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Did you know that standard Windows tools significantly limit developers when working with Wi-Fi? For instance, capturing raw packets or seamlessly managing the 6 GHz band out-of-the-box can be a real headache.
My Wi-Fi Framework SDK is designed to solve these exact challenges. I have combined Native Wi-Fi management, Wi-Fi Direct, and advanced packet sniffing into a single, clean, and consistent API.
Why choose Wi-Fi Framework?
No more painful workarounds around Win32 or WinRT APIs.
Full control over 2.4, 5, and 6 GHz bands.
Perfect fit for IoT integrations, hardware communication, and network security monitoring tools.
Stop wrestling with low-level details and accelerate your development cycle.
You can find Wi-Fi Framework listed in my projects on my profile.
The network for creativity
Join 1.25M professional creatives like you
Connect with clients, get discovered, and run your business 100% commission-free
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I developed the Web Security Intelligence Toolkit (WSIT), a security analysis platform designed to identify vulnerabilities before exploitation. Originally created as my University Final Year Project (FYP), WSIT evaluates risks related to SSL, DNS, and HTTP headers. It integrates real time threat intelligence from VirusTotal and Google Safe Browsing, along with a custom port scanner and historical data tracker. This tool offers detailed insights into server misconfigurations and blacklist history through an interactive dashboard, enabling proactive defense measures.
Built "BikersHub" — a Flutter app connecting motorbike riders through a community platform. Features include a secure marketplace to buy/sell bikes & gear, Nearby Mechanics Locator with live map, Emergency SOS for instant location sharing, real-time chat between riders, and DIY repair guides.
Title: Industrial IoT Environmental Monitor, OLED HUD & Actuator Node
Description:
An autonomous edge-computing IIoT monitoring and safety node built using an ESP32 microcontroller. The system tracks real-time environmental metrics and executes local automation logic with zero cloud latency.
Key features:
1. Multi-Sensor Telemetry: Integrates a BME280 sensor for ambient temperature, humidity, and barometric pressure alongside an MQ-135 sensor for real-time air quality and gas detection.
2. Local OLED HUD Dashboard: Features an SSD1306 OLED display to provide operators with crystal-clear, on-site visual diagnostics and live system status updates.
3. Autonomous Edge Actuation: Automatically triggers an opto-isolated relay (M281) and piezo buzzer to drive ventilation fans and warning alarms when safety thresholds are breached.
4. Optimized Firmware: Powered by clean C/Arduino code utilizing hardware I2C communication, analog data mapping, and robust Active-LOW relay control logic.
