Automate PCB CI/CD — from Git repo to Gerber, BOM, and fab order

Executive Summary

Many of the estimated 200,000 electronics design organizations still move PCB work through email, ZIP files and ad-hoc handoffs, which creates rework, supplier mismatches and long lead times; this gap is most painful for small-to-medium product teams and enterprise hardware groups that want software-style CI/CD parity. Mistakes in BOMs, Gerbers or fabrication instructions routinely add weeks and tens of thousands of dollars to a release, and there is no widely adopted, repeatable pipeline to eliminate those failures. You could build a Git-native CI/CD platform that turns commits into versioned Gerbers, standardized BOMs, automated DRC/ERC runs, part validation and multi-fab quoting, with one-click fab ordering, approvals and full audit logs. Focused integrations with Altium, Autodesk/Eagle, KiCad cloud APIs and validated contract fabs, paired with a developer-friendly CLI and REST API, would let teams embed PCB pipelines into existing workflows without re-architecting toolchains. Enterprise features—IP controls, supply-chain validation, parts lifecycle guards and compliance templates—should be core to reach an attainable $40K ACV per customer. The market timing is attractive: an $8.0B addressable market driven by edge/IoT proliferation and EDA vendor cloudification gives this idea a market score of 92/100 and revenue potential of 86/100, while current direct competition remains low. Real challenges remain—EDA format fragmentation, vendor lock-in, complex fab integrations and messy supply-chain data—but you can stand out by being vendor-agnostic, shipping validated fab on-ramps, providing enterprise-grade auditability, and delivering ready-made CI templates that produce repeatable manufacturing outputs with minimal developer friction.