Nicolas Sauvage, the visionary behind TDK Ventures, has established a reputation for identifying transformative technological trends years before they become mainstream. Since founding the corporate venture arm of the Japanese electronics giant in 2019, Sauvage has managed a $500 million portfolio based on a simple yet rigorous philosophy: identify the bottleneck that will exist four years into the future and back the founders working to solve it today. This forward-looking approach allowed him to invest in the AI chip startup Groq in 2020, long before the current generative AI infrastructure boom made such investments seem like obvious choices.

Sauvage’s investment strategy focuses on the ‘boring’ but essential infrastructure that powers modern technology. His portfolio is characterized by a commitment to critical hardware, including solid-state grid transformers, sodium-ion batteries for data centers, and alternative battery chemistries designed to bypass geopolitical supply chain risks. By prioritizing efficiency and utility over hype, Sauvage has positioned TDK Ventures to capitalize on the compounding demand for computational power and industrial resilience. His work with Groq, in particular, emphasized the necessity of inference—the process of executing model queries—which he identified as a vital, scalable layer of the AI stack.

Looking ahead, Sauvage is shifting his focus toward ‘physical AI’ and the next evolution of the compute stack. He is particularly interested in robotics with highly specific, reliable functions, such as those developed by Agility Robotics and ANYbotics, which address labor shortages and operate in environments too hazardous for humans. Furthermore, he anticipates a renaissance for CPUs, which he believes are uniquely suited to manage the complex, branching logic required by AI agents.

Beyond compute and robotics, Sauvage is closely monitoring the rapid pace of hardware innovation in international markets. He highlights a trend he calls ‘vibe manufacturing’—the use of AI to accelerate the prototyping and iteration of physical products. For Sauvage, the final frontier is physical dexterity, the ability to manipulate atoms with the same speed and ease that software engineers manipulate code. By positioning TDK Ventures to bridge this gap, he remains focused on the next major industrial bottleneck, ensuring the firm remains at the forefront of the hardware-software convergence.