Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to bridge traditional analog HART sensors with modern industrial IP networks using intelligent gateways, preserving installed assets and enabling Industry 4.0 without costly unplanned downtime.
Learn how to build resilient industrial networks using ring topology and the RSTP protocol to ensure fast failover and real-time supervision.
Learn how to build a fully private long-range wireless network using ChirpStack to connect and control industrial devices without relying on telecom operators.
Learn how to design fault-tolerant embedded systems using ESP32 microcontrollers and the low-latency wireless communication of the ESP-NOW protocol. Discover practical automated failover strategies to ensure your critical sensor networks never go offline.
Learn how combining the MQTT Sparkplug B protocol with the low latency of private 5G networks standardizes industrial sensor telemetry and eliminates factory data silos.
Learn how deterministic load balancing in TSN networks ensures ultra-low latency and precise synchronization for Industry 4.0, eliminating factory floor bottlenecks.
Learn how the IEEE 1588 PTP protocol delivers nanosecond-level precision across industrial Ethernet networks, overcoming NTP limitations and enabling deterministic real-time automation.
Explore practical strategies to eliminate packet loss in wireless industrial networks using the Thread protocol and RPL routing algorithm. Optimize sensor and actuator reliability in noisy manufacturing environments.
Learn how to integrate industrial sensors and edge computing using private cellular networks and the MQTT protocol for secure, low-latency communication in manufacturing plants.
Learn how to build high-performance NVMe over Fabrics storage architectures using RDMA in edge computing nodes, ensuring low latency and robust resilience.
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