Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to connect unstable sensors using the MQTT-SN protocol for constrained bandwidth networks and local SQLite storage to ensure offline data persistence.
Learn how to build robust industrial networks using Modbus TCP and advanced resilience strategies to handle high latency in actuator communication.
Learn how to build automated load tests in ephemeral environments using container orchestration to simulate real synthetic traffic and prevent production failures.
Learn how to transform hardware validation using automated test benches driven by Python scripts, reducing human error and accelerating the production line of electronic boards.
Build an industrial communication gateway in Rust to convert legacy protocols, aggregate sensor tags, and expose data via OPC UA with high performance and security.
Learn how to detect voltage drops, electrical noise, and communication failures in industrial CAN buses to prevent unexpected production line downtime.
Learn how to connect legacy industrial sensors running on Modbus RTU to cloud platforms via MQTT, overcoming frequent network drops with robust local storage and synchronization strategies.
Learn how to identify, isolate, and resolve clock drift issues in industrial networks using the IEEE 1588 PTP protocol for precise nanosecond-level time control.
Learn how to build highly resilient industrial control systems combining the Modbus TCP protocol, the Rust programming language, and advanced fault-tolerance strategies.
Explore how Zigbee and Thread mesh networks operate in home automation, comparing network topologies, communication protocols, and real interoperability challenges in modern projects.
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