Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to build an efficient architecture to monitor power consumption in datacenters using IoT sensors and the MQTT protocol for lightweight data transmission.
Learn essential printed circuit board layout techniques to mitigate electromagnetic interference and noise in switched-mode power supplies, ensuring signal integrity and regulatory compliance.
Learn how to connect legacy and modern machinery using CANopen fieldbuses and Modbus gateways to build fast, unified, and fault-tolerant industrial networks.
Learn how to design and implement an edge computing cluster using ARM-based nodes and distributed file systems for resilient local processing.
Learn how to build efficient local pipelines for image generation using diffusion models on dedicated hardware, balancing speed and energy consumption in edge servers.
Learn to design a home telemetry environment using Raspberry Pi and field protocols. Discover how to ensure data collection security and reliability.
Explore the engineering secrets behind differential routing in printed circuit boards for interfaces like HDMI and DisplayPort, ensuring high-speed signal integrity.
Learn how to architect high-performance local storage servers by combining RDMA over Converged Ethernet (RoCE) and link aggregation to achieve ultra-low latency and massive throughput.
Learn how to architect a local monitoring and automation system for residential solar power bills using MQTT smart meters and lithium-iron-phosphate batteries.
Learn how to design multilayer printed circuit boards to reduce electromagnetic noise in switch mode power supplies, ensuring signal integrity and regulatory compliance.
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