Industrial IoT

Edge computing for factory floors, field sensors, and operational technology networks.

Arduino Opta: Programming a Modern Industrial PLC for IIoT Workflows

Arduino Opta is a micro-PLC that brings Arduino's development experience and MicroPython to industrial control applications. Here's how it works, what it supports, and how it fits into modern IIoT architectures alongside cloud and edge platforms.

5G Network Slicing and MEC for Industrial IoT Applications

5G network slicing lets operators carve out guaranteed network segments for specific industrial use cases. Combined with Multi-access Edge Computing, it enables low-latency, high-reliability IoT deployments that weren't achievable with Wi-Fi or 4G. Here's how it works and where it fits.

CAN Bus and Edge Computing: Bridging Automotive and Industrial IoT

CAN bus remains the backbone of automotive and industrial control networks, but connecting it to edge computing platforms unlocks real-time analytics, predictive maintenance, and remote monitoring. Here's how the integration works in practice.

IO-Link Wireless: Cutting the Cable on Industrial Sensor Networks

IO-Link Wireless extends the world's most widely deployed industrial sensor protocol to operate without cables, enabling flexible manufacturing, rotating equipment monitoring, and mobile robotics — all within the IEC 61131-9 standard.

Unified Namespace: OPC UA over MQTT for Industry 4.0 Architecture

The Unified Namespace (UNS) is the dominant data architecture pattern for Industry 4.0, using MQTT as a central data hub and OPC UA for semantic modeling. This guide explains UNS principles, implementation approaches, and how it compares to traditional ISA-95 hierarchies.

MQTT Sparkplug B: The Industrial IoT Standard That Brings Structure to Your SCADA Data

Raw MQTT is flexible but unstructured — every team defines their own topic hierarchy and payload format. Sparkplug B adds a standardised topic namespace, protobuf payload encoding, and stateful session management on top of MQTT, making it the dominant open standard for IIoT and SCADA data integration. Here's how it works and when to use it.