- Community Home
- >
- Solutions
- >
- Internet of Things (IoT)
- >
- A quick start for Manufacturing IoT using the new ...
-
- Forums
-
Blogs
- Alliances
- Around the Storage Block
- Behind the scenes @ Labs
- HPE Careers
- HPE Storage Tech Insiders
- Infrastructure Insights
- Inspiring Progress
- Internet of Things (IoT)
- My Learning Certification
- OEM Solutions
- Servers: The Right Compute
- Shifting to Software-Defined
- Telecom IQ
- Transforming IT
- Infrastructure Solutions German
- L’Avenir de l’IT
- IT e Trasformazione Digitale
- Enterprise Topics
- ИТ для нового стиля бизнеса
- Blogs
-
Quick Links
- Community
- Getting Started
- FAQ
- Ranking Overview
- Rules of Participation
- Contact
- Email us
- Tell us what you think
- Information Libraries
- Integrated Systems
- Networking
- Servers
- Storage
- Other HPE Sites
- Support Center
- Enterprise.nxt
- Marketplace
- Aruba Airheads Community
-
Forums
-
Blogs
-
InformationEnglish
- Subscribe to RSS Feed
- Mark as New
- Mark as Read
- Bookmark
- Receive email notifications
- Email to a Friend
- Printer Friendly Page
- Report Inappropriate Content
A quick start for Manufacturing IoT using the new Industrial IoT Starter Kit
By Brian Duffy
HPE Edgeline & Moonshot Global Program Manager
In manufacturing, industrial IoT stands at the forefront of many companies’ digital transformation initiatives. But the vision of a connected factory that operates at peak efficiency by leveraging industrial IoT for analytics, predictive maintenance, automated QA, and other operational improvements faces a big challenge: Getting all of the devices, plant equipment, and data sources onto the same platform and securely integrated with cloud applications and management tools. Building such an IoT architecture that gives insights into operations while boosting overall equipment effectiveness (OEE) could take months.
The challenge becomes a lot easier to face with the launch of the Industrial IoT Starter Kit (IISK) from HPE, Softing, and Microsoft. The end-to-end solution is the fastest and easiest way for a company to link a production line to the cloud. With a single kit, staff or integration specialists can connect up to 100 controllers, servers, and associated devices in less than a day.
From traditional plant operations to a connected factory
The idea behind connected factory is simple: Take plant equipment, IoT sensors, and other operations technology (OT) and information technology (IT) systems, connect them with each other and powerful analytical tools and cloud applications, and use the data to derive insights, trigger automated processes, improve OEE, and ultimately boost profitability and competitive advantage. According to a report published by the McKinsey Global Institute, the Internet of Things will generate at least $1.2 trillion and as much as $3.7 trillion in value per year by 2025 in manufacturing.
But for individual companies, making the journey from traditional plant operations to a true connected factory is a daunting task. For example, consider a typical production line for a small electronic part. Raw materials and components are fed into the line, where machines and their operators can assemble, test, and package the parts. It’s a complicated mix of standalone and daisy-chained controllers and data sources, which include:
- Programmable logic controllers (PLCs) from various manufacturers used to control industrial equipment, usually featuring proprietary interfaces to access process- and machine data.
- Modern PLCs with OPC UA interfaces.
- OPC Classic servers feeding legacy Supervisory Control and Data Acquisition (SCADA), human-machine interface (HMI) technologies, and manufacturing execution systems (MES).
- Sensors and SCADA applications running automated processes that connect via an OPC UA server or client.
- Legacy MES systems used to manage inventory and historian agents connected with Windows-based clients using OPC Classic specifications.
- A mix of other data sources including SQL, NoSQL, and XML, some hosted locally or others hosted on cloud storage platforms.
Adding new IoT sensors and applications and placing all the data into a virtualized environment bring additional layers of complexity. Working with data integrators or assigning staff to build out the system’s architecture and IoT infrastructure would be a painful, time-consuming exercise. The impact on production would be significant if devices have to be taken offline or reconfigured.
What’s in the Industrial IoT Starter Kit?
The IISK does away with the complexity. It’s built upon the hardy HPE GL20 IoT Gateway configured with CPU, memory, connectivity, and I/O ports and slots. The GL20 is designed to be placed at the network edge, whether it’s on the plant floor or at a remote facility. Bundled in this IISK is a software stack that contains the following pieces:
- Windows 10 IoT Enterprise Edition
- Microsoft’s OPC Proxy and OPC Publisher for Azure IoT Suite connected factory pre-configured solution
- Softing’s dataFEED OPC suite
The software delivers powerful industrial connectivity, communication, and management tools. Companies will be able to visualize and analyze connected factory data in new ways, and lay the foundation for industrial IoT to drive predictive maintenance, QA, and new types of factory automation.
Setup and configuration is quick
The IISK allows staff to easily connect the controllers and data sources using a simple software wizard. One Starter Kit can connect up to 100 controllers. The controllers may come from Siemens, Mitsubishi, Rockwell, Allen Bradley, Schneider Electric, WAGO, Phoenix, or other compatible controllers. Other plant equipment and applications may support OPC UA or OPC Classic specifications. The IISK can connect and configure all of them. This minimizes the impact on operations and staff time. Client applications may run on-premises or in the cloud, and they can be connected via various protocols including OPC Classic and OPC UA, as well as secure MQTT and REST.
Managers seeking to minimize disruption to operations will appreciate the ability to first deploy the IISK in a lab environment. This mode provides all the capabilities and strengths needed to evaluate and test the architecture . When deployed in production, there is no need to modify existing firewalls and security protocols.
The IISK from HPE, Softing, and Microsoft provide a robust data and integration solution, as well as a head start into cloud-based OEE and manufacturing analytics. To learn more about the starter kit, visit www.HPE.com/info/Industrial-IoT-Starter-Kit.
Featured articles:
- Refinery of the future: How IIoT enables safety and efficiency
- Making Industrial IoT data pay
- What is the Industrial Internet of Things?
- Want to know the future of technology? Sign up for weekly insights and resources
- Back to Blog
- Newer Article
- Older Article
- Subscribe to RSS Feed
- Mark as New
- Mark as Read
- Bookmark
- Receive email notifications
- Email to a Friend
- Printer Friendly Page
- Report Inappropriate Content
- Marggie Hopkins on: Examples of intelligent spaces
- Dedicated Server USA on: Bringing OT and IT together through HPE Partnershi...
- Srinivas BN on: Pioneering Virtualization at the IoT Edge – the “O...
- teche on: Taking the Internet of Things to a new level with ...
- EIC_IoT_Blog on: HPE at Discover 2016 Las Vegas: It’s a beautiful ...
- Gopal Vogga on: IoT’s diverse use cases demand a flexible platform
-
5G
1 -
6 pillars of IoT
1 -
Agile Automation
1 -
AI
1 -
Analytics
1 -
Artficial Intelligence
1 -
Artifical Intelligence
1 -
artificial intelligence
1 -
Asset Management
2 -
Augmented Reality
1 -
automation
7 -
Big Data
3 -
Big Data Analytics
1 -
Blockchain
2 -
cloud computing
2 -
Condition Monitoring
2 -
Connected Car
2 -
connectivity
1 -
data analytics
1 -
datacenter
1 -
DevOps
1 -
Digital Factory
1 -
Digital Government
1 -
Digital Manufacturing
17 -
Digital Transformation
6 -
Digital Transformation Services
1 -
Digital_Technlogy
1 -
Digital_Transformation
2 -
Edge
3 -
Edge Analytics
5 -
edge compute
2 -
Edge Computing
43 -
Edge Computing – IoT
6 -
Edge IT
6 -
Edge to Core Compute
1 -
Edgeline
2 -
Engineering Workstation
1 -
GE
1 -
healthcare
2 -
HPE Connect IoT
1 -
HPE Converged Edge Systems
1 -
HPE Discover
7 -
HPE Discover 2016 Las Vegas
2 -
HPE Discover 2017 Madrid
1 -
HPE Discover Las Vegas 2016
4 -
HPE IoT Systems
2 -
HPEDiscover
4 -
Hybrid Internet of Things
1 -
Hybrid IoT
1 -
Idea Economy
7 -
IIoT
58 -
Industria IoT
1 -
Industrial Intelligent Edge
10 -
Industrial Internet of Things
21 -
Industrial IoT
64 -
Industrie 4.0
1 -
Industry 4.0
5 -
Industry4.0
1 -
Innovation
1 -
Innovation at Work
2 -
Intelligent Edge
21 -
Internet of Things
74 -
Internet of Things (IoT)
3 -
Internet of Things Services
2 -
Internet of Things Strategy
2 -
IoT
107 -
IoT alliances
2 -
IoT Analytics
10 -
Iot Compute
1 -
IoT Connectivity
2 -
IoT Control
2 -
IoT customers
1 -
IoT Data
2 -
IoT demos
1 -
IoT Ecosystem
2 -
IoT Ecosysten
1 -
IoT Energy
1 -
IoT Events
1 -
IoT examples
1 -
IoT in Oil and Gas
1 -
IoT Lab
3 -
IoT Partners
8 -
IoT Partnershiops
1 -
IoT Partnership
3 -
IoT Partnerships
8 -
IoT Platform
10 -
IoT Projects
1 -
IoT Security
6 -
IoT Services
5 -
IoT sessions
1 -
IoT Strategy
4 -
IoT SWC 17
2 -
IoT Thought Leadership
2 -
IoT Use Cases
7 -
IoT World Congress Event
2 -
IoTevents
1 -
IT
1 -
IT operations
1 -
IT OT Convergence
3 -
IT-OT Convergence
1 -
machine learning
1 -
Manufacturing
10 -
Manufacturing Automation
1 -
Matthias Roese
2 -
Multi-access Edge Computing (MEC)
1 -
MWC18
2 -
New IoT and Edge Technologies
1 -
OEM
1 -
Olivier Frank
1 -
Operations Technology
3 -
Partner Ready
1 -
Partnership
1 -
Predictive Maintenance
5 -
PTC
2 -
Retail
2 -
ROBO
1 -
Security
1 -
Service Providers
1 -
Smart Agriculture
2 -
Smart Cities
6 -
Smart Energy
1 -
Smart Manufacturing
2 -
Smart Metering
1 -
Storage
1 -
use case
1 -
Video Analytics
5 -
Video Surveillabce
1
- « Previous
- Next »
Hewlett Packard Enterprise International
- Communities
- HPE Blogs and Forum
© Copyright 2019 Hewlett Packard Enterprise Development LP