This webinar will focus on IoTView, InduSoft’s IoT and IIoT platform agnostic solution for creating HMIs for IoT devices and intelligent systems. In this webinar we’ll learn more about the capabilities of InduSoft IoTView, and how it can be embedded in end point devices such as pumps, motion control, valves, power monitors, and other controllers to create robust IIoT solutions.
2. Agenda
InduSoft (Scott A. Kortier)
• Introduction
• What is IoT, IIoT and other related ideas
• IoTView and New(er) features
• MQTT driver
• Demonstration
• Demo application
• Save to database
• Resources
Questions & Answers
4. Established in US in 1997
Part of Schneider Electric Software, LLC
Customer-focused culture
Pioneer in industry:
First HMI package for Microsoft Windows CE
Web solution and XML integration in HMI
Patent for database connectivity
First HMI with native support for OPC UA
Multi-touch support and HTML5 integration
Platform-agnostic runtime HMI (IoTView)
Certifications:
Corporate Profile
7. EmbeddedView
InduSoft Web Studio “full runtime”
CEView
InduSoft Web Studio
Development Station
Develop once,
Deploy anywhere
Single, integrated
development
environment
IoTView
Portability
11. Internet of Things (IoT)
• The term Internet of Things (IoT) is used to
describe the practice of connecting devices
through the use of the Internet.
• The IoT is already connecting computing
devices, appliances, humans and other living beings through
the Internet.
• The IoT is made of events and signals of many different
kinds and require a standardized mode of communication
12. IoTView driving trends
Internet Of Things (IoT) / Industry 4.0 *
- 15x growth in machine generated data by 2020 (interoperability)
- 50x growth in stored data by 2020 (Big Data)
- 85% of devices are not connected yet (timing)
- $19 trillion estimated untapped value (opportunity)
Platforms
- Windows CE / Windows Embedded (strong position in Industrial HMIs)
- VxWorks (nearly 40% of traditional RTOS shipments)
- Linux (more than 25% of all embedded shipments – much more, adding Android)
IoTView solution
- Platform-agnostic (runtime editions for Windows, VxWorks, Linux, and more)
- Rapid Application Configuration Environment
- Small footprint
- Interoperability (device protocols, OPC, Historian, Databases/ERP)
- Mobility (HTML5) and Remote Management
- Affordability (high volume business model)
* Ref.: WindRiver Helix 360 System Tools
15. Use the Data to Gain
Insight and Take
Action
DB
Insight/
Value
Actions/
Reactions
Thing(s)
Raw Data
10110101
Analytics/
Information
Interoperability
w/ other IIoT
systems
18. InduSoft Solution
• Platform-agnostic (runtime editions for
Windows, VxWorks, Linux and more)
• Rapid Application Configuration Environment
• Small footprint
• Interoperability (device protocols, OPC,
Historians, Databases)
• Mobility (HTML5) and remote management
19. IoTView Features
Global
Project Tags
Classes
System Tags
Security System (local mode)
Graphics (SMA Thin Client)
Screens
Screen Groups
Project/Library Symbols
Tasks
Alarm Online
Trend (remote database)
Math (built-in scripting)
Drivers
MOTCP
MODBU
ABTCP
SOFTP
MQTT
20. IoTView - Portability
Benefits
- Ability to execute custom logic to manipulate data in background, with
execution control.
- Support for hundreds of built-in functions to transform data into
meaningful information before presenting it.
21. SMA - Mobility
Support for Trend Control on Studio Mobile Access Thin Clients (HTML5)
Benefits
- Ability to visualize online and history data from tag values on multiple
devices based on different platforms and web browsers (HTML5), using
a modern and intuitive user interface.
22. SMA - Mobility
Support for Custom Widgets
Benefits
- Ability to integrate third-party web-based controls into the HMI/SCADA
project screens.
- Engineers with HTML/JScript can easily create Custom Widgets and
define Properties/Events through the IDE. Users can use the Custom
Widgets on the local Viewer and Thin Clients.
24. Protocol
The connected devices need a protocol using which they could communicate
only when it is required.
Devices with constrained resources should be able to communicate with
various other dissimilar devices.
25. MQTT(“Message Queueing Telemetry Transport”)
MQTT is a machine-to-machine (M2M) or "Internet
of Things" connectivity protocol.
It is an open protocol and standardized by the
OASIS Technical Committee.
This makes this protocol easy to adopt for the wide
variety of IoT devices, platforms, and operating
systems
26. MQTT
It was designed as an extremely
lightweight Publish/Subscribe
messaging transport.
It is useful for connections with
remote locations where a small
code footprint is required and/or
network bandwidth is at a
premium.
28. Benefits
• From “Thing” to Corporate “Big Data”
• Lower Total Cost of Ownership
• Reduced “Time To Market”
• Small footprint
• Ease to collect data
• Functionality (Why reinvent the wheel?)