HOW & WHY THE IOT IS - DMI - The First Integrated, End...
Transcript of HOW & WHY THE IOT IS - DMI - The First Integrated, End...
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How & Why The IoT Is Transforming Manufacturing · 1
HOW & WHY THE IOT IS TRANSFORMING MANUFACTURING
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How & Why The IoT Is Transforming Manufacturing · 2How & Why The IoT Is Transforming Manufacturing · 2
INTRODUCTION
The Internet of Things (IoT) is starting to fundamentally change the way some big companies operate and this is especially true for manufacturing.* In gaining benefits from the IoT, industrial manufacturers are far ahead of 12 other major global industries. According to Tata’s research, they reported:
• The largest average revenue increase from their IoT initiatives last year (29%)
• It was also forecasted that they will have the largest revenue increase from the IoT by 2018 (27% over 2015)
• Industrial manufacturers were also in the lead for using sensors and other digital technologies to monitor the products they sold to customers (with 40% of the companies surveyed doing so)
Companies with the greatest revenue increases from IoT initiatives reinvented their business models rather than just mobilizing them. They reimagined their businesses digitally and produced substantial value for customers – not just value for themselves. They deliver that value through new business models,
product and service offerings, and data. We’ve experienced this ourselves with successful clients such as CEMEX, Heathrow, Warburtons, as well as one of the largest industrial cleaning companies in the world. Consequently, we’ve also seen companies that simply took existing business processes and mobilized them and although the ROI is still positive, they are by no means leveraging the full potential of IoT.
This white paper summarizes:
• Why IoT is so popular among manufacturers
• The most common use cases of IoT
• The benefits of IoT
• How IoT is changing business models
• Platform requirements
• Challenges, risks and why companies fail with IoT
• Key attributes to success
The report uses the broad definition of IoT, including connected devicesin the enterprise, Machine-to-Machine (M2M) technology and mobile enterprise applications.
“GE IS INVESTING MORE THAN $1 BILLION OVER FOUR YEARS IN THE INTERNET OF THINGS AND TWENTY-SIX OTHER COMPANIES (INCLUDING 14 IN THE U.S.) PLAN TO SPEND $1 BILLION OR MORE EACH ON INTERNET OF THINGS INITIATIVES.”
TATA CONSULTANCY SERVICES, JULY 20151
*For the purpose of this white paper, manufacturing is comprised of a broad scope of industries including: manufacturing of machinery, products, consumer goods, oil and gas, forest and paper and adjacent products and services with similarities.
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WHY IS THE IOT SO POPULAR AMONG MANUFACTURERS?
A study by a global advisory service EY in 20144 states that IoT has now become a differentiator in top manufacturers
because it helps maximize productivity while reducing quality losses. It is useful for all aspects of manufacturing, but
is particularly applicable to packaging, where it easily discovers packaging slowdowns.
A summary by IoT Analytics of research from Harbor Research, Gartner, Cisco and Global Insights shows manufacturing as the leading industry after consumer products and services.
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WHY IS THE IOT SO POPULAR AMONG MANUFACTURERS?continued...
And IDC concludes similar results in their 2014 IoT forecast by industry.
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Based on some of the insights presented in the introduction of this white paper, it’s clear that manufacturers are already
spending considerable amounts of money on mobilizing the enterprise, including connecting employees, products,
services and machines/vehicles. Digging deeper, we can see how and what functions in the business they’ve tackled first.
The fact that mobile apps are the starting point shouldn’t come as a surprise, as this is where organizations can achieve
the fastest results with the smallest investments. Involving customized software such as sensors, connected meters and
connecting existing equipment and machines immediately make it more complicated. However, mobile applications are
HOW DO MANUFACTURERS USE IOT TECHNOLOGIES?
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HOW DO MANUFACTURERS USE IOT TECHNOLOGIES?continued...
usually used in conjunction with standard hardware including NFC chips, beacons and connected equipment that provide
information/data to the business. The mobile apps are a window and a data input mechanism for the manufacturing
process.
This is also aligned with the focus of most IT organizations improving applications to better fit the business processes.
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WHAT ARE THE MOST COMMON USES OF IOT?
So we’ve seen what organizations say they do and what
they are planning on doing, but what does this mean in
practice for a manufacturer? Here’s a quick summary and
examples of what organizations are doing in each area.
PRODUCT MONITORINGTracking products and services after they have been sold.
One of our key clients is a global manufacturer of indoor
and outdoor environmental cleaning solutions and specialty
floor coatings. They needed a way to consolidate and
analyze their cleaning machine telemetry data as well as
making this data more actionable by delivering it to their
internal management team, customers and field-based
operators in real time. DMI’s solution architecture team,
working with SAP solution providers, designed a logical
architecture, which allowed for the integration of machine
data, SAP ERP data and other sources with minimal
architectural impact to the client. The architecture also
provided high-speed and performance movement of data
from the machines to the reporting layer. This enabled the
effective delivery of information as well as allowed the
retirement of maintenance-heavy legacy systems that were
not scalable.
The company’s customers can now review machine data to
check whether proper cleaning has taken place as well as
locating their precise position, review fleet service metrics
in turn allowing them to optimize operations. This has meant
a competitive advantage for our client, both in the United States
and Europe, as similar companies try to keep up with IoT.
CUSTOMER MONITORINGMonitoring the status of customers through apps, sensors
and wearables, while using the product/service.
London’s Heathrow Airport (LHR) is a major international
hub, with over 180,000 travelers flying between more
than 90 countries passing through each day. All these
people need timely and relevant information, especially
with London’s unpredictable weather, which frequently
affects airline passengers. To continue Heathrow’s tradition
of “making every journey better,” DMI created an airport
application that provides passengers with important
information, as well as making their experience at LHR
unique and memorable.
We started with the basics of travel, for instance keeping
airline passengers informed about the status of their flights
and other information directly related to their journey and
stopovers.
Once passengers arrive at Heathrow, our app gives
them access to the information they need most, like
updated flight statuses and terminal maps. However,
with geolocation, Wi-Fi and beacon use, the airport can
now keep track of where people are within the airport in
order to improve customer service and flows and provide
information on Congestion Areas, Retailer Proximity,
Assisted Wayfinding, Promotions and Location Based Offers
as well as Boarding Gate and other information, delivering a
personalized experience based on your precise location.
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SUPPLY CHAIN MONITORINGTracking product and/or service operations (production,
warehouse, distribution).
We are currently working with CEMEX, one of the largest
companies in the world in the cement and concrete
business. Via an innovation accelerator, we are driving
innovation from various inputs (customer insights,
technical innovation, local markets, business strategy and
eventually outside partners). Through the use of IoT and a
responsive web portal with hybrid applications for iPhone,
iPad, and Android smartphones, CEMEX is now able to
track all details about their customers, orders, invoices,
and deliveries on a daily basis. This covers all aspects of
production, warehouse logistics and distribution, which
has been key in increasing productivity, levels of customer
service and cost savings.
PREMISES MONITORINGTracking the customer experience at the site where the
product/service is being used (e.g. home, office, branch,
and store).
Warburtons is Britain’s favorite bakery brand with 20,000
stores in the UK carrying their products as well as 4,500
employees. Before their Retail Field team would be on the
road most of the week visiting stores and checking product
inventory. They were also responsible for discussing and
presenting the product catalogue with the store managers
with the aim of expanding the range of stock. However, all
of this was done on paper and the data gathered would
then require a week to input into the system.
To enhance employee productivity, DMI developed an
Android tablet application which eliminated the need
for the Retail Field team to capture store-specific data
on paper. This helped mobilize the business process of
capturing in-store product data and equipped the team
with real-time store card details, access to promotion
and marketing collateral as well as an interactive product
catalogue. Not only did this help save time and create front-
line efficiency, it also updated corporate back-end systems
automatically.
SAFETY/SECURITY MONITORINGMonitoring the safety of employees or customers in
production or using the product/service.
DMI has built a solution for U.S. field workers - government
personnel, security personnel and people in dangerous
environments - that provides an alert to a central monitoring
system, in case anything happens that might pose a risk or
if the person falls. The solution that works with apps and
wearables automatically asks the person to confirm if s/he
is OK, by using secure biometrics (voice, fingerprint and eye
scanner) and if there is no response it alerts the appropriate
authority to the location.
WHAT ARE THE MOST COMMON USES OF IOT?continued...
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Before an organization starts any IoT project they should
make sure that everyone is clear about the problem they
want to solve. Secondly, it’s a question of defining the
solution and the expectations on results, or KPIs, that the
organization will achieve. Be realistic about this, as most
organizations have a tendency to overestimate the benefits.
As you will see below, this can be improved by IT and the
business units working closely together.
When done right here are some examples of the benefits
that we’ve seen customers achieve:
› Predict and keep the customer informed about
maintenance, purchasing new products/services
› Improve product/service based on usage and feedback
› Better customer segmentation based on usage
› Better service thanks to informed sales and service reps
about usage of the product/service
› Increase in revenue thanks to automatic reordering,
better product display and more informed customers
› Reduction in cost of sales due to more effective customer
interaction based on usage and customer information
WHAT ARE THE BENEFITS OF IOT?
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How & Why The IoT Is Transforming Manufacturing · 10
Too many companies are still taking an existing business or manufacturing process and mobilizing it using IoT technology.
However, according to research by Tata (see illustration below) most businesses believe that their business model will
change thanks to IoT.
HOW IOT IS CHANGING BUSINESS MODELS FOR MANUFACTURING
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The most common new business models are:
› Moving from selling a product to a product-as-a-service
model
› Adding value-added services on top of a product
Examples of real business model changes due to IoT that
we’ve seen include:
LEXMARK: CHANGING THE PRODUCT LINE
Customer demands are changing- they no longer want to
buy a product that carries out a single, specific function, but
rather, want tools and services to solve a particular business
problem. Lexmark, well-known for producing computer
printers, has leveraged this shift in customer demands and
now sells printing solutions of which hardware is merely
one element, to help their customers manage information in
various formats, whether it be videos, invoices, sales orders,
etc. Lexmark has invested more than 1BN in innovative
technology to ensure its product can convert information
coming from smart devices, and now has a flexible portfolio
of mobile printing technologies (including Google Cloud
Print, AirPrint and other mobile print offerings).
The business model in terms of revenue has also changed
in that it no longer consists of a large payment upfront,
with minor updates throughout the years. Instead, Lexmark
is able to get close to its customers and help define their
solutions, with an ongoing, regular income via subscriptions.
It is through the innovation and fundamental change in
what a company produces and how they connect to smart
devices and other sources of information, which keeps
brands like Lexmark competitive in a changing business
environment.
HOW IOT IS CHANGING BUSINESS MODELS FOR MANUFACTURINGcontinued...
PHILIPS HUE: REINVENTING A 140 YEAR OLD PRODUCT
The thinking behind Philip’s reinvention of the common light
bulb is that despite how much our homes have changed
over the past century, the technology to light them hasn’t.
By leveraging IoT and connecting to other devices and
sensors, Philips Hue is much more than an ordinary
lightbulb. A single Hue bulb has all colors in the spectrum,
in varying intensities. The light bulbs not only allow you
to set and personalize different lighting in your house, the
Hue has been reinvented to do and be so much more. It
can help with health and wellness by setting specific light
environments throughout the day, as well as notify you with
changing light whether the oven timer has sounded or an
email has arrived. It can also be remotely controlled and
linked to your house alarm to secure your property and
make it appear as if you are at home. What is key here is
that Philips went beyond simply modernizing the lightbulb-
they leveraged new technology to reinvent a product that
has been in use for more than a century.
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THE IOT PLATFORM
IoT is not only about connecting smart devices to the Internet. Typically an IoT solution will require all or many of the
following components as a foundation:
Intel, Cisco and IBM have done very well promoting themselves as IoT platform leaders, but the components above
could come from any of the thousands of companies helping to shape the IoT ecosystem. DMI works closely with
companies ranging from Microsoft, SAP and Oracle to device manufacturers such as Apple, Samsung and Blackberry,
as well as start-ups.
PHYSICAL DEVICES (machines, smartphones, tablets, computers, appliances, sensors, vehicles, wearables)
BIG DATA ANALYTICS
WEB SERVICES/APIS (internal and external developers)
CONNECTIVITY (GSM, Wi-fi, Bluetooth, Wired, Digby)
DEVICE REGISTRATION & CONNECTIVITY (including security and privacy, asset management)
CLOUD LAYER (including data storage and databases)
APPLICATIONS (dashboards, monitoring and predictive analysis, automated processes, tracking)
SUPPORT & HELPDESK
CORE COMPONENTS
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The biggest challenges related to IoT are security and
privacy, lack of interoperable standards, storing and
managing data, and timelines.
SECURITY & PRIVACYWith recent hacks of cars, government agencies, retailers,
dating websites and startups, as well as privacy issues
when companies track employees, most IT managers say
that they are aware of the risks9. Manufacturing is facing
very real threats when exposing equipment, machinery,
products, devices and services to the Internet.
Similarly, protecting employee and customer privacy is
a challenging balance when companies want to monitor
everything going on to optimize and transform operations.
This shouldn’t stop companies from going ahead with IoT
initiatives but it means that security and privacy need to
be part of the requirements, solution design, testing and
monitoring post launch.
LACK OF INTEROPERABLE STANDARDSWith today’s systems and applications, we are used to fieldbus
standards with interoperable device information profiles,
information standards for applications use – like OPC/OPC
UA, and higher level manufacturing information integration
models such as OAGIS, MIMOSA, ISA 88 and ISA 95.
In the IoT world there are proposals to standards and
standardization organizations but there isn’t an established
standard yet. IBM’s MQTT (MQ Telemetry Transport)
protocol is becoming common in small computing footprint
CHALLENGES – WHAT ARE THE RISKS AND WHY DO COMPANIES FAIL?
devices. Similarly, Microsoft supports IoT with existing
platforms and protocols and is promoting its strength
in intelligent systems including Windows Embedded
operating systems. The Industrial IP Advantage coalition
is addressing the secure use of standard Ethernet and
Internet Protocols for industrial purposes but they began
only recently and there are still a lot of details missing.
STORING & MANAGING DATAWhile IoT applications can be developed in isolation,
the backend for storing and managing data cannot. For
organizations that haven’t yet moved their infrastructure
to the cloud, this is a huge challenge as it requires legacy
IT system integration in parallel with the development of
applications. In essence, this means that organizations
planning on deploying multiple IoT applications need
to have a data storage and management strategy and
infrastructure.
TIMELINESFor most organizations projects of the complexity of a
common IoT initiative require 18 months from start to
finish including research and analysis, requirements
gathering, business cases and budget approval, solution
architecture, UX/UI design, development and integration,
device deployments, big data analytics, deployment
and acceptance testing. Add normal project overruns,
inexperience with IoT and the timeline easily hits two years.
For mobile and IoT projects this is bound to fail. Instead we
recommend 5-6 month MVPs (Minimum Viable Product)
projects to test, evaluate and optimize/iterate.
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How & Why The IoT Is Transforming Manufacturing · 14
In addition to these challenges, many organizations struggle
to successfully deploy IoT initiatives due to a combination of:
a) Lack of knowledge and experience among decision
makers and/or staff carrying out the projects
b) Partners/vendors with limited knowledge and
experience of IoT that uses the customer as a pilot
c) IT and Business functions not working together to solve
the business problem (see figure below)
CHALLENGES – WHAT ARE THE RISKS AND WHY DO COMPANIES FAIL?continued...
d) Unclear objectives, scope, targets
e) Big ambitious projects with 18+ months’ timelines instead
of smaller pilots to prove that the technology solves a
business problem
The following illustration by Gartner shows how business
departments working in isolation usually fail to realize the
full potential and competitive advantage of IT projects.
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How & Why The IoT Is Transforming Manufacturing · 15How & Why The IoT Is Transforming Manufacturing · 15
WHAT ARE THE KEY ATTRIBUTES TO SUCCESS IN IOT PROJECTS?
With all the challenges and risks how do you succeed with your IoT strategy and projects?
To start with, as per the insights and research at the start of this paper, don’t just digitize existing business processes. Instead think about how you can use IoT and mobile technology to transform your business.
Other key attributes of successful IoT projects are:
› Clear objectives, KPIs and measuring of results
› Short iterative projects of maximum 5 months from start to MVP (Minimum Viable Product) launch
› IoT implementations supported by lean continuous improvements
› User involvement throughout the development process
› Training and education of employees, getting everyone involved.
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How & Why The IoT Is Transforming Manufacturing · 16
SOURCES
1. “Internet of Things: The Complete Reimaginative Force”, Tata Consultancy Services, July 2015,
http://sites.tcs.com/internet-of-things/
2. “IoT Market Segments – Biggest Opportunities in Industrial Manufacturing”, IoT Analytics,
October 2014, http://iot-analytics.com/iot-market-segments-analysis/
3. “Worldwide Internet of Things Spending by Industry Sector 2014–2018 Forecast”, IDC, July 2014,
http://www.idc.com/research/viewtoc.jsp?containerId=249736
4. “Unwrapping the Packaging Industry: Seven Factors for Success”, EY, 2013, http://www.ey.com/
Publication/vwLUAssets/Unwrapping_the_packaging_industry_–_seven_factors_for_
success/$FILE/EY_Unwrapping_the_packaging_industry_-_seven_success_factors.pdf
5. [Same as 4.]
6. “2015 IT Budget Trends”, Tech Pro Research, September 2014, http://www.techproresearch.
com/downloads/2015-it-budget-trends/
7. [Same as 4.]
8. Gartner, 2014, http://www.zdnet.com/article/it-budgeting-in-2015-what-the-surveys-tell-us/
9. IDC survey, September 2014
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CONTACT US TO LEARN MORE:
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DMI Sales Team • U.S. Sales: 855.963.2099 • Int’l Sales: 240,200.5848 • [email protected]
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