories like those being developed with Siemens, and forming part of the wider infrastructure for tomorrow's AI-driven enterprises.
The most ambitious part of today's keynote was NVIDIA's unfolding plan for agentic and sovereign AI infrastructure across Europe.
Telcos including Orange, Telefónica, Swisscom, Fastweb and Telenor are all now working with NVIDIA to build distributed, secure and self-managing AI systems designed to operate locally—close to the user and close to national data borders.
At the same time, a network of sovereign AI hubs is being rolled out in Germany, Spain, Italy, Finland, Sweden and the UK, all powered by DGX Cloud Lepton. These data centres will give researchers, governments and businesses control over their models, training data and intellectual property—without shipping data across oceans or borders.
In a striking shift from earlier caution, Jensen Huang declared that quantum computing is finally at an inflection point. Thanks to CUDA-Q and close partnerships with Harvard and MIT, NVIDIA is bringing quantum workloads into practical reach—faster than most expected.
This marks a potential sea change. Quantum's promise of radically improved simulation, optimisation and machine learning may now move from academic theory into early enterprise and research adoption.
No stranger to GTC audiences, GREK made another appearance—this time in Paris—where Jensen Huang playfully interacted with the robot on stage. GREK was first introduced at GTC San Jose but returned to the spotlight to reinforce NVIDIA's approach to robotics development: train in a fully virtual digital twin environment before ever setting foot in the real world.
Using NVIDIA's Omniverse platform and powered by the Newton physics engine, GREK's development shows how virtual training environments can safely accelerate the creation of robots capable of real-world autonomy—reducing time, cost and physical risk.
Huang also spotlighted the growing role of NVIDIA DGX Cloud Lepton—a unified AI platform and compute marketplace that connects developers to GPU resources across global cloud providers. Lepton simplifies the process of building, training and deploying AI applications, offering flexibility and scalability without locking users into a single provider or region.
At the same time, new sovereign AI hubs across Europe—including Germany, Spain, Italy, Finland, Sweden and the UK—are set to empower governments, researchers and enterprises with secure, regional AI development and data sovereignty.
At Boston Limited, we see three key implications from today's keynote:
Jensen Huang's keynote was less about unveiling the unknown and more about scaling what's already in motion. From sovereign AI infrastructure and practical quantum computing to robots like GREK and the expanding DGX Cloud Lepton platform—the future of AI-driven innovation is accelerating.
Boston Limited stands ready to guide your journey into this new era: :
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