Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to integrate Programmable Logic Controllers directly with cloud platforms using lightweight communication protocols, ensuring bandwidth efficiency, security, and stable real-time traffic.
Learn how to build robust Rust provisioning scripts to configure development workstations quickly, safely, and reproducibly.
Learn how to build a home and industrial automation laboratory using Raspberry Pi, secure field protocols, and reliable telemetry collection.
Learn how to connect industrial controllers to modern Python applications using the OPC UA protocol, breaking down barriers between the factory floor and cloud computing.
Learn how to apply network encapsulation and rigorous digital barriers in manufacturing environments to isolate critical control systems and prevent cyber attacks in industrial plants.
Learn how to connect legacy building automation systems running BACnet/IP with modern cloud platforms using the lightweight MQTT protocol and a dedicated protocol translation bridge.
Explore how artificial intelligence agents and large language models integrated into development environments are reshaping modern software engineering.
Explore how TSN standards revolutionize industrial network communication by eliminating chaotic traffic and ensuring the delivery of critical control data within microseconds. Learn the synchronization mechanisms and priority queues that protect production lines against delays.
Learn how to combine Modbus TCP and CoAP to build lightweight real-time building telemetry architectures, overcoming bandwidth limits and ensuring efficient HVAC and lighting monitoring.
Learn how combining the DALI-2 lighting protocol and IP buses in modern buildings reduces energy consumption, ensures interoperability, and unifies telemetry.
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