Hardware Supply Chain

Strategic Focus and Investment Trends

• The firm is increasing funding for US hardware companies across diverse sectors, including medical devices, home robots, and space.
• Investment criteria prioritize startups capable of producing parts dramatically faster and tightly integrating design, manufacturing, and logistics.
• Target outcomes include enabling rapid hardware iteration and helping teams move at an order-of-magnitude faster speed.

Competitive Landscape and Speed Disparity

• Hardware iteration in the US is significantly slower than in China, creating a compounding disadvantage.
• In Shenzhen, design-to-new-physical-part cycles take approximately one day.
• In the US, the same loop typically takes several weeks.
• China's competitive advantage stems from dense supplier networks, rapid turnaround times, and tight coordination between design and production.
• The primary bottleneck is identified as iteration speed rather than supply chain availability alone.

Current US Market Gaps and Early Players

• The US currently lacks a comprehensive stack for rapid hardware iteration, with the necessary system existing only in fragments.
• HLabs is emerging as a specific player building actuators to support this ecosystem.
• Prototyping IO is noted for converting designs into mechanical parts within days.
• Despite these initiatives, the overall infrastructure remains incomplete relative to the speed required for global competitiveness.