Selected work
Projects by Jasurbek Haydarov
A selection of software and documentation projects covering native desktop applications,
computational mathematics, developer tooling, and AI-assisted engineering workflows.
Desktop application
Yolnoma-App
A Tauri-powered desktop workspace that brings developer, network, media, image, AI, and gaming utilities into one practical application.
- React, TypeScript, Vite and Tailwind CSS frontend
- Tauri v2 and Rust native desktop layer
- Local-first account and AI chat session storage
- Developer tools, network inspection and media workflows
Case study
- Problem
- Useful developer, network, media, image, AI, and gaming utilities are often spread across separate apps, making everyday workflows feel fragmented.
- Solution
- Yolnoma brings these utility categories together in a Tauri desktop workspace, with local-first storage for account data and AI chat sessions.
- My contribution
- I built the application around a React and TypeScript interface, connected it to a Tauri v2 and Rust desktop layer, and brought multiple utility workflows into one product.
- Key decisions
- I chose a web-based React interface with Tauri for native desktop delivery, and kept key application data local-first rather than making the desktop workspace depend on a remote account service.
- Outcome
- The result is a single desktop workspace for several everyday utility workflows, supported by a live web presence. No usage or performance figures are published yet.

Web, desktop and Android
Numeric Methods
An interactive laboratory for numerical methods and computational mathematics, designed to explain algorithms step by step.
- Next.js 16, React 19 and Tailwind CSS 4
- Tauri v2 builds for Windows, Linux and Android
- Bisection, Newton, interpolation, quadrature and ODE solvers
- Interactive charts, formulas, audit tables and export tools
Case study
- Problem
- Solving numerical-method problems by hand can take hours, especially when finding roots requires many iterations or working through a long sequence of calculations.
- Solution
- Numeric Methods automates these calculations and presents approximate results alongside exact or reference values where applicable, with step-by-step formulas, charts, and audit tables.
- My contribution
- I built an interactive computational-mathematics application that helps users solve and inspect problems across root-finding, interpolation, quadrature, and ODE workflows.
- Key decisions
- I focused on making each calculation transparent rather than returning only a final answer, so users can follow the steps, compare results, and check how a method arrived at its solution. The application is available on the web, desktop, and Android.
- Outcome
- The application reduces time spent on repetitive manual calculations and lets users focus more on understanding and verifying numerical methods.

Developer documentation
AGENTS.md
A focused repository for installing and updating AGENTS.md instructions used by AI coding agents across software projects.
- Documents repeatable agent instructions and project conventions
- Helps teams keep AI-assisted coding workflows consistent
- A documentation and engineering-process project rather than a visual app
Case study
- Problem
- AI coding agents need reliable repository context and consistent project conventions; without shared instructions, setup and expectations can vary between projects.
- Solution
- The repository documents how to install and maintain AGENTS.md instructions, with an emphasis on repeatable conventions and repository context.
- My contribution
- I created a focused documentation resource for setting up and updating agent instructions so teams can make their AI-assisted engineering workflows more consistent.
- Key decisions
- I kept the project centered on practical repository-level guidance and reusable instructions, rather than building a separate application or prescribing one agent-specific workflow.
- Outcome
- The result is a reusable reference for maintaining agent guidance across software repositories. Its impact is described qualitatively because public usage metrics are not available.
Screenshots are sourced from the linked project repositories. Visit each repository for releases,
installation instructions, source code, and the latest updates.