Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to monitor temperature and performance on homelab servers using the IPMI protocol and Prometheus exporters.
Learn how quantization techniques transform massive artificial intelligence models into lightweight software capable of running locally on smartphones, routers, and constrained hardware without losing critical accuracy.
Learn how to design efficient, ultra-low-noise switching power supplies for sensitive microcontrollers, mitigating interference and ensuring precision in critical embedded systems.
Learn how to implement dynamic frequency scaling and clock management techniques in ESP32 microcontrollers to maximize battery autonomy in IoT projects.
Learn how to design galvanic isolation circuits to shield serial communication ports against severe electrical surges and noise in industrial plants.
Learn how to extract power consumption data directly from hardware sensors using IPMI and consolidate these metrics in Prometheus to optimize costs and data center cooling.
Learn how to plan and configure NVMe controllers and ZFS in high-density servers to ensure maximum performance, data integrity, and high availability in mission-critical environments.
Learn how to design clean power supplies and robust filtering networks to eliminate electrical noise in high-precision analog-to-digital converters, ensuring stable and reliable readings.
Learn how to build a high-resilience storage cluster using NVMe disk arrays and the ZFS file system in your engineering homelab.
Learn how NPU coprocessors enable the execution of computer vision models on low-power devices, overcoming traditional CPU limitations in industrial and embedded environments.
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