All Units

Introduction

  1. Architecture

Core Concepts

  1. Installation
  2. Configuration

Data Connectivity

  1. Basics
  2. Mitsubishi Electric FA
  3. OPC Classic
  4. OPC UA
  5. DeviceXPlorer
  6. SNMP
  7. Modbus
  8. Web Services
  9. Databases
  10. Other Connectivity Options

Dashboard Visualization

  1. Basics
  2. Symbols
  3. Commanding
  4. Navigation
  5. Aliasing
  6. Asset Navigator
  7. Alarm Viewer
  8. Grid Viewer
  9. Trend Viewer
  10. Recipes
  11. Schedules
  12. Fault Viewer
  13. Camera Integration
  14. Helper Controls
  15. Advanced Controls
  16. 3D Graphics
  17. Security
  18. Cloning

Clients

  1. Basics
  2. Desktop Deployment
  3. Web Browser Deployment
  4. Mobile Deployment
  5. KPI Self-Service Dashboard

Data Historian

  1. Basics
  2. Visualization
  3. Calculations
  4. Data Exchange
  5. Advanced Architectures

Asset Organization

  1. Basics
  2. Defining Assets
  3. Commanding
  4. Asset Templates
  5. Visualization
  6. Bulk Asset Configuration
  7. Advanced Topics

Alarming & Notifications

  1. Basics
  2. Hyper Alarm Server
  3. Hyper Alarm Logger
  4. Alarm Visualization
  5. AlarmWorX64 Server
  6. AlarmWorX64 Logger
  7. Converting AlarmWorX64 to Hyper Alarm Server

Helper Modules

  1. Recipe Management
  2. Scheduling
  3. Triggers
  4. Localization
  5. Unified Data Manager
  6. Workflows
  7. Expressions

Security

  1. Basics
  2. Security Server
  3. Audit Logging
  4. Securing Data in Transit
  5. Securing Data at Rest

Cloud & IoT

  1. Basics
  2. Broker Configuration
  3. Data Connectivity
  4. IoTWorX

Reporting

  1. General
  2. Report Data Formats
  3. Advanced Topics

Automated Transactions

  1. Basics
  2. Process Files
  3. Processing Data Sources
  4. Notifications
  5. Advanced Topics

Business Intelligence

  1. Basics
  2. Data Flows
  3. Data Models
  4. Data Views
  5. Visualization

Project Management

  1. Project Backups

Fault Detection & Diagnostics

  1. Basics
  2. Fault Rules
  3. Diagnostic Models
  4. Cost Analysis
  5. Visualization

SPC/SQC Analysis

  1. Basics
  2. Visualization

Energy Analysis

  1. Basics
  2. Energy Calculation
  3. Visualization
← Return to Cloud & IoT

Data Connectivity

Total: ~28 min

Subscribing to JSON Data in an MQTT Broker

Devices may publish data to MQTT brokers in a JSON format. We will explain the format and the required settings in the ICONICS software platform to subscribe to the broker and to turn data into information.

5:08 min

Subscribing to JSON Data in IoT Hub

Devices may publish data to the Azure IoTHub in a JSON format. We will explain the format and the required settings in the ICONICS software platform to subscribe to the hub and to turn data into information.

2:37 min

Subscribing to MQTT Sparkplug Data

Devices may natively support the Sparkplug-B messaging structure. We will explain the Sparkplug-B standard and the required settings in the ICONICS software platform to subscribe to the broker and to automatically discover connected devices.

3:59 min

Subscribing to OPC UA Pub Sub Data

Devices may natively support the OPC UA messaging structure. We will explain the OPC UA PUB SUB standard and the required settings in the ICONICS software platform to subscribe to the broker and to automatically discover connected devices.

2:30 min

Publishing JSON Data to an MQTT Broker

The ICONICS Software platform may be configured to publish data to an MQTT broker. We will explain the possible messaging formats and the required settings to automatically publish data to the broker.

4:54 min

Publishing JSON Data to an AMQP Broker

The ICONICS Software platform may be configured to publish data using the AMQP protocol. We will explain the possible messaging formats, the settings in Microsoft Azure and the ICONICS Workbench.

4:07 min

Options for Publishing via REST connectivity

The ICONICS Software platform may be configured to query data from web services via RESTful APIs and may be configured to publish data to custom web service end points. The 3rd party software developer would implement the appropriate processing of the received data.

4:43 min