Hardware Supply Chain

Getting a physical product manufactured is absurdly slow and opaque. A hardware startup designing a new electronic device waits 8-16 weeks for prototype PCBs, 4-6 months for injection-molded enclosures, and has zero visibility into manufacturing progress. Communication happens via email and spreadsheets across 5-10 suppliers in 3+ countries. The result: 80% of hardware startups fail not because the product is bad, but because manufacturing is too slow and unpredictable.

Three shifts converge in 2026. Digital manufacturing (3D printing, CNC, PCB prototyping) can now produce production-quality parts, not just prototypes. AI can auto-generate manufacturing instructions from CAD files, eliminating weeks of DFM (design for manufacturability) review. And API-first logistics platforms make it possible to orchestrate multi-supplier supply chains programmatically for the first time.

Contract electronics manufacturing alone is a $600B market. PCB fabrication is $80B. The current supply chain is dominated by brokers and middlemen who add cost and delay without adding value. Companies like Fictiv ($1.5B valuation) proved that marketplace models work for simple parts; the next opportunity is full integration from design through delivery, powered by AI that eliminates manual engineering reviews.

Founders who have personally experienced the pain of hardware manufacturing. Ideal backgrounds include mechanical or electrical engineering combined with software development skills. Experience at hardware companies (Apple, Tesla, consumer electronics startups) or manufacturing automation companies is valuable. You need to understand both the physical manufacturing processes and how to build software that interfaces with CNC machines, 3D printers, and assembly lines.

Nicolas Dessaigne envisions a world where you upload a CAD file in the morning and receive a production-quality physical part by evening. This requires tightly integrating design validation, manufacturing execution, and logistics into a single AI-powered platform. The current 16-week cycle exists not because manufacturing is inherently slow, but because coordination between design, manufacturing, and shipping is broken.