I'm M Tauseef Haider, a full-stack developer and engineer specializing in App Development, Web, Desktop, IoT, and Agentic AI. I turn complex problems into elegant, performant solutions.
I'm M Tauseef Haider, an independent software developer with a relentless drive for building scalable applications and high-performance systems. From enterprise MERN stack platforms and React Native ecosystems to complex hardware integrations using ESP32 modules, I love tackling multi-disciplinary problems.
My philosophy is simple: build things that matter. Whether it's reverse-engineering Bluetooth SPP protocols for wireless earbuds, designing automated Agentic AI desktop workflows, or engineering robust backend tracking systems, I thrive on pushing the limits of what I can build independently.
When I'm not architecting new web applications, I spend my free time researching IoT ecosystems, tinkering with embedded systems, and learning the latest frameworks to continuously expand my technical arsenal.
Technologies I use across my five domains.
A selection of things I've built across mobile, web, desktop, IoT, and agentic AI.
An agentic desktop assistant that turns WhatsApp into a secure remote control for your PC: text a command from your registered number and the Electron agent executes it locally — running tasks, or fetching files from approved directories and sending them straight to your chat. Sensitive actions are gated behind OTP verification and explicit confirmation prompts.
When the official SoundPEATS app server went down, users were locked out of managing their own earbuds — so I reverse-engineered the Bluetooth protocol and built a fully offline controller. Captured Android HCI snoop logs into Wireshark, decoded the SPP packet structure (magic bytes 0x5A5A, header, command, payload, checksum), and shipped a custom Android app: a strict 6-second MAC-verification handshake to block imposter devices, granular battery telemetry parsed straight from the byte stream, and full hardware control — ANC, gaming mode, and complete touch-sensor remapping.
An end-to-end transport ecosystem built around a custom GPS tracking unit (ESP32-S3 + NEO-7M GPS) with onboard RFID fare payments, IMU-based driver behavior analysis, and GSM connectivity. Real-time fleet tracking streams over WebSockets and webhooks into a web admin panel, a student web portal, and three cross-platform React Native apps — Student, Driver (phone-sensor location & behavior tracking), and Passenger (vehicle seat reservations).
An access control system where hardware sensors (ESP32-S3 + PN532) are installed at locked doors and sensitive chambers. An admin uses a React Native app with their phone's built-in NFC sensor to seamlessly issue access cards to employees. Whenever an employee enters or leaves a restricted zone, the hardware logs the entry and instantly notifies the admin via the app.
An interactive learning platform where teachers generate science simulations just by describing the topic, class level, and animation specs — AI builds 2D/3D animations with LaTeX-rendered equations for physics and math. Teachers refine results conversationally, then publish verified simulations to the student panel, where learners explore them with descriptions and printable notes.
A complete resume-building platform on the MERN stack with AI superpowers. Users can create resumes from prebuilt templates, set them to private, or make them public with a unique, shareable link accessible without login. It features a smart import tool where users can upload an old resume and let OCR/AI automatically extract and populate their details, plus an AI writing assistant to seamlessly refine and enhance long paragraphs like job descriptions and qualifications.
Architecting and building scalable, production-ready applications independently. Key milestones include CraveMap (a comprehensive React Native food delivery platform), ClinicPro (a robust hospital management system), and specialized MERN stack utilities like the PaperForge PDF Suite.
Conducting independent research and development in hardware-software integrations. Built end-to-end transport ecosystems using ESP32 GPS trackers, reverse-engineered Bluetooth SPP protocols for wireless earbuds, and developed automated desktop Agentic AI workflows.
Pursuing a degree in Computer Science while simultaneously building an extensive portfolio of complex, multi-disciplinary technical projects. Focusing heavily on software architecture, machine learning, and applying theoretical concepts to real-world engineering.
Recognized by the University of Agriculture, Faisalabad, for the complete design, development, and deployment of Mobility, The Fleet Management System.
Awarded Certificate of Appreciation at the COMPPEC '26 competition for building an integrated hardware-software transport ecosystem.
Recognized for innovative technical project pitching and execution.
Direct testimonial and academic endorsement from university faculty.
Lecturer, Department of Computer Science
University of Agriculture Faisalabad • Teacher & Academic Mentor
“Muhammad Tauseef Haider is easily amongst the top ten outstanding Computer Science students whom I have taught during the last 12 years at the University of Agriculture, Faisalabad. What makes him stand out is his ability to take an idea and transform it into a complete, working solution.”
Have a project in mind or just want to say hi? My inbox is open.