Amulya Vishwanath, who led product marketing for Nvidia’s robotics platforms for seven years, is now investing in what she calls the 'Lego era' of robotics—emphasizing the ongoing rebuilding of core components like robotic hands, actuators, and safety standards rather than expecting an immediate AI-driven leap forward.
- Robotics is still focused on rebuilding key hardware and software components
- Contrasts with views expecting a near-term AI breakthrough in robotics
- Investing broadly in physical AI including materials and life sciences
What happened
Amulya Vishwanath, a veteran of Nvidia’s robotics product marketing, has launched Techable VC, an early-stage investment firm specializing in physical AI technologies. Drawing on her deep experience, she assesses that robotics is currently in a 'Lego era,' where foundational parts like actuators, robotic hands, software, and safety protocols are still being developed and refined.
This perspective contrasts with some industry voices who anticipate a rapid acceleration in robotics capabilities driven by a general foundation AI model, akin to what occurred with ChatGPT in AI. Vishwanath instead highlights the incremental, hardware-driven progress currently shaping the sector.
Why it matters
Vishwanath’s stance challenges the hype around an immediate transformative moment in robotics powered solely by AI models, underscoring the importance of physical components and integration challenges that remain unsolved. Her approach signals that progress will likely be gradual and multidisciplinary.
As robotics interfaces with materials science and life sciences, the scope of physical AI expands beyond traditional robots, pointing to a broader ecosystem where hard and soft elements coexist. Investors and innovators may benefit from this nuanced understanding that blends technology development with practical engineering.
What to watch next
Keep an eye on startups and technologies enabling better actuators, robotic hands, and safety systems, as these are crucial building blocks for future robotics applications. The evolution of software platforms that streamline robotics development will also be a key area of innovation and investment.
Additionally, Vishwanath’s investments across physical AI sectors such as materials science and life sciences should be monitored. These fields could drive new types of robotic functionality and applications, moving the industry beyond the narrow confines of traditional robotics into integrated physical intelligence.