MyFRT — Disk Forensics Platform
Founding engineering work at Lab Systems: an Electron + Python disk forensics application that delivered 70% faster evidence processing through distributed C++ kernels and a unified investigator UI.
As a founding engineer at Lab Systems, I architected MyFRT — a disk forensics platform built to streamline evidence extraction and case workflows for investigators. I owned the full stack: an Electron + NextJS desktop client, a Python and C++ kernel layer for high-throughput disk parsing, and a distributed worker pool that scaled with case load. Bash automation glued together evidence chain-of-custody steps that were previously manual.
The system improved overall processing performance by ~70% via distributed C++ kernels and parallelized indexing into ElasticSearch and MongoDB. Cloudflare and Vercel handled secure delivery, while rigorous testing and DevOps automation kept production stable across client deployments. MyFRT set a new internal standard for how the team shipped forensic tooling.
Project Details
Technical Insight
This project utilizes a high-performance distributed architecture and specialized AI integration.