TDK Ventures investment director argues robotics breakthroughs depend far more on hardware and real-world reliability than on AI advances alone, challenging the assumption that generative AI success will automatically translate to capable machines.

What happened: Ankur Saxena, investment director at TDK Ventures (the corporate venture capital arm of TDK Corporation), laid out a framework called the '4Ps of Physical AI'—perception, planning, performance, and platform—arguing that success in robotics requires solving physical constraints (sensors, power, mechanics) alongside software intelligence, not just bolting generative AI onto existing hardware as a marketing layer.

Why it matters: Many investors assume that AI scale will automatically improve physical systems the way it has improved language and image generation, but Saxena emphasizes that robotics demands determinism, sub-millisecond response times, and fault tolerance in unstructured environments—constraints that statistics-based foundation models alone cannot solve. Perception (reliably interpreting sensor data in real-world conditions) remains the weakest link and a major barrier to scaling autonomous systems.

What to watch: Saxena identifies near-term opportunities in constrained, high-value environments—autonomous mobile robots in logistics and warehousing, inspection robots in energy infrastructure and mining (where startups like ANYbotics already operate), and aerial autonomy for cargo logistics—while cautioning that humanoid robot investment broadly is pricing in a commercialization timeline that is optimistic by at least a decade. He notes that enabling technologies like sensors, power electronics, and motion control remain undervalued by investors despite being essential to real-world deployment.