MikroTik QoS CAKE Optimization, ESP32 IoT Smart Key, and Self-Hosted Server Infrastructure

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This technical report comprehensively documents a network infrastructure and embedded systems engineering project. The primary focus encompasses IoT hardware deployment, bandwidth optimization, and secure local server provisioning.

Core Project Documentation

• SmartKey IoT (Embedded Systems): Design and implementation of a wireless module based on the ESP32 microcontroller and a 433MHz RF receiver (SRX882) for mechanical comparison and remote control systems on motorcycles.
• QoS Optimization (Network Engineering): Bufferbloat mitigation within local networks utilizing MikroTik router deployment with the QoS CAKE algorithm to significantly enhance latency stability performance.
• Self-Hosted Infrastructure: Utilizing local containers to run an Nginx Web Server and Cloudflared Tunnel to securely publish local domains without requiring a static public IP address.

Official Technical Report (Open-Source)

Detailed hardware schematics, network configuration architectures, and empirical test results have been officially published. You can access and download the full document via the following scientific repository link:

👉 Full Report: MikroTik QoS CAKE Optimization and ESP32 IoT

Keywords: ESP32, MikroTik, QoS CAKE, Bufferbloat, Cloudflared Tunnel, Open-Source Hardware, Embedded Systems, Network Engineering.