Modern manufacturing is driven by data. From real-time monitoring to predictive maintenance, factories rely on instant, actionable information to optimize operations. Yet, many industrial facilities are still using legacy machines
We deliver a comprehensive, end-to-end flood monitoring data architecture that transforms raw environmental signals into actionable intelligence at a centralized command center. By combining advanced flood sensors, Raspberry Pi edge
We explore master–slave communication in RS-485 Modbus gateways as one of the most trusted and widely implemented communication models in industrial automation. This architecture is designed to deliver deterministic data
Industrial RS-485 to Ethernet gateways occupy a unique and often underestimated position in industrial systems. On one side, they interface with legacy serial devices – PLCs, energy meters, protection relays,
Industrial IoT systems increasingly depend on reliable cellular connectivity to deliver real-time data, enable remote control, and ensure continuous operation. When integrating cellular modules with platforms such as the Raspberry
In the evolving world of IoT (Internet of Things), reliable and efficient communication between devices remains a critical challenge. When it comes to industrial IoT gateways and sensor networks, the
Industrial communication is undergoing a major transformation. As more equipment is expected to integrate with cloud platforms, edge computing systems, and enterprise-level networks, the gap between legacy serial interfaces and
Artificial Intelligence (AI) and Machine Learning (ML) have become essential skills in today’s tech-driven world. Educational institutions are increasingly incorporating AI and robotics into their curriculum to prepare students for
Smart cities are built on data—on the ability to gather, transmit, and analyze massive amounts of information from physical assets in real time. Among the many technologies driving this urban
