
02 THE TOKENMAXXERS
Yash Bahuguna
I’m someone who’s always curious about how things work. I like building things, going down random rabbit holes, and learning by figuring things out myself. Most of what I spend my time on revolves around engineering, open source, and whatever I happen to be interested in at the moment.
Career
- software engineerstealthjuly 2026 – 15 augest 2026
- software engineerthe kalaajune 2026 – present
- software engineeroppiaseptember 2026 – present
- memberoppiaOctober 2025 – present
- contributorharbor (cloud native cloud foundation)may 2026 – present
- maintaineruwestjs
Publications
- How Can Multiple Tasks Run Without Running at the Same Time?BlogView
Side Projects
- forgequeueView project
ForgeQueue is a distributed job processing system built to reliably run background tasks across multiple workers. It uses Redis for queueing and coordination, with workers that can pick up, process, r …
ForgeQueue is a distributed job processing system built to reliably run background tasks across multiple workers. It uses Redis for queueing and coordination, with workers that can pick up, process, retry, and recover jobs when something goes wrong. The goal is to understand and build the pieces behind reliable job infrastructure rather than just using an existing queue library things like leases, retries, worker coordination, failure recovery, and concurrency.
- Rust Visual EngineView project
Rust Visual Engine is a visual difference engine written primarily in Rust. It compares video frames or images, detects meaningful visual changes, and turns those changes into structured events with c …
Rust Visual Engine is a visual difference engine written primarily in Rust. It compares video frames or images, detects meaningful visual changes, and turns those changes into structured events with cropped regions, metadata, and visual outputs. I built it to make the processing pipeline fast and self-contained while keeping the heavier image analysis and preprocessing practical. It also includes utilities for frame processing, deformation, rotation, and motion analysis.