Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Discover how IoT mesh networks use optimized distance vector protocols to bypass failures and ensure reliable data delivery without centralized infrastructure.
Learn how to build a precise electricity monitoring system for your homelab using the PZEM-004T sensor and ESPHome firmware integrated with Home Assistant, avoiding commercial smart plugs.
Learn how to anticipate catastrophic failures in NVMe storage drives using supervised machine learning models applied to SMART diagnostic metrics. Ensure high availability in mission-critical servers.
Learn how to control airflow and temperature in your homelab server using microcontroller-based PWM controllers, reducing noise and ensuring long-term stability.
Learn how to optimize compact language models by applying structural pruning to run artificial intelligence on edge devices with high energy efficiency and low latency.
Learn how to design and implement a complete energy telemetry system for data centers, combining industrial Modbus RTU meters and asynchronous MQTT publishing.
Learn how weight quantization reduces memory footprint in large language models, enabling efficient execution on specialized hardware like NPUs.
Learn how digital storage oscilloscopes help engineers diagnose electrical noise and faults in autonomous vehicle CAN networks, ensuring operational safety.
Learn how to integrate the DALI protocol with modular IoT gateways to monitor and reduce energy consumption in large commercial buildings.
Learn how to build robust industrial controllers using the ESP32 microcontroller and the Rust programming language, ensuring safety and real-time execution.
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