Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to combine the KNX building automation protocol with the MQTT broker to collect real-time telemetry efficiently right at the edge.
Learn how to implement PID controllers to manage temperature and processor clocks in homelab servers, balancing performance, noise, and energy consumption.
Learn how to integrate the Matter communication protocol into hybrid local networks using self-hosted servers. Connect smart devices securely, with high speed and zero external cloud dependency.
Learn how minor adjustments to update intervals prevent micro-congestion in industrial PROFINET networks, ensuring real-time communication without unexpected delays or packet loss.
Learn how to build efficient bridges between legacy industrial networks and cloud platforms using data type conversion and robust edge exception handling.
Learn how the Precision Time Protocol delivers microsecond accuracy in automation networks, enabling real-time telemetry analysis and consistent diagnostics.
Learn how to structure a local mesh network to distribute smart device traffic, preventing bandwidth bottlenecks and connection drops in home automation.
Learn how to protect critical industrial environments by combining traditional VLANs and the power of eBPF for secure runtime packet interception and filtering without performance loss.
Learn how to integrate legacy building automation systems using a dynamic bridge between BACnet and MQTT, combining industrial robustness with cloud flexibility.
Learn how to apply the Kalman Filter on 32-bit microcontrollers to eliminate electrical noise in industrial sensors. Discover how to balance speed and accuracy in noisy environments.
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