Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to build a robust sensor and actuator network using distributed MQTT brokers, smart load balancing, and asynchronous processing for industrial and smart environments.
Learn how to architect redundant Modbus TCP networks for Programmable Logic Controllers, ensuring high availability and seamless transition in industrial environments.
Learn how to design distributed systems capable of surviving network failures using partial synchronous replication and graceful feature degradation.
Learn how to implement BGP and interior routing protocols in home and edge networks to build resilient, redundant, and adaptable topologies without relying on rigid solutions.
Learn how PTP IEEE 1588 technology solves temporal precision challenges in BACnet industrial networks, ensuring flawless time-series records for building and industrial automation.
Learn how to protect corporate networks against malicious packet injection and perform deep inspections on encrypted traffic flows at the access layer.
Learn how to unify KNX-based building automation with the lightweight MQTT protocol to build a highly scalable, real-time energy telemetry system.
Learn how to architect low-latency distributed storage systems at the network edge using NVMe over Fabrics, ensuring enterprise-grade redundancy and resilience for critical workloads.
Learn how to design a robust architecture for collecting electrical consumption data in data centers using the industrial Modbus TCP protocol and real-time visualization with Grafana.
Learn how to build resilient mesh networks in industrial plants using the IEEE 802.15.4 standard and the RPL routing protocol to ensure deterministic connectivity in harsh environments.
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