Insights from recent AI conferences and the launch of new products from Robotiq and Universal Robots

NVIDIA GTC has become one of the most important events shaping the future of AI and robotics. This year, Physical AI took center stage — with rapid advances in foundation models, simulation-to-real workflows, and increasingly capable robotic systems.

In this webinar, Robotiq and Universal Robots experts will share key takeaways from GTC and highlight the Physical AI applications and trends that robotics teams should be paying attention to today.

We’ll break down the top five Physical AI breakthroughs we saw at GTC, discuss where AI still faces challenges when interacting with the physical world, and explore why richer multimodal sensing, especially touch, is becoming critical for training and deploying intelligent robots.

During the session, we’ll also introduce Robotiq’s new TSF-85 tactile sensor fingertips, designed to bring pressure, vibration, and proprioception sensing directly to robot grippers. You’ll see how tactile sensing can help generate richer datasets, improve grasp reliability, and support the next generation of Physical AI systems.

In this webinar, you’ll learn:

• The top Physical AI breakthroughs revealed at NVIDIA GTC

• Emerging applications shaping the future of robotics

• Where hardware sensing still limits AI performance

• Why tactile data is becoming foundational for robotic learning

• How the TSF-85 tactile sensor fingertips enable multimodal data collection for Physical AI

Join us for this post-GTC briefing and discover what these developments mean for robotics teams building intelligent systems today.

If you weren’t at GTC, this is the only recap focused entirely on Physical AI.