Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how low-power mesh networks transform building and home automation, ensuring resilient communication, energy autonomy, and smart routing without relying on complex physical infrastructure.
Learn how to monitor and reduce energy consumption and thermal stress in programmable logic controllers operating in severe industrial environments.
Learn how to combine the industrial robustness of the CAN bus with the flexibility of the MQTT protocol to build an ultra-fast, resilient smart home network without perceptible delays.
Learn how to connect ESP32 microcontrollers to building automation networks using the industrial Modbus TCP protocol for robust and deterministic communication.
Learn how to apply automated security and compliance policies to your cloud infrastructure using Open Policy Agent, ensuring servers and resources adhere to strict rules before deployment.
Learn how to structure automated validation for embedded systems by combining virtual test benches, sensor emulation, and continuous firmware integration.
Learn how to lower your home laboratory electricity bill by implementing dynamic power-saving policies, workload scheduling, and smart thermal management across compute nodes.
Learn how to build automated security threat response pipelines using webhooks and stateful orchestration to lower mitigation times and eliminate manual errors.
Learn how to orchestrate the collection of industrial and environmental sensor data on edge servers using lightweight, highly efficient protocols for bandwidth-constrained environments.
Learn how to build a robust vibration and temperature monitoring system for edge servers using the I2C bus and dedicated microcontrollers.
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