How devices communicate: network protocols, industrial internet, and data exchange
Industrial communication protocols explained: from legacy Modbus RTU to modern OPC-UA, MQTT, and the Industrial Internet of Things
Networks & CommunicationsWhy factories are digital targets and how to protect them: from the Purdue model to Stuxnet case study and IEC 62443
Networks & CommunicationsHow office Ethernet evolved for harsh industrial environments — determinism, redundancy, and security
Networks & CommunicationsDifferences between PROFIBUS DP, PA, and PROFINET — installation, diagnostics, and Siemens system integration
Networks & CommunicationsPublish, subscribe, and broker — how MQTT connects sensors to the cloud with minimal network overhead
Networks & CommunicationsWirelessHART, ISA100, and industrial Wi-Fi — when to go wireless and what are its limitations in harsh environments
Networks & CommunicationsHow CAN and J1939 protocols work — communication between engines and sensors in trucks and heavy equipment
Networks & CommunicationsHow HART carries digital data over 4-20mA analog signals — remote diagnostics and smart instruments
Networks & CommunicationsDiagnostic tools from Wireshark to protocol analyzers — finding the source of communication failures in the factory
Networks & CommunicationsWhy fiber optics outperform copper in industrial environments — EMI immunity, long distances, and safety
Networks & CommunicationsWhy not send all data to the cloud — edge computing reduces latency and protects privacy in industrial settings
Networks & CommunicationsHow to securely connect factory data to AWS or Azure — industrial DMZ, encryption, and trusted gateways
Networks & CommunicationsOPC-UA architecture, information model, and security — why it is the future standard for connecting everything in the factory