JITX

JITX is a software-defined electronics platform that uses AI-driven code to generate and validate PCB designs. It runs locally on a user’s infrastructure, turning requirements and manufacturing rules into design code and schematics with HFSS integration for validation.

JITX takes requirements, stackups, SI targets, and manufacturing rules written in Python and translates them into design code that can be inspected and compiled. The AI edits this code while JITX generates schematics, board structures, routing, HFSS simulations, and rule checks. The workflow loops from requirements to validated design, using HFSS or user rule checkers to evaluate results and feed data back for subsequent edits. It supports local installation, integration with HFSS, and extensible modeling for domains like SPICE, power, and thermal, with options for fiber weave, oxide, and surface roughness effects.

Who it’s for: Aerospace, defense, and high-performance electronics teams that design high-frequency or demanding PCBs and require AI-assisted, code-driven design with HFSS validation in a local environment.

Customers: Honeywell Aerospace, OpenAI, Lockheed Martin

Mentions of enterprise customers and demos, careers, and pricing plans; references to Honeywell Aerospace, Lockheed Martin, OpenAI imply traction and enterprise interest.