Techable Ventures founder Amulya Vishwanath says robotics is still developing core hardware and software components before more capable systems can emerge.
Amulya Vishwanath, founder and managing partner of Techable Ventures, argues that robotics is still in an early phase of assembling the components needed for broader progress. In a TechCrunch Equity interview published October 20, 2026, she described companies working on foundational robotics software and hardware, including robotic hands and actuators, rather than a single breakthrough that has transformed the field.
Vishwanath’s view is that these separate pieces may eventually combine into more capable systems. She also pointed to the development of both general-purpose and specialized robots, saying they are being built now and may improve as the underlying components advance. Her comments frame progress as dependent on multiple building blocks coming together, not on one product or company alone.
The perspective comes from Vishwanath’s move from industry into investment. She spent nearly seven years as a product marketer at Nvidia before starting Techable Ventures, a firm focused on physical AI. Earlier in her career, she held a product-marketing role at a company later acquired by Intel and worked as a digital signal processing engineer at Interconnect Systems, which was later acquired by Molex.
Vishwanath also identified access to talent as an important factor for U.S. robotics companies. She said experienced workers are being drawn to large firms such as Anthropic and Nvidia, while her own professional network is one way Techable Ventures can connect startup founders with talent. That support, in her account, is part of how the firm can assist companies building in a field where both technical components and teams are still developing.
Her remarks describe an investment thesis and an assessment of the sector, not a timetable for when a defining robotics product will arrive. The interview did not identify a specific device, company, or milestone as the moment that would mark such a shift.