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An AI-powered test and debug platform for chip developers
Silogy is building an AI-powered platform for chip developers to simulate and debug their designs.
Silogy offers an AI-powered design verification platform for chip developers, providing an autonomous agent that debugs failing tests by analyzing code, logs, waveforms, and a growing knowledge base. It emphasizes on-premise deployment to keep data on customers' machines and aims to reduce test debug times significantly.
Viv, the AI verification engineer, runs on customer premises and analyzes test outputs (code, log files, waveform files, etc.) to root-cause failures. It can be invoked via a command line tool and integrated into existing CI/CD workflows, interoperating with standard industry tools. It operates with a bring-your-own-key model for LLM access and emphasizes autonomous debugging with cited clues and potential bug sources, all while ensuring data never leaves the customer's environment.
Who it’s for: chip developers and verification engineers seeking automated, on-premise test debugging and faster root-cause analysis
Website indicates product existence, on-premise deployment, onboarding via demos/free trial, and emphasis on enterprise-style deployment; no explicit funding or hiring details provided.
Cofounder and CEO of Silogy. Originally a math major, I became passionate about chips while working in high-frequency trading for 8 years. Previously Hudson River Trading. Interested in all things related to chips and money.
SiLogy CTO and cofounder. Previously Cloudflare, Sense Talent Labs, United Auto Workers. Interested in all things software, especially EDA.
All-in-one platform for chip and FPGA development teams
SiLogy builds a web platform for chip design and verification teams to run tests in the cloud, track test results and coverage, and collaborate on debugging with in-workflow comments on logs or waveforms. The product targets digital verification workflows to speed up the semiconductor development cycle.
From the original launch (Mar 2024) — may be outdated.

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