Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to combat degradation and loss of accuracy in industrial temperature sensors by applying runtime polynomial correction directly in the microcontroller.
Learn how the PTP protocol ensures nanosecond accuracy in industrial networks, enabling deterministic process control and real-time data acquisition.
Learn how to connect factory floor machinery to modern real-time messaging systems using gRPC, overcoming legacy bus limitations with high efficiency.
Learn how to collect industrial sensor data at ultra-high frequencies without dropping samples, using hardware interrupts to eliminate processing delays from traditional polling loops.
Learn how to bridge traditional Modbus TCP industrial protocols with modern OPC UA using edge gateways to reduce latency and modernize manufacturing plants.
Learn how to connect building management systems to modern observability platforms, overcoming legacy protocol limits and unifying real-time sensor data.
Learn how to connect building automation systems to edge networks using secure messaging protocols to ensure protection against cyber intrusions, low latency, and operational resilience.
Learn how to bridge traditional industrial control systems with modern Internet of Things architectures using the MQTT protocol and Sparkplug B specification to eliminate data silos in factories.
Learn how to integrate Programmable Logic Controllers and the BACnet over IP protocol to build robust, efficient, and scalable building automation systems in modern commercial properties.
Learn how to implement a reliable temperature and electrical consumption monitoring architecture in server racks using industrial sensors based on the Modbus protocol.
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