MCPFast / Tools / Zaptrace: AI-native EDA kernel for electronics, verification-first
Zaptrace is an AI-native EDA kernel for electronics design, featuring verification, routing, KiCad/Gerber export, and an MCP server.
View on GitHub→Zaptrace is an AI-native Electronic Design Automation (EDA) kernel designed for modern electronics development. It integrates core EDA functionalities with an AI-first approach, focusing on verification and efficient design workflows. This tool provides a robust foundation for engineers and developers working on complex electronic systems, offering features that streamline the design and verification process.
Zaptrace acts as a central kernel for electronics design, prioritizing verification from the outset. It handles essential EDA tasks including design verification, automated routing, and the generation of industry-standard outputs like KiCad and Gerber files. Its architecture is built to leverage AI for enhanced performance and intelligence in the design cycle. Furthermore, Zaptrace includes an MCP server, facilitating integration and distributed workflows for development teams.
Zaptrace is targeted at AI builders, hardware engineers, and electronics developers who require a powerful, AI-driven EDA solution. It is particularly beneficial for those working on projects where verification is paramount and efficiency in routing and output generation is critical. Developers looking to integrate AI into their hardware design workflows, or those seeking an open-source EDA kernel with MCP server capabilities, will find Zaptrace a valuable asset.