Industrie4.0 smart manufacturing for the future

INDUSTRIE 4.0
Smart Manufacturing
for the Future

One of 10 “Future Projects” identified by the German
government as part of its High-Tech Strategy 2020
Action Plan, the INDUSTRIE 4.0 project represents
a major opportunity for Germany to establish itself
as an integrated industry lead market and provider.
At Germany Trade & Invest we have been monitor-
ing developments in the intelligent manufactur-
ing and production sector as part of our ongoing
“GERMANY. SMART SOLUTIONS. SMARTER BUSI-
NESS.” international marketing campaign. We are
delighted to present in this brochure the first fruits
of our own INDUSTRIE 4.0 labors as part of our
commitment to helping establish Germany as a
lead market and provider of INDUSTRIE 4.0 solu-
tions and services. We would like to extend a heart-
felt thank-you to our science and industry partners
without whom this publication would not have
been possible.
We now invite you to join us on a journey which
will effectively reinvent industrial production as
we know it; one in which value chains become val-
ue networks; and in which countless new markets
and market opportunities are created. We now
move into the age of integrated industry.
Dr. Benno Bunse
Chairman/CEO Germany Trade & Invest
Foreword
Photo: DMG MORI AG (cover), Germany Trade & Invest, acatech/D.Ausserhofer, Jim Rakete (left to right)

INDUSTRIE 4.0 is the German strategic initiative to
take up a pioneering role in industrial IT which is
currently revolutionizing the manufacturing engi-
neering sector. INDUSTRIE 4.0’s strategy will allow
Germany to stay a globally competitive high-wage
economy. Hence, cyber-physical systems (CPS) im-
prove resource productivity and efficiency and en-
able more flexible models of work organization.
Companies that use CPS will have a clear advan-
tage when it comes to recruiting the best employ-
ees, since they can offer a better work-life balance.
Germany has the potential to develop its posi-
tion as a leading supplier and to become the lead-
ing market for INDUSTRIE 4.0 solutions - thereby
strengthening the German economy, intensifying
international cooperation and creating new, internet-
based markets.
Professor Henning Kagermann
President acatech –
National Academy of Science and Engineering
Spokesperson of the Communication
Promoters Group of the Industry-Science
Research Alliance and Co-Chair of the
INDUSTRIE 4.0 Working Group
The Internet of Things is finding its way into pro-
duction. Semantic machine-to-machine commu-
nication revolutionizes factories by decentralized
control. Embedded digital product memories guide
the flexible work piece flow through smart facto-
ries, so that low-volume, high-mix production is
realized in a cost-efficient way. A new generation
of industrial assistant systems using augmented
reality and multimodal interaction will help
factory workers to deal with the complexity of
cyber-physical production and enable new forms
of collaboration by digital social media. Since on-
demand production of highly individualized
products like cars or kitchens requires short logistic
chains in the markets where they are used, pro-
duction is guaranteed to remain the backbone of
Germany’s economic performance.
Professor Wolfgang Wahlster
CEO and Scientific Director of DFKI
(German Research Center for Artificial Intelligence)
Member of the Industry-Science Research
Alliance and Chair of the INDUSTRIE 4.0 Working
Group on Human Factors

The world as we know and experience it today has been shaped by
three major technological revolutions. The first Industrial Revolution,
beginning in Great Britain at the tail end of the 18th century and
ending in the mid-19th century, represented a radical shift away
from an agrarian economy to one defined by the introduction of
mechanical production methods.
Industry: Where we have been,
where we are going
The second period of radical transformation – with
the advent of industrial production and the birth of
the factory at the start of the 20th century – was
no less precipitous; ushering in as it did an age of
affordable consumer products for mass consump-
tion. In the late 1960s the use of electronics and IT
in industrial processes opened the door to a new
age of optimized and automated production.
Today we stand on the cusp of a fourth industrial
revolution; one which promises to marry the worlds
of production and network connectivity in an “In-
ternet of Things” which makes “INDUSTRIE 4.0” a
reality. “Smart production” becomes the norm in a
world where intelligent ICT-based machines, sys-
tems and networks are capable of independently
exchanging and responding to information to man-
age industrial production processes.
The conditions which make the fourth industrial
revolution or INDUSTRIE 4.0 possible are unique to
Germany. It is no idle boast to claim that nowhere
else in the world do the required conditions neces-
sary for the fourth industrial revolution exist. This
brave new world of decentralized, autonomous
real-time production being pioneered in Germany
has its basis in two things: Germany’s continued
role as one of the world’s most competitive and in-
novative manufacturing industry sectors; and the
country’s technological leadership in industrial pro-
duction research and development.
Germany’s position as an embedded systems tech-
nology leader gives birth to enabling cyber-physical
system (CPS) technologies which ingeniously
marry the digital virtual world with the real world.
Cyber-physical production systems (CPPS) made
up of smart machines, logistics systems and pro-
duction facilities allow peerless ICT-based inte-
gration for vertically integrated and networked
manufacturing.
One of 10 “Future Projects” identified by the German
government as part of its High-Tech Strategy 2020
Action Plan to pursue innovation objectives over
a 10 to 15-year period, INDUSTRIE 4.0 represents a
major opportunity for Germany to secure its tech-
nological leadership role and establish itself as an
INDUSTRIE 4.0 lead market and provider.
Germany has the ideal conditions to become a
global leader in innovative, internet-based pro-
duction technology and service provision. Tech-
nological leadership and vision in the fields of
manufacturing, automation and software-based
embedded systems, as well as historically strong
industrial networks, lay the cornerstone for the
long-term success of the INDUSTRIE 4.0 project.
Photo: istockphoto/4x6

Content
INDUSTRIE 4.0 – What is it?
Technological Background: Embedded Systems and Networks
Germany: Embedded Systems Leader
National Roadmap Embedded Systems
Cyber-Physical Systems
Cyber-Physical Systems and the Internet of Things, Data and Services
The Smart Factory – The Future of Automated Manufacturing
Policy Framework and Programs
The High-Tech Strategy
High-Tech Strategy 2020
High-Tech Strategy 2020 Action Plan
Germany – Lead Market for Cyber-Physical Systems 2020
Agenda CPS
ICT 2020: Research for Innovations – IT Systems for INDUSTRIE 4.0
Autonomics for INDUSTRIE 4.0
CyProS
RES-COM
Actors and Institutions: A Selection
Industry-Science Research Alliance
acatech – National Academy of Science and Engineering
German Research Center for Artificial Intelligence – DFKI
Fraunhofer-Gesellschaft
it’s OWL
Plattform INDUSTRIE 4.0
SmartFactory KL
Industry Voices: A Selection
Robert Bosch GmbH
Festo AG & Co. KG
SAP AG
TRUMPF GmbH & Co. KG
WITTENSTEIN AG
Germany Trade & Invest
Our Services
Imprint
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INDUSTRIE 4.0 – What is it?
What is smart industry and what does “INDUS-
TRIE 4.0” mean exactly? Smart industry or “INDUS-
TRIE 4.0” refers to the technological evolution from
embedded systems to cyber-physical systems.
Put simply, INDUSTRIE 4.0 represents the coming
fourth industrial revolution on the way to an In-
ternet of Things, Data and Services. Decentralized
intelligence helps create intelligent object network-
ing and independent process management, with
the interaction of the real and virtual worlds repre-
senting a crucial new aspect of the manufacturing
and production process. INDUSTRIE 4.0 represents
a paradigm shift from “centralized” to “decentral-
ized” production – made possible by technological
advances which constitute a reversal of conven-
tional production process logic. Simply put, this
means that industrial production machinery no
longer simply “processes” the product, but that the
product communicates with the machinery to tell it
exactly what to do.
INDUSTRIE 4.0 connects embedded system pro-
duction technologies and smart production pro-
cesses to pave the way to a new technological age
which will radically transform industry and produc-
tion value chains and business models (e.g. “smart
factory”).
Technological Background: Embed-
ded Systems and Networks
Information and communication technologies (ICT)
form the bedrock upon which tomorrow’s inno-
vative solutions are built. Embedded systems and
global networks – like the internet and the data
and services found there – are two major ICT mo-
tors driving technological progress. Embedded
systems already play a central – if almost hidden –
role in all of our lives.
INDUSTRIE 4.0 connects embedded system production
technologies and smart production processes to pave the way
to a new technological age.
6

First Industrial Revolution
Introduction of mechanical production
facilities with the help of water and
steam power
Second Industrial Revolution
Introduction of division of labor and
mass production with the help of
electrical energy
Third Industrial Revolution
Use of electronic and IT systems that
further automate production
Fourth Industrial Revolution
Use of cyber-physical systems
From Industry 1.0 to INDUSTRIE 4.0
Source: DFKI 2011
More than 98 percent of all processors produced
worldwide are deployed in regulator, control, and
monitor functions in devices for all facets of daily
life. For instance, they are there in everything from
vehicle ABS and ESP systems, smart phone commu-
nication and information services and ordinary do-
mestic household devices to industrial production
plant systems. Embedded systems are the intelli-
gent central control units at work in most modern
technological products and devices. They typical-
ly operate as information-processing systems “em-
bedded” within an “enclosing” product for a set
range of device-specific applications. These “con-
nect” with the outside world using sensors and
actuators; allowing embedded systems to be in-
creasingly interconnected with each other and
the online world.
Germany – Embedded Systems
Leader
Germany is an international leader in embedded
systems and also enjoys a leading position in se-
curity solutions and business enterprise software.
Germany also boasts an enviable engineering repu-
tation in matters system solutions-related and can
call upon considerable semantic technologies and
embedded systems know-how.
Germany’s embedded system market currently
generates around EUR 20 billion annually, a figure
which is forecast to rise to more than EUR 40 billion
by 2020. The applications sector alone generates
annual turnover in the region of EUR 4 billion, with
an estimated value added factor of approximately
EUR 15 billion. As such, Germany’s embedded sys-
tems market is the third biggest in the world be-
hind the USA and Japan.
National Roadmap Embedded
Systems
In 2009 a group of more than 40 decision makers
from important companies, research institutes and
relevant industry associations came together to
create the National Roadmap Embedded Systems
for the further development of embedded systems
technology.
Representatives from a number of industry sectors –
including auto construction, automation technol-
ogy, and machine and plant manufacturing – will
spend more than EUR 2.5 billion in six research are-
as over the ten-year lifetime of the project.
Photo: DMG MORI AG 7

The Evolution of Embedded Systems into
the Internet of Things, Data and Services
Vision: Internet of Things,
Data and Services
e.g. Smart City
e.g. intelligent networked road junction
Networked Embedded Systems
e.g. autonomous aviation
Embedded Systems
e.g. airbag
Source: acatech 2011
Cyber-physical systems (CPS) are enabling technol-
ogies which bring the virtual and physical worlds
together to create a truly networked world in
which intelligent objects communicate and interact
with each other. Cyber-physical systems represent
the next evolutionary step from existing embed-
ded systems. Together with the internet and the
data and services available online, embedded sys-
tems join to form cyber-physical systems.
Cyber-physical systems provide the basis for the
creation of an Internet of Things, which combines
with the Internet of Services to make INDUS-
TRIE 4.0 possible. They are “enabling technologies”
which make multiple innovative applications and
processes a reality as the boundaries between the
real and virtual worlds disappear. As such, they
promise to revolutionize our interactions with the
physical world in much the same way that the in-
ternet has transformed personal communication
and interaction.
The interplay between high performance software-
based embedded systems and dedicated user in-
terfaces which are integrated into digital networks
creates a completely new world of system func-
tionality. Modern mobile telephones are perhaps
the most obvious example of this, offering as they
do a complete bundle of applications and services
which completely outstrip the device’s original
telephony function. Cyber-physical systems also
represent a paradigm break from existing business
and market models, as revolutionary new
applications, service providers and value chains
become possible.
Industry sectors including the automotive indus-
try, the energy economy and, not least, produc-
tion technology (“INDUSTRIE 4.0”) for example, will
in turn be transformed by these new value chain
models. Global megatrends of globalization, urban-
ization, demographic change and energy transfor-
mation are the transformative forces driving the
technological impulse to identify solutions for a
world in flux. In the future, cyber-physical systems
will make contributions to human security, efficien-
cy, comfort and health in ways not previously
imaginable. In doing so, they will play a central part
in addressing the fundamental challenges posed by
demographic change, scarcity of natural resources,
sustainable mobility, and energy change.
Cyper-Physical Systems and the Inter-
net of Things, Data and Services
The “The Evolution of Embedded Systems into the
Internet of Things, Data and Services” illustration
depicts the vision of a global “Internet of Things,
Data and Services” through the evolutionary
development of embedded system as a result of
their being networked over the internet. Closed
embedded systems (e.g. airbags) represent the
starting point. Recommendations for the next step
to locally networked embedded systems were
already made in the National Roadmap Embed-
ded Systems 2009. acatech’s “Agenda CPS” study
extended the spectrum to global networking (one
example being the intelligent networked road
junction that makes use of traffic jam informa-
tion). Cyber-physical systems represent the next
stage on the road to the creation of smart cities
through the creation of an Internet of Things,
Data and Services.
8

ICT as Innovation Motor for all Fields of Demand – Relevance of the Internet of the Future
Source: Germany Trade & Invest 2013 (based on “IKT als Innovationsmotor für alle Bedarfsfelder – die Relevanz des Internets der Zukunft” in
“Bericht der Promotorengruppe Kommunikation – Im Fokus: das Zukunftsprojekt Industrie 4.0, Handlungsempfehlungen zur Umsetzung”,
Forschungsunion 2012)
Health
CPS Smart
Health Scenario
Mobility
CPS Smart
Mobility
Scenario
Energy
CPS Smart
Grid Scenario
...
CPS ...
Scenario ...
The Internet of Services
Cross-sectional themes applicable to all application scenarios:
semantic technologies, cloud computing, operator platforms for services
The Internet of Things
CPS cross-sectional themes applicable to all application scenarios:
security, long-term operations, engineering, training and advanced training,
standards and norms, reference architecture
Industry
CPS Smart
Factory
Scenario
What does INDUSTRIE 4.0 mean for
the software sector – ERP or MES?
INDUSTRIE 4.0 has sparked a debate within the
German software industry as to whether enter-
prise resource planning (ERP) or manufacturing ex-
ecution systems (MES) will establish themselves as
the dominant software system force in production
environments. Some industry voices believe that
ERP software will be directly linked to process con-
trol systems (PCS) at the production level, thereby
eliminating the need for ERP software. Conversely,
a significant contingent considers MES software to
be excellently situated for the implementation of
INDUSTRIE 4.0.
In reality, the answer is not as clear cut, as INDUS-
TRIE 4.0 will also cause significant transformation
in the field of production management software.
However, because both traditional ERP and MES
functionalities remain indispensable to production
management, it remains unlikely that one software
system will replace the other.
A more likely scenario is the increasing convergence
of the two systems, with the line dividing corpo-
rate IT and production IT becoming blurred. This
scenario matches the essence of interdisciplinary
integration and the different stages of the product
cycle foreseen in INDUSTRIE 4.0 (e.g. idea, develop-
ment, production, service, and phasing out). Soft-
ware systems utilized in INDUSTRIE 4.0 will also
have to address new challenges including, for ex-
ample, data correlations, as a result of ever more
semantic networks and learning applications and
the need to manage ever larger and more complex
amounts of data.
9

The Smart Factory – The Future
of Automated Manufacturing
The merging of the virtual and the physical worlds
through cyber-physical systems and the resulting
fusion of technical processes and business process-
es are leading the way to a new industrial age best
defined by the INDUSTRIE 4.0 project’s “smart
factory” concept.
The deployment of cyber-physical systems in pro-
duction systems gives birth to the “smart factory.”
Smart factory products, resources and processes
are characterized by cyber-physical systems; pro-
viding significant real-time quality, time, resource,
and cost advantages in comparison with classic
production systems. The smart factory is designed
according to sustainable and service-oriented busi-
ness practices. These insist upon adaptability, flexi-
bility, self-adaptability and learning characteristics,
fault tolerance, and risk management.
High levels of automation come as standard in
the smart factory: this being made possible by a
flexible network of cyber-physical system-based
production systems which, to a large extent, au-
tomatically oversee production processes. Flexible
production systems which are able to respond in
almost real-time conditions allow in-house produc-
tion processes to be radically optimized. Produc-
tion advantages are not limited solely to one-off
production conditions, but can also be optimized
according to a global network of adaptive and
self-organizing production units belonging to more
than one operator.
10

Source: DFKI 2012
INDUSTRIE 4.0 Smart Factory Pipeline (cloud-based secure networks)
Smart
Materials
Smart
Products
Smart Factory 2 ...
Smart Factory 1
Smart
Machine 1
Smart
Machine 2
M2M-Communication
Application Platform
for Machines
Cyber-Physical Production
Systems (CPPS)
Secure Cloud Networks
This represents a production revolution in terms of
both innovation and cost and time savings and the
creation of a “bottom-up” production value crea-
tion model whose networking capacity creates new
and more market opportunities. Smart factory pro-
duction brings with it numerous advantages over
conventional manufacture and production.
These include:
·· CPS-optimized production processes: smart fac-
tory “units” are able to determine and identify
their field(s) of activity, configuration options and
production conditions as well as communicate in-
dependently and wirelessly with other units;
·· Optimized individual customer product manu-
facturing via intelligent compilation of ideal pro-
duction system which factors account product
properties, costs, logistics, security, reliability,
time, and sustainability considerations;
·· Resource efficient production;
·· Tailored adjustments to the human workforce
so that the machine adapts to the human
work cycle.
Photo: Fotolia/Nataliya Hora 11

Policy Framework and Programs
A comprehensive package of complementary policy and
funding programs and activities has been put in place in order
to establish Germany as a lead market and provider of cyber-
physical systems by 2020.
The High-Tech Strategy
Launched in August 2006, the “High-Tech Strategy”
represents the first national concept to bring key
innovation and technology stakeholders together
in a common purpose of advancing new technologies.
The initiative combines the resources of all gov-
ernment ministries, setting billions of euros aside
annually for the development of cutting-edge
technologies (R&D projects can also count on gen-
erous financial support in the form of R&D grants).
The objectives set out in the High-Tech Strategy
were continued and extended within the frame-
work of the “High-Tech Strategy 2020” launched
in July 2010. Building on the initial successes of the
High-Tech Strategy, this successor initiative intends
to create lead markets, further intensify partner-
ship between science and industry, and continue to
improve the general conditions for innovation. The
High-Tech Strategy 2020 exists to establish Germany
as a lead provider of science and technology-based
solutions in the fields of:
·· Climate/Energy
·· Health/Nutrition
·· Mobility
·· Security
·· Communication
12

Action Plan
The German government passed the High-Tech
Strategy Action Plan in March 2012 for the further
implementation of the High-Tech Strategy. The
Action Plan identifies 10 “Future Projects” – includ-
ing INDUSTRIE 4.0 – which are considered as being
critical to addressing and realizing current innova-
tion policy objectives as the focus of research and
innovation activity. Within these lighthouse pro-
jects, specific innovation objectives will be pursued
over a 10 to 15 year time frame. The INDUSTRIE 4.0
project has been allocated funding of up to EUR 200
million within the High-Tech Strategy 2020 Action
Plan. The coalition agreement for the 18th legisla-
tive period signed by the newly constituted
CDU-CSU-SPD coalition government of December 14,
2013, identifies the INDUSTRIE 4.0 future project as
an important measure in consolidating Germany’s
technological leadership in the mechanical engi-
neering sector. The coalition government plans to
push ahead with the digitalization of tradition-
al industry with expansion into the area of “Smart
Services” foreseen, as well as the strengthening of
projects and activities in the “Green IT” sector.

Germany – Lead Market for
Cyber-Physical Systems 2020
As part of the country’s INDUSTRIE 4.0 project,
Germany aims to be the lead provider of cyber-
physical systems by 2020. In marked contrast to
many other industrialized nations, Germany has
maintained a stable manufacturing labor force
while integrating new technological developments
into industrial products and processes at an early
stage. A bridge between the real and virtual
worlds is being created with the digital refining of
everything from production facilities and industri-
al products to everyday products with integrated
storage and communication capabilities, radio sen-
sors and intelligent software systems. Boundaries
between the real and virtual worlds are collapsing
to create an Internet of Things. Germany’s superi-
or embedded system and cyber-physical systems
know-how represents a major opportunity for in-
dustry in Germany to help shape the fourth indus-
trial revolution (INDUSTRIE 4.0).
Agenda CPS
The objective of the Agenda CPS project led by the German
National Academy of Science and Engineering (acatech) on be-
half of the Federal Ministry of Education and Research (BMBF)
is to establish an integrated CPS research agenda that allows
Germany to shape this technological revolution as a lead mar-
ket and provider in competition with other industrial and
technological players.
Agenda CPS has identified four major fields of application
up to the year 2025. These are “Energy” (cyber-physical
systems for the smart grid); “Mobility” (cyber-physical
systems for networked mobility); “Health” (cyber-physical
systems for telemedicine and remote diagnosis); and, of
course, “Industry” (cyber-physical systems for industry and
automated production).
ICT 2020: Research for Innovations –
IT Systems for INDUSTRIE 4.0
Innovative ICT research (including IT systems for INDUSTRIE 4.0)
is provided by the Federal Ministry of Education and Re-
search (BMBF) in its “ICT 2020 – Research for Innovations”
program within the framework of the High-Tech Strategy
2020 and the federal government’s “Digital Germany 2015”
ICT strategy. Particular ICT research focus is concentrated in
the area of ICT in complex systems (e.g. embedded systems),
new business processes and production methods as well as
the Internet of Things and Services. Research activities con-
ducted in the area of IT systems for cyber-physical systems,
the Internet of Things and Services, and INDUSTRIE 4.0 are
all eligible for funding.
Software systems and knowledge processing research
funding is divided into three specific categories:
·· Embedded systems focusing in particular on software-
intensive embedded systems with links to electronics,
communication technology and microsystems technology;
·· Simulated reality for grid applications and infrastructure,
virtual/augmented reality and ambient intelligence,
simulation, information logistics and software
development for high-performance computing;
·· Human/machine interaction with language and media
technologies, bioanalogous information processing,
service robotics and usability.
The three category research areas are complemented by the
cross-sectional technologies of software engineering, relia-
bility and security due to their specific focus on the strate-
gic priorities of software-intensive embedded systems, grid
applications and infrastructure as well as virtual/augmented
reality. Applicant projects should be business-oriented and in-
clude cooperation with either university or non-university re-
search institutions. Calls for applications are published on a
case-by-case basis.
Photo: Fotolia/Berlinpictures 13

Industrie4.0 smart manufacturing for the future

Autonomics for INDUSTRIE 4.0
The AUTONOMIK für INDUSTRIE 4.0 – Produktion,
Produkte, Dienste im multidimensionalen Internet
der Zukunft (”AUTONOMICS for INDUSTRIE 4.0 –
Production, Products, Services in the Multidimen-
sional Internet of the Future“) technology program
contributes to the implementation of the goals set
out in the High-Tech Strategy 2020.
Priority areas include developing the next evo-
lutionary steps for machines, service robots and
other systems able to deal with complex tasks
autonomously as the transition from ICT-based
control mechanisms to autonomously acting com-
ponents and systems ushers in a new age in which
efficiency, cost effectiveness, and quality increase
in new and flexible production infrastructures.
The technological development of the Internet
of Things has already been covered in the Federal
Ministry for Economic Affairs and Energy (BMWi)
next generation media (new technologies and
ubiquitous computing) and AUTONOMIK (autono-
mous, simulation-based systems for small and
medium-sized enterprises) precursor projects which
provided significant impulse to new products, ser-
vices and business models in different application
scenarios. Important developments in the field of
semantic technologies applicable in the Internet of
Applications and Services were also established in
the BMWi THESEUS R&D funding project. The
successor AUTONOMICS for INDUSTRIE 4.0 project
has made EUR 40 million in funding available to
companies and research institutions in order to
advance intelligent interacting between ICT and
industrial production in the areas of future-
oriented production systems and production logic;
future-oriented premium products (including
service robots); and future-oriented, knowledge-
intensive electronic services.
CyProS (Cyber-Physical Production
Systems)
The CyPros (Cyber-Physical Production Systems) re-
search project consisting of a consortium of actors
from science and industry led by Wittenstein AG
was initiated in 2012 in order to research and de-
velop a representative spectrum of cyber-physical
system modules for production and logistics sys-
tems for industrial use. Together with the under-
lying reference architecture, also to be developed
during the course of the three-year project, these
system modules will allow the manufacturing in-
dustry to realize a significant increase in productiv-
ity and flexibility which will also equip Germany to
become the lead user and provider of such systems.
This will allow the complexity of increasing compe-
tition to be controlled, but also lead to a sustain-
able and significant increase in productivity and
flexibility of manufacturing companies through the
development and introduction of cyber-physical
production systems (CPPS). The resulting CPPS
technologies will allow Germany to increase its
competitiveness as an international production lo-
cation as a result of improved productivity and
flexibility, while simultaneously allowing CPPS to
be introduced to the market as marketable prod-
ucts, thereby establishing the country as a lead
CPPS provider.
CyPros follows three separate goal stages:
·· Development of a reference architecture and a
representative spectrum of cyber-physical system
modules for production and logistics systems;
·· Provision of universal practices, support tools
and platforms for the introduction of cyber-
physical production systems;
·· Technical and methodological basis for the com-
mercial operation of cyber-physical production
systems and their implementation in the real pro-
duction environment of a showcase factory.
RES-COM
Launched in June 2011 and funded by the Federal
Ministry of Education and Research, the RES-COM
project addresses automatized conservation of re-
sources through highly interconnected and inte-
grated sensor-actuator systems in an INDUSTRIE 4.0
context. Prototype scenarios for context-activated
resource efficiency are being implemented. RES-COM
adopts a completely new type of core technology
based on active digital product memory and soft-
ware service agents with embedded sensors and
actuators. The project is overseen by the German
Research Center for Artificial Intelligence (DFKI) in
partnership with partners including SAP, Siemens,
IS Predict, and 7x4 Pharma.
Photo: Deutscher Bundestag/Marc-Steffen Unger 15

Actors and Institutions:
A Selection
Industry-Science Research Alliance
Initiated by the Federal Ministry of Education and
Research (BMBF) in 2006, the Industry-Science
Research Alliance is an advisory group which brings
together 19 leading representatives from science
and industry to accompany the High-Tech Strategy
of interministerial innovation policy initiatives.
In January 2011, INDUSTRIE 4.0 was initiated as a
“Future Project” of the German Federal Government
by the Communication Promoters Group of the
Industry-Science Research Alliance. The Industry-
Science Research Alliance, in partnership with
acatech – National Academy of Science and
Engineering, established the INDUSTRIE 4.0
Working Group co-chaired by Dr. Siegfried Dais
(Robert Bosch GmbH) and Professor Henning
Kagermann (acatech president and spokesperson
of the Promoters Group).
The Communication Promoters Group of the Industry-
Science Research Alliance (Prof. Dr. Henning
Kagermann, acatech; Prof. Dr. Wolfgang Wahlster,
German Research Center for Artificial Intelligence –
DFKI; and Dr. Johannes Helbig, Deutsche Post AG)
in cooperation with acatech published the “Se-
curing the future of German manufacturing in-
dustry: Recommendations for implementing the
strategic initiative INDUSTRIE 4.0 – Final report
of the INDUSTRIE 4.0 Working Group” report sup-
ported by the BMBF in April 2013.
A number of important research and trade actors and institutions are
working closely together to realize Germany’s INDUSTRIE 4.0 vision.
16

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Photo: istock/PeopleImages
acatech – National Academy of
Science and Engineering
acatech – the National Academy of Science and
Engineering – represents the interests of the
German scientific and technological communities,
at home and abroad. It is autonomous, independ-
ent and a non-profit organization. As a working
academy, acatech supports policy-makers and
society, providing qualified technical evaluations
and forward looking recommendations. Moreover,
acatech is determined to support knowledge trans-
fer between science and industry, and encourage
the next generation of engineers. acatech works to
promote sustainable growth through innovation.
Its work focuses on four core areas. Scientific rec-
ommendations: acatech advises policy-makers and
the public on future technology issues based on
best-in-breed research. Transfer of expertise: acatech
provides a platform for exchanging excellence
between the sciences and business. Promotion of
young scientists and engineers: acatech is involved
in the promotion of young scientists and engineers.
A voice for science and engineering: acatech rep-
resents the interests of scientists and engineers at
national and international levels.
www.acatech.de/uk
What role does your organization play
in Germany’s INDUSTRIE 4.0 project?
acatech – the National Academy of Science and
Engineering – supports policy-makers and society
by providing qualified technical evaluations and
forward-looking recommendations. In 2010, acatech
initiated a research project on cyber-physical
systems – the technical core of INDUSTRIE 4.0.
Initial implementation recommendations were
formulated by the INDUSTRIE 4.0 Working Group
between January and October 2012 under the
coordination of acatech.
How does the INDUSTRIE 4.0 project contribute
to the attractiveness of Germany as a location?
INDUSTRIE 4.0 marks a fundamental paradigm
shift towards decentralized and individualized
production cycles which will enable new, inter-
net-based services and business models. INDUS-
TRIE 4.0 offers Germany the chance to further
strengthen its position as a manufacturing loca-
tion, manufacturing equipment supplier and IT
business solutions supplier. All the stakeholders in
Germany are now closely cooperating through the
Plattform INDUSTRIE 4.0 in order to push imple-
mentation. Germany is well placed to become a
global pacesetter in the area of INDUSTRIE 4.0.
What advantages does INDUSTRIE 4.0 have
for small and medium-sized companies?
Germany’s global market leaders include numer-
ous “hidden champions” who provide specialized
solutions – 22 of Germany’s top 100 small and
medium-sized enterprises (SMEs) are machinery
and plant manufacturers, with three of them
featuring in the world’s top ten. INDUSTRIE 4.0 will
also result in new ways of creating value and novel
business models. In particular, it will provide start-
ups and small businesses with the opportunity to
develop and provide downstream services.
What impact will INDUSTRIE 4.0 have
beyond Germany?
The fourth industrial revolution is a global trend.
Many of Germany’s competitors have also
recognized this trend of using the Internet of
Things in the manufacturing environment and are
promoting it through a range of institutional and
financial measures.
How can international companies profit
from INDUSTRIE 4.0?
First, INDUSTRIE 4.0 will involve increased net-
working and cooperation between several differ-
ent partners in international networks of value
creation. To realize INDUSTRIE 4.0, a close interna-
tional network between science, industry and
universities is needed. INDUSTRIE 4.0 will address
and solve some of the challenges the world is fac-
ing today such as resource and energy efficiency,
urban production and demographic change.
THE ACATECH PERSPECTIVE
Photo: iStock/PeopleImages 17

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German Research Center for Artificial
Intelligence – DFKI
The German Research Center for Artificial
Intelligence (DFKI) was founded in 1988 and has
research facilities in Kaiserslautern, Saarbrücken,
Bremen and a project office in Berlin. In the field
of innovative commercial software technology
using artificial intelligence, DFKI is the leading
research center in Germany.
Based on application-oriented basic research DFKI
develops product functions, prototypes and pa-
tentable solutions in the field of information and
communication technology. Research and develop-
ment projects are conducted in fourteen research
departments and research groups, ten competence
centers and five living labs. Funding is received from
government agencies like the European Union,
the Federal Ministry of Education and Research
(BMBF), the Federal Ministry for Economic Affairs
and Energy (BMWi), the German Federal States and
the German Research Foundation (DFG) as well as
from cooperation with industrial partners.
Apart from the state governments of Rheinland-
Pfalz, Saarland and Bremen, numerous renowned
German and international high-tech companies are
represented on the DFKI supervisory board. The
DFKI model of a non-profit public-private partner-
ship (ppp) is nationally and internationally consid-
ered a blueprint for corporate structure in the field
of top-level research.
DFKI is actively involved in numerous organizations
representing and continuously advancing Germany
as an excellent location for cutting-edge research
and technology. Far beyond the country’s borders
DFKI enjoys an excellent reputation for its academ-
ic training of young scientists. At present, 413 high-
ly qualified researchers and 272 graduate students
from more than 60 countries are contributing to
more than 232 DFKI research projects. Over the years,
more than 60 staff members have been appointed
professors at universities in Germany and abroad.
DFKI is on the forefront of INDUSTRIE 4.0 research.
The SmartFactory Living Lab performs operation
and testing of the latest technologies in process
engineering and piece goods under industrial con-
ditions. The project ”RES-COM“ examines the vi-
sion of an automatized conservation of resources
through highly interconnected and integrated
sensor-actuator systems.
“SmartF-IT” is looking at cyber-physical IT systems
to master complexness of a new generation of
multi-adaptive factories due to the intensive use
of high-networked sensors and actuators, over-
coming traditional production hierarchies of central
control towards decentralized self-organization.
Both projects are funded by the BMBF establishing
Germany as one of the leading pioneers in the field
of the Internet of Things.

www.dfki.de
www.facebook.com/DFKI.GmbH
www.smartf-it-projekt.de
www.res-com-projekt.de
THE DFKI PERSPECTIVE
18

How does the INDUSTRIE 4.0 project
contribute to the attractiveness of Germany
as a location? What impact will INDUSTRIE 4.0
have beyond Germany?
The Internet of Things is finding its way into pro-
duction and revolutionizing existing manufactur-
ing logic through high-resolution networking and
extreme flexibility in the value chain. German me-
chanical engineering and plant manufacturers, who
are international leaders, will profit from INDUS-
TRIE 4.0 as providers, as of course will the IT sector
which is tasked with making production and busi-
ness processes in real-time capable enterprise soft-
ware solutions. On the INDUSTRIE 4.0 user side we
primarily see auto manufacturers and suppliers as
well as manufacturers of agricultural equipment,
the packaging industry, and companies from the
logistics sector. There will be no stand-alone solu-
tions in the globally networked economy, but in-
stead opportunities for global business innovation –
with Germany preparing the path ahead.
The DFKI has already worked on the initial concepts
for INDUSTRIE 4.0 as part of the Industry-Science
Research Alliance advisory group. The partners
work with policy makers on an equal footing in or-
der to design and practically implement joint pro-
ject of real societal importance. For several years
the DFKI has, together with leading plant manu-
facturers, been operating the world’s first so-called
“smart factory” as a living lab which serves as a ref-
erence architecture for INDUSTRIE 4.0.
INDUSTRIE 4.0 will be of paramount importance to
small and medium-sized enterprises (SMEs). Flexi-
ble value chains will transcend departmental, busi-
ness and company boundaries. As a result, SMEs
can become temporary production networks with
precisely calculated value added contributions.
Continuous networking of course presents a chal-
lenge for security technology, but INDUSTRIE 4.0
allows client series and personalized products to be
produced at unit costs previously only possible in
mass production.
from INDUSTRIE 4.0?
INDUSTRIE 4.0 is an industrial not a political rev-
olution. That is to say, there will be no single de-
fining event that takes place, but rather a period of
dynamic development. New resource-efficiency
optimization processes make environmentally
friendly and urban production at acceptable costs
possible in the near future – not only in Germany
but across the world. INDUSTRIE 4.0 will there-
fore make a significant contribution to the biggest
problems facing society; be it climate change, ener-
gy transformation or mega-city management.
Photo: DFKI 19

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THE FRAUNHOFER PERSPECTIVE
Fraunhofer-Gesellschaft
Research of practical utility lies at the heart of all
activities pursued by the Fraunhofer-Gesellschaft.
Founded in 1949, the research organization under-
takes applied research that drives economic devel-
opment and serves the wider benefit of society.
Its services are solicited by customers and contrac-
tual partners in industry, the service sector and
public administration.
At present, the Fraunhofer-Gesellschaft maintains
66 institutes and independent research units. The
majority of the more than 22,000 staff are quali-
fied scientists and engineers, who work with an
annual research budget of EUR 1.9 billion. Of this
sum, more than EUR 1.6 billion is generated through
contract research. More than 70 percent of the
Fraunhofer-Gesellschaft’s contract research rev-
enue is derived from contracts with industry and
from publicly financed research projects. Almost
30 percent is contributed by the German federal
and federal state governments in the form of base
funding, enabling the institutes to work ahead on
solutions to problems that will not become acutely
relevant to industry and society until five or ten
years from now.
Affiliated international research centers and repre-
sentative offices provide contact with the regions
of greatest importance to present and future scien-
tific progress and economic development.
With its clearly defined mission of application-
oriented research and its focus on key technologies
of relevance to the future, the Fraunhofer-Gesell-
schaft plays a prominent role in the German and
European innovation process. Applied research has
a knock-on effect that extends beyond the direct
benefits perceived by the customer: Through their
research and development work, the Fraunhofer
Institutes help to reinforce the competitive strength
of the economy in their local region, and through-
out Germany and Europe. They do so by promoting
innovation, strengthening the technological base,
improving the acceptance of new technologies, and
helping to train the urgently needed future genera-
tion of scientists and engineers.
As an employer, the Fraunhofer-Gesellschaft of-
fers its staff the opportunity to develop the pro-
fessional and personal skills that will allow them
to take up positions of responsibility within their
institute, at universities, in industry and in socie-
ty. Students who choose to work on projects at the
Fraunhofer Institutes have excellent prospects of
starting and developing a career in industry by vir-
tue of the practical training and experience they
have acquired.
The Fraunhofer-Gesellschaft is a recognized
non-profit organization that takes its name from
Joseph von Fraunhofer (1787–1826), the illustrious
Munich researcher, inventor and entrepreneur.
www.fraunhofer.de
20

What role does your organization play in
Germany’s INDUSTRIE 4.0 project?
The Fraunhofer IAO* has been helping shape the
INDUSTRIE 4.0 project since as early as 2011 as
part of activities carried out by the Industry-
Science Research Alliance. Since 2012 we have
been working with industry partners in the area of
highly flexible, self-organized capacity manage-
ment as part of the publicly funded “KapaflexCy”
(www.kapaflexcy.de/) INDUSTRIE 4.0 lead
project. The current Produktionsarbeit der Zukunft –
INDUSTRIE 4.0 (“Production of the Future –
INDUSTRIE 4.0”) pilot study lays the foundations
for the Innovationsnetzwerk Produktionsarbeit 4.0
(“Innovation Network Production 4.0”) in which
Fraunhofer IAO is developing new applications and
business models for INDUSTRIE 4.0 with industry
and trade association partners.
With its innovative and leading mechanical engi-
neering, automotive and electrical industries,
Germany is a country with deep industrial roots
that is already a world leader in embedded systems
(the technological basis for INDUSTRIE 4.0). This
provides the German manufacturing sector with
the opportunity of following a dual strategy for
the future. On the one hand, Germany can continue
to build on its competitive position as a production
country thanks to innovative factory concepts and
INDUSTRIE 4.0 applications. On the other hand,
Germany can become the global technology suppli-
er for INDUSTRIE 4.0 factories.
The German manufacturing environment is char-
acterized by a large number of small and medium-
sized enterprises (SMEs). These SMEs often produce
highly innovative products for the rest of the
world. New market segments will open up for
these companies domestically and internationally
with INDUSTRIE 4.0. Moreover, SMEs in particular
stand to benefit from the standardized networking
of their own production resources as many still
work with proprietary systems. This will allow
SMEs to drastically reduce production management
efforts and respond in significantly faster fashion
to market requirements.
beyond Germany?
INDUSTRIE 4.0 is not an issue that is limited just to
Germany. There are similar approaches being car-
ried out across the world which are being promot-
ed under the names of “Internet of Things” and
“Industrial Internet” for example. As well as man-
ufacturing, these highlight many more everyday
and routine fields of application for networked
systems. However, the full potential of INDUSTRIE 4.0
can only be fully exploited through the global net-
working of production resources and the use of
globally functioning applications. The identifica-
tion and introduction of uniform standards is espe-
cially important in this respect.
from INDUSTRIE 4.0?
Global sourcing and distributed processes are al-
ways associated with considerable coordination
and management time and effort. INDUSTRIE 4.0
allows information to cover long distances in close
to real time. International companies will there-
fore be able to quickly react to client requirements
in globally distributed production systems as well
as provide their customers with a current picture of
production progress at all times.
What significance does INDUSTRIE 4.0 have for
the future employment market? What impact
will it have on the education and training of
the workforce?
The operation of a factory according to the INDUS-
TRIE 4.0 principle requires workers with the rele-
vant production and IT know-how. For the future it
is important to create certified training courses in
order to take interdisciplinarity to a new and highly
innovative level. By means of just-in-time learning
and just-in-time training, workers can be equipped
for dealing with short-term, unplanned ad-hoc
work activities with changing content on the job,
thereby becoming qualified to solve problems as
they are dealing with them.
* The Fraunhofer IAO is a member institution of the Fraunhofer-
Gesellschaft. Fraunhofer IAO activities include applied research
and development in the fields of engineering, IT, economics, and
social sciences.
Photo: Fraunhofer IGD 21

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it‘s OWL
In February 2012 the German Federal Ministry of
Education and Research (BMBF) announced the
“it’s OWL” (Intelligent Technical Systems OstWest-
falenLippe) high-tech strategy as one of the winners
of its Leading-Edge Cluster competition.
it’s OWL is a science and industry technology net-
work which intends to set international standards
in the field of intelligent technical systems. The
cluster is helping pave the way to the fourth indus-
trial revolution and makes a significant contribu-
tion to the competitiveness of manufacturing and
production in Germany.
Tomorrow’s technological systems will be intelli-
gent and connected. This applies to the products
of mechanical engineering sector and related in-
dustries such as the automotive industry, electrical
engineering and medical as well as their corre-
sponding production systems. Intelligent techni-
cal systems arise from the interplay of engineering
and information technology. They interact with
their environment and adapt to it autonomously.
They also deal with unexpected situations in a dy-
namic environment and are able to anticipate the
future effects of different influences thanks to ex-
periential knowledge. Moreover, they also adapt to
individual user behavior.
Within the it’s OWL technology network, 174 com-
panies – including world leaders such as Beckhoff,
Claas, DMG MORI Aktiengesellschaft, Harting,
Lenze, Miele, Phoenix Contact, WAGO, Weidmüller,
and Wincor Nixdorf – and research institutions are
carrying out pioneering work in this area. Intelli-
gent products and production systems are being
developed in 45 projects: from automation and
drive solutions for machinery, automatons, vehicles
and household devices to networked production
facilities. Examples include self-correcting man-
ufacturing processes, digitalization of work plan-
ning, energy efficient intralogistics for warehouses,
resource-efficient industrial laundry as well as en-
ergy management in smartgrids.
The development, deployment, maintenance and
life cycle management of products, machines and
systems will be improved by it’s OWL technologies
and solutions. Their reliability, resource efficiency,
and user friendliness will also be optimized, with
individualized and adaptable production processes
becoming reality.
www.its-owl.com
THE IT’S OWL PERSPECTIVE
22

Mr. Roman Dumitrescu, chief executive it’s OWL:
The it’s OWL (Intelligent Technical Systems Ost-
WestfalenLippe) leading-edge cluster is currently
the largest INDUSTRIE 4.0 project. Our intelligent
technical systems provide a strong boost to
Germany’s competitiveness as a production lo-
cation and pave the way to the fourth industrial
revolution. INDUSTRIE 4.0 solutions are being de-
veloped in 45 different projects with a budget of
around EUR 100 million. We see our strengths as
being in industrial automation, human-machine
cooperation and the realization of so-called ‘self-x
capabilities’ like, for example, self-optimizing
production systems.
The project clearly strengthens machine engineer-
ing as well as the electronics industry; industries
which are thankfully still very strongly represented
in Germany. In recent times these industry sectors
have been dismissed as “old economy,” with coun-
tries like Great Britain fully focusing on the service
sector – something we now know to be a mistake. I
believe that with INDUSTRIE 4.0 we have a unique
opportunity to combine and play off our strengths
to become not only the lead provider for produc-
tion in the future but also to remain an important
production location.
What advantages does INDUSTRIE 4.0 have for
small and medium-sized companies?
The current state of affairs is that the subject
seems a little far off for SMEs. I say “seems” very
deliberately, as there are also companies who are
already very successfully active in the INDUSTRIE 4.0
area. For example, MSF Vathauer Antriebstechnik –
an it’s OWL cluster member – won the Industry
2013 prize for its decentralized drive solutions for
INDUSTRIE 4.0 application. SMEs certainly play a
key role in Germany. That’s why we have set up a
EUR 5 million technology transfer project specifi-
cally for these companies in order to pass on
INDUSTRIE 4.0 solutions.
beyond Germany?
It has certainly not gone unnoticed by other coun-
tries that Germany has fared comparably well
despite the financial and economic crises of re-
cent times. The reason for this is that we are still a
strong production location. For instance, even the
European Institute for Innovation and Technology
(EIT) will invite tenders for a Knowledge and
Innovation Community (KIC) in the area of “Val-
ue Added in Production” in 2016. I don’t think this
would have been the case without Germany’s
INDUSTRIE 4.0 initiative.
from INDUSTRIE 4.0?
Quite simply: by buying our solutions. Because here
they can access all of the components for future-
proof production. International companies can of
course also profit from these innovations. We should
not forget that Germany has invested enormously
in research and development for this success.
That is the only reason why we now stand on the
threshold of a fourth industrial revolution.
Photo: OstWestfalenLippe GmbH 23

Plattform INDUSTRIE 4.0
The Plattform INDUSTRIE 4.0 is a joint initiative of
the industry organizations BITKOM (Federal Associ-
ation for Information Technology, Telecommunica-
tions and New Media), VDMA (German Engineering
Federation), and ZVEI (Electrical and Electronic
Manufacturers’ Association) and acts as a central
point of contact for companies, employee repre-
sentatives, politics and science in matters INDUS-
TRIE 4.0 related.
Officially launched at the Hannover Messe in April
2013, Plattform INDUSTRIE 4.0 will continue the
work of the Federal Government’s “Future Project
INDUSTRIE 4.0” in order to strengthen Germany
as an industry location. The main objective of the
Plattform is the development of technologies,
standards, business and organizational models and
their practical implementation. The three industry
organizations believe that INDUSTRIE 4.0 is of sig-
nificant importance to the continued competitive-
ness of German industry.
The central office of the Plattform organizes and
coordinates all Plattform INDUSTRIE 4.0 activities,
informs on the progress made by the cooperation
and serves as a main point of contact for business,
politics and the media.
www.plattform-i40.de→
THE PLATTFORM INDUSTRIE 4.0 PERSPECTIVE
24

Together, three leading industry associations are
pushing the INDUSTRIE 4.0 theme forward. BITKOM,
VDMA and ZVEI founded the Plattform INDUSTRIE 4.0
partnership which started operations in April of
this year. The Plattform is based in Frankfurt am
Main with a joint information portal and “virtual
office” set up online. Plattform INDUSTRIE 4.0 will
continue the work of the Federal Government’s
“Future Project INDUSTRIE 4.0” within the frame-
work of the High-Tech Strategy. The main objective
is the development and expansion of knowledge
and understanding as well as the distribution of
research results and their practical application in
INDUSTRIE 4.0. The Plattform is intended as the
central point of contact for all matters INDUSTRIE 4.0
related and, as such, will actively involve and/or
participate with all relevant actors.
The INDUSTRIE 4.0 project builds bridges between
manufacturing companies, providers, science, and
politics. Cross-industry exchange of ideas and in-
formation help accelerate knowledge transfer for
innovation in Germany. From the point of view of
the three industry associations, INDUSTRIE 4.0 is of
tremendous importance to the competitiveness of
German industry. The term stands for networked –
often with the internet over and beyond company
borders – and connected industrial production. As a
location we are strong in the development and ap-
plication of production, automation, and embed-
ded software-intensive IT and have longstanding
and established industrial networks.
From an overall economic perspective, SMEs in par-
ticular account for a significant share of employ-
ment and value creation in Germany and, as such,
are of central importance to the economic struc-
ture. INDUSTRIE 4.0 is also of relevance to small
and medium-sized enterprises: the next industrial
revolution will be characterized by networking and
the internet. Value chains become value networks.
ICT, automation and production technologies will
be more intertwined than ever before as a result of
INDUSTRIE 4.0. The change process of INDUSTRIE 4.0
and the transformation it represents can be ar-
ranged with new opportunities. Examples already
exist where INDUSTRIE 4.0 provides real added val-
ue to daily operations as well as strategic orienta-
tion for agile business behavior.
beyond Germany?
It is important to defend and expand the tradi-
tional core of German industry and its excellent in-
ternational position with the advent of internet
technologies. As an export nation, machines and
plants are not only sold, maintained and operated
worldwide, but also produced in branch factories
and by licensees. The concepts at play in INDUS-
TRIE 4.0 do not observe national borders. The par-
adigm shift in industrial production and intelligent
products creates the opportunity to increase pro-
ductivity, flexibility and quality in many different
economic regions.
from INDUSTRIE 4.0?
Further improvements in the implementation of in-
dustrial processes in manufacturing, engineering,
supply chain and life cycle management insist on
new ideas, algorithms, technologies, reference
architectures, standards, and business models.
Germany has the ideal conditions to fulfill these
tasks in order to play an internationally leading role
in INDUSTRIE 4.0. Numerous standards, like the
internet protocol, will be used internationally by
foreign companies, thus allowing a swift entry for
the Internet of Things and the Internet of Services
into industrial production in Germany too.
Photo: Fotolia/industrieblick 25

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SmartFactory KL
The SmartFactoryKL technology initiative, located
at the German Research Center for Artificial Intelli-
gence (DFKI) in Kaiserslautern, is the first European
vendor independent demonstration factory for
the industrial application of state-of-the-art
information and communication technologies. The
venture has the purpose of supporting the devel-
opment, application and propagation of innovative
automation technologies in different sectors as
well as providing a basis for their extensive usage
in science and industry.
Founded in 2005, the SmartFactoryKL initiative is
a successful example of public-private-partner-
ship; being a cooperative venture between vendors
and users (manufacturers) of modern automation
technologies as well as representatives of public
interests. The common projects range from funda-
mental work on basic technologies to the develop-
ment of marketable products. Members, sponsors
and promoters create a living partnership in order
to realize the vision of a future industrial landscape
with modern and innovative means.
SmartFactoryKL works as a pioneer for the tech-
nology transfer of key aspects of INDUSTRIE 4.0
into practice. By operating several modular pilot
plants, both state-of-the-art technologies and
cutting-edge research results can be implemented
and evaluated.
Within these plants, the key aspects of INDUSTRIE 4.0
are demonstrated in an intuitive and accessible
way. The central research and demonstration plat-
form of the SmartFactoryKL is its hybrid demon-
stration plant which can produce a customized
product (soap bottles) in the batch size one to cus-
tomer specification. Terms of requirements, struc-
ture and complexity of the laboratory system with
industrial production in practice is absolutely com-
parable. Functional electrical components (i.e. con-
trollers, sensors, actuators) from different vendors
are flexibly networked. Communication systems
operate wirelessly, both within the system as well
as for overall control levels.
The mobile production line showcases the flexible
production of an exemplary product whose com-
ponents (i.e. case cover, case base, printed circuit
board) are handled, mechanically machined, and
assembled. The product is able to control its own
production process as it has all of the necessary in-
formation available in its digital product memory
stored on an RFID tag. The process is not controlled
by a standard programmable logic controller (PLC),
but by a service-oriented, decentralized control
system consisting of distributed microcontrollers
communicating using internet standards. Human
workers are supported with innovative mobile device
and augmented reality-based assistance systems.

www.smartfactory-kl.de
THE SMARTFACTORY KL PERSPECTIVE
The mobile production plant of the SmartFactoryKL
demonstrates the key aspects of INDUSTRIE 4.0:
smart product, collaborative machine and
augmented operator.
Photo left and right: SmartFactory KL26

The hybrid soap production plant of the SmartFactoryKL
can be used for demonstration, evaluation and field
tests by its members.

Industry Voices: A Selection
A number of companies in Germany are already developing and imple-
menting INDUSTRIE 4.0 technologies for use. A selection of companies
provide their INDUSTRIE 4.0 perspective.
Robert Bosch GmbH
The Bosch Group is a leading global supplier of tech-
nology and services. In 2012, its roughly 306,000
associates generated sales of EUR 52.5 billion. Since
the beginning of 2013, its operations have been di-
vided into four business sectors: Automotive Tech-
nology, Industrial Technology, Consumer Goods,
and Energy and Building Technology.
The Bosch Group comprises Robert Bosch GmbH
and its roughly 360 subsidiaries and regional com-
panies in some 50 countries. If its sales and service
partners are included, then Bosch is represented in
roughly 150 countries. This worldwide develop-
ment, manufacturing, and sales network is the
foundation for further growth. Bosch spent some
EUR 4.8 billion for research and development in
2012, and applied for nearly 4,800 patents world-
wide. The Bosch Group’s products and services are
designed to fascinate, and to improve the quality
of life by providing solutions which are both inno-
vative and beneficial. In this way, the company of-
fers technology worldwide that is “Invented for life.”
www.bosch.de→
THE BOSCH PERSPECTIVE
28

Bosch finds itself in a dual role on the way to net-
worked and integrated industry (“INDUSTRIE 4.0”).
The company itself deploys technologies and soft-
ware in order to network its own manufacturing base.
On top of this, the company also develops solu-
tions in this area. Bosch Rexroth provides numerous
solutions for the Factory 4.0. Bosch Packaging Tech-
nology is already building intelligent equipment
for intelligent factories in the pharmaceuticals and
foodstuff industries. A software suite developed
by Bosch Software Innovations also optimizes the
complete equipment maintenance process.
The advent of Web 3.0, i.e. the Internet of Things
and Services, in industrial production provides
Germany with enormous opportunities in two ways.
On the one hand, German companies will devel-
op, sell and export technologies and products for
networked industry. On the other hand, the use of
these technologies will improve the efficiency, and
therefore competitiveness, of German industry.
German companies are – notwithstanding the in-
creasing competition from Asia – leaders in plant
and mechanical engineering. German companies
also have considerable know-how and a competent
workforce in the fields of IT, embedded systems
and automation technology. The framework for a
concentrated implementation of networked pro-
duction has been established with the creation of
the BITKOM, VDMA, and ZVEI-funded “Plattform
INDUSTRIE 4.0.” German companies must actively
shape the way to networked production and not
lose sight of what is required.
beyond Germany?
The ideas behind INDUSTRIE 4.0 will change ex-
isting value chains – even across national borders.
Value chains in which companies and business pro-
cesses are horizontally integrated will emerge. This
means that business processes – including their
engineering – will be consistently designed across
the whole value chain. Production systems are con-
ceived in networks – from the supplier to the cus-
tomer. These highly dynamic business networks
provide potential for innovation and new business
models. The same also applies to better data gen-
eration and evaluation.
from INDUSTRIE 4.0?
Digitalization and networking help to optimize the
value chains: customers are no longer obliged to
choose from a fixed product spectrum set by the
manufacturer, but instead are able to individually
combine single functions and components. The range
of variety will become profitable for companies. This
can consequently increase the size of the market
and turnover. At the same time, customer satisfac-
tion increases as the internal operative costs sink as
a result of increased value chain digitalization.
Photo: Bosch 29

→
Photo: Festo AG & Co. KG
Festo AG & Co. KG
Festo is a leading international supplier of auto-
mation technology for factory and process auto-
mation. A globally oriented and independently
run family business based in Esslingen, the compa-
ny has established itself as a performance leader
in the sector thanks to its innovations and prob-
lem-solving competence in the field of pneumatics.
Today the company provides pneumatic and elec-
tric drive technologies for factory and process au-
tomation to more than 300,000 customers in 200
industry sectors across the world. Together with
partners from science and industry, Festo is con-
ducting research into new solutions for merging
modern information and communication technol-
ogies with classical industrial production process-
es. The trend towards increasingly individualized
products in smaller quantities and increased vari-
ety requires technologies that are able to continu-
ously adapt to changing production conditions.
Festo recognizes intelligent components which or-
ganize themselves and process requests from high-
er level control systems as the basis for tomorrow’s
production systems. Festo is actively developing
precision engineering and microsystem technolo-
gies in order to realize fully networked overall sys-
tems. Festo also conducts research into solutions
which allow the human workforce to directly in-
teract with new machine and robot technologies.
To this end, the company is also extensively con-
cerned with the proper provision of education and
training for the next generation of workers in the
new production world.
www.festo.com
Festo contributed to the recommendations made
by the Industry-Science Research Alliance. Within
this context, a “Resilient Factory” application case –
with systems that are tolerant to disruptions – was
introduced. These activities have subsequently
been transferred to the Plattform INDUSTRIE 4.0 in
which Festo is also very much actively involved.
From a European perspective it is important to en-
sure that production in high-wage countries, of
which Germany is one, remains competitive in the
long term. INDUSTRIE 4.0 activities will contribute
to achieving this. The perspective merging of man-
ufacturing technology with IT can be carried out in
especially efficient manner in Germany in particu-
lar, as public funds are also in operation. This spe-
cial situation allows the attractiveness of Germany
to be significantly increased with INDUSTRIE 4.0.
The creation of commonly defined standards
with widespread effect is an important part of
INDUSTRIE 4.0 activities. Continuous and open
standard architectures are also clearly more advan-
tageous for small and medium-sized enterprises
(SMEs) than closed concepts from major concerns
that shape the market themselves. It is therefore
worthwhile for SMEs to force non-proprietary solu-
tions within an INDUSTRIE 4.0 context.
What impact will INDUSTRIE 4.0
Activities are being closely followed, for example,
in Great Britain and the USA. Horizontal network-
ing in value chain networks is not limited to just
one company or country. Successful concepts which
are developed will also be accepted internationally.
from INDUSTRIE 4.0?
As already alluded to in the answer to the previ-
ous question, economic concepts are not applied
nationally. International companies will be able to
benefit just as much where technological and com-
mercial advantages arise from the implementation
of INDUSTRIE 4.0 concepts.
THE FESTO PERSPECTIVE
Photo: Festo AG & Co. KG 31

THE SAP PERSPECTIVE
→
Smarter
Provide intellectual power and
insightful decision support
Faster
Enable quicker time-to-market and
improved brand recognition
Simpler
Improve adaptability, consumability,
and flexibility
SAP AG
As market leader in enterprise application soft-
ware, SAP helps companies of all sizes and indus-
tries run better. From back office to boardroom,
warehouse to storefront, desktop to mobile device –
SAP empowers people and organizations to work
together more efficiently and use business insight
more effectively to stay ahead of the competition.
As manufacturers face increased cost pressure and
market volatility, product life cycles and test cycles
are getting shorter. Products are becoming more
complex and customized. Manufacturers find that
moving production to emerging countries with
cheap labor costs is no longer a path to success as
they must balance customization with mass pro-
duction. Production must increasingly be local, e.g.
with 3D printers, to meet rapid changes in demand.
Other factors also rise in importance – taking ad-
vantage of low energy costs as well as co-locating
R&D and manufacturing to accelerate time-to-market.
Today, the manufacturing industries undertake a
new and profound shift as business and technolo-
gy trends converge in an unprecedented way. Man-
ufacturers can now add sensors and microchips to
tools, machines, vehicles, buildings, and even raw
materials to make products “smarter.”
These smart items will provide a wealth of data
that can be used to better understand products
and potential issues around them. The ongoing dig-
italization of products and services is also freeing
manufacturers and their customers from fixed lo-
cations. In the future, spare parts might be pro-
duced at the locations where original parts fail,
saving significant costs related to transportation
and inventory. As technology fosters stronger ver-
tical integration between shop floor and global
business strategies (as well as greater horizontal
integration across design, planning, production of
products and service provision), manufacturers are
increasingly more responsive and efficient than be-
fore. They also benefit from agile, self-organized
business networks that allow local execution of
global business plans.
Companies need to be aware of the current busi-
ness and technology trends and prepare for the
upcoming transformation. SAP offers a holistic
framework to align business models, technology
platforms and solutions on the way forward. To in-
tegrate the industrial value chain and product li-
fecycles, business IT must seamlessly integrate
processes: from product design to supply chain
management, production, aftermarket service,
and training. SAP’s ”Idea to Performance” initiative
helps manufacturers seize new business opportu-
nities using Big Data, 3D Visualization, Cloud and
Mobility solutions to create new insight and con-
nect with partners and customers. SAP’s “Idea to
Performance” concept covers the following areas:
· Sustainable innovation
· Responsive manufacturing
· Operational excellence
· After-market service
Solutions within the “Idea to Performance” portfo-
lio enable intelligent process execution, resourceful
operations, and intuitive user experiences. They
help customers become smarter, faster, and simpler.
www.sap.com
32

Photo: SAP AG
SAP has been engaged in several public research
projects and initiatives in the context of INDUS-
TRIE 4.0 and contributed to the recommendation
paper issued by acatech – the National Academy of
Science and Engineering. SAP provides technolo-
gies and solutions that help companies to embrace
the upcoming changes in the manufacturing indus-
tries. SAP follows a holistic approach called “Idea to
Performance” enabling companies to develop new
business models and a roadmap for implementing
INDUSTRIE 4.0 scenarios.
For highly industrialized countries like Germany,
INDUSTRIE 4.0 is a great opportunity to keep manu-
facturing jobs in the country and secure long-term
growth and innovative strength. German manufac-
turers are often highly specialized global leaders
in their field. With INDUSTRIE 4.0, they can further
enhance their competitive advantage by becoming
more efficient and responsive to market changes
and introducing new service offerings based on a
wealth of data from smart products and machines.
With INDUSTRIE 4.0, supply chains will evolve into
highly adaptive networks. Small and midsize com-
panies will play an important role in such value-
add networks. By integrating INDUSTRIE 4.0 con-
cepts and technologies, they can provide individ-
ualized products and services and will be highly
adaptive to demand changes. Sensors flexibly pro-
vide machine data that is captured and analyzed
while the manufacturer is producing, delivering,
assembling, and operating machines. Pro-active
services for example trigger machine data anomalies.
beyond Germany?
Manufacturers all over the world face increased
cost pressure and market volatility. Product life
cycles are getting shorter and products are be-
coming more complex and customized. Manufac-
turers must find ways to balance customization
with mass production. Production will increasing-
ly be local to meet rapid changes in demand. Many
countries are aware of this trend and launched
programs similar to INDUSTRIE 4.0. In addition,
INDUSTRIE 4.0 addresses some of today’s biggest
challenges such as resource and energy efficiency.
from INDUSTRIE 4.0?
INDUSTRIE 4.0 is a global topic, encompassing
fast-growing markets like China or India as well
as traditional manufacturing countries such as
Germany, US, Korea, or Japan. Wherever they are
based, companies can use INDUSTRIE 4.0 scenari-
os to prepare for upcoming changes and lead this
new industrial revolution. With SAP’s holistic
“Idea to Performance” approach, our customers
can position themselves and start implementing
INDUSTRIE 4.0 scenarios to work smarter, faster,
and simpler.
Photo: SAP AG 33

→
→
TRUMPF GmbH & Co. KG
TRUMPF is a leading global technology company
with machine tools, laser technology, electronics
and medical technology as its business fields. Prod-
ucts manufactured with the company’s technolo-
gy can be found in almost every sector of industry.
TRUMPF is the world technological and market
leader for machine tools used in flexible sheet metal
processing, and also for industrial lasers.
In 2012/13 the company – which has approximately
9,900 employees – achieved sales of EUR 2.34 bil-
lion. With more than 60 subsidiaries and branches,
the TRUMPF Group is represented in almost all the
countries of Europe, North and South America, and
Asia. It has production facilities in Germany, China,
France, Great Britain, Japan, Mexico, Austria, Po-
land, Switzerland, the Czech Republic and the USA.
www.trumpf.com
TRUMPF has been a member of the federal gov-
ernment initiated INDUSTRIE 4.0 Working Group
since 2011 and has already provided a decisive con-
tribution to the definition of the “smart factory.” As
well as this, TRUMPF is also active in the Plattform
INDUSTRIE 4.0 management board and steering
group set up by the VDMA, BITKOM and ZVEI in-
dustry associations. Alongside projects like CyProS –
in which 20 partners are conducting research into
the implementation of cyber-physical production
systems – TRUMPF is also working to create
solutions for more productive and efficient pro-
duction processes.
The INDUSTRIE 4.0 vision is one of networked sys-
tems in which no capacity bottlenecks or available
resources remain undetected. They are transpar-
ent, can react to variations flexibly and allow hu-
mans to intervene as intelligent decision makers
according to the situation. These systems will allow
individual products to be produced in an efficient
and swift manner normally associated with mass
production. The INDUSTRIE 4.0 project creates the
conditions for the implementation of such produc-
tion networks in Germany.
Small and medium-sized companies in particular
must react quickly to changes – for example short-
term customer orders. The networked manufactur-
ing foreseen in INDUSTRIE 4.0 allows all production
processes to be transparent and easily influenced.
INDUSTRIE 4.0 provides the companies with the
flexibility which allows them to remain interna-
tionally competitive.
In your opinion what impact will INDUSTRIE 4.0
The “Global Facility“ is one of the five elements of
the Smart Factory. Production systems are already
often internationally networked – with INDUSTRIE 4.0
this networking will continue to increase. More-
over, the new technological opportunities are not
only available in Germany. The advantages that the
Internet of Things for example brings to manufac-
turing won’t go unnoticed in other countries. The
different elements of INDUSTRIE 4.0 will therefore
also affect production in other countries.
from INDUSTRIE 4.0?
Just as is the case for German companies, interna-
tional companies will be able to more efficiently
shape their own production according to the prin-
ciples of INDUSTRIE 4.0. For this they can call upon
the services of German machine builders who have
long been occupied with the opportunities made
possible by networking. TRUMPF provides its cus-
tomers, whether domestic or international, with
state-of-the-art technology. The company has al-
ready been deploying the first elements of INDUS-
TRIE 4.0 in its machine tools and lasers for years.
THE TRUMPF PERSPECTIVE
Photo: TRUMPF Gruppe 35

Future urban production at WITTENSTEIN’s facility in Fellbach
WITTENSTEIN AG
With an international workforce of around 1,700
and turnover of EUR 241 million in 2012/13,
WITTENSTEIN AG stands for innovation, precision
and excellence in the world of mechatronic drive
technologies – both nationally and internationally.
The group, with headquarters in southern Germany,
covers eight innovative business fields with respec-
tive subsidiary operations: servo gearheads, servo
drive systems, medicine technology, miniature ser-
vo units, innovative gearing technology, rotary and
linear actuator systems, nanotechnology as well as
electronic and software components for drive tech-
nology. With around 60 subsidiary and represent-
ative operations in approximately 40 countries,
the company is represented in all important glob-
al technology and sales markets, WITTENSTEIN fo-
cuses on innovation – without limiting itself solely
to technological innovations and products but also
applying itself to new processes. The company in-
tends to merge the terms “innovation” and “facto-
ry” in order to bring the new thinking to the fore:
innovative products need innovative production.
Together with partners from science and industry,
WITTENSTEIN has set out on the path of making
its own production INDUSTRIE 4.0 capable. INDUS-
TRIE 4.0 use cases will be carried out at the “Urban
Production of the Future” showcase factory estab-
lished in Fellbach near Stuttgart. A WITTENSTEIN
innovation factory and production facility, which
brings together development, sales and produc-
tion of the different mechatronic company units
together at one site, is currently being built at the
company headquarters in Igersheim-Harthausen.

www.wittenstein.de
THE WITTENSTEIN PERSPECTIVE
→
36

Dr. Manfred Wittenstein, chairman of the
WITTENSTEIN AG board, is certain: INDUSTRIE 4.0
will most likely only become a reality in the next
decade. However, companies who want to interna-
tionally profit from the new technology wave must
lay the proper foundations today. New answers
are required in the world of production in order
to master the challenges of the future. As one of
the INDUSTRIE 4.0 driving forces, WITTENSTEIN,
together with its partners, is seeking out the smart
answers in order to meet future production re-
quirements. This also has something to do with
corporate responsibility in terms of society and
the environment.
As a high-performance location, Germany is well
equipped to meet global challenges. Should German
industry set the pace for the fourth stage of the
industrial revolution, then developments made in
INDUSTRIE 4.0 will also help contribute to secure
Germany’s position. Important and necessary for
success here is the integration of science and in-
dustry – the major location advantage of German
mechanical engineering companies since time im-
memorial. German companies have a great op-
portunity to help shape new standards across the
entire value chain in a pioneering role.
Germany’s Mittelstand is used to including and in-
tegrating new skills. In fact it is the structure of
many small and often family-run businesses in the
machinery and equipment sector that provides
the ideal conditions for quickly and intelligently
mastering the way to the merging of internet and
production technology. The German mechanical en-
gineering industry could be a pioneer with its man-
ufacturing and technology.
beyond Germany?
”INDUSTRIE 4.0 will become the global language
of production.” Hartmut Rauen, VDMA (Verband
Deutscher Maschinen- und Anlagenbau – German
Engineering Federation)
from INDUSTRIE 4.0?
INDUSTRIE 4.0 will yield a new generation of au-
tomation technology and production systems. The
goal for German companies is to become the lead
provider in the future market for such systems. For
foreign companies, the opportunity exists to profit
from the technological achievements of INDUSTRIE 4.0
as well the integration and application know-how
of German providers of highly productive systems
in this market.
Photo: WITTENSTEIN AG 37

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market research
Identification
of project-specific
location factors
Identification of
relevant tax and
legal issues
Project management assistance
Location consulting/Site evaluation
Support services
Joint project
management with
regional develop-
ment agency
Site visit
organization
Administrative
affairs support
Project partner
identification
and contact
Site preselection
Organization
of meetings with
legal advisors and
financial partners
Market entry
strategy support
Cost factor
analysis
Project-related
financing and
incentives
consulting
Coordination
and support of
negotiations with
local authorities
Final site
decision support
Accompanying
incentives application
and establishment
formalities
Our support services for your investment project
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Germany Trade Invest’s teams of industry ex-
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We provide you with all of the industry informa-
tion you need – covering everything from key mar-
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Trade Invest’s experts help you create the appro-
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All of our investor-related services are treated with the
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GERMANY TRADE INVEST
38

Imprint
Publisher
Germany Trade and Invest
Gesellschaft für Außenwirtschaft
und Standortmarketing mbH
Friedrichstraße 60
10117 Berlin
Germany
T +49 (0)30 200 099-555
F +49 (0)30 200 099-999
invest@gtai.com
www.gtai.com
Executive Board
Dr. Benno Bunse, Chairman/CEO
Dr. Jürgen Friedrich, CEO
Author
William MacDougall,
Marketing Communications,
Germany Trade Invest
Editorial Support and Coordination
Jerome Hull,
Mechanical Electronic Technologies,
Stephan Sasse,
Marketing Communications,
Layout
Print
Asmuth Druck Crossmedia GmbH Co. KG,
Köln
Notes
All rights reserved©Germany Trade Invest,
July 2014.
Reproduction, in whole or in part, only permissible
with express prior authorization.
All data provided is based on the most current
information available at the time of publication.
Germany Trade Invest accepts no liability for
the actuality, accuracy, or completeness of the
information provided.
Order Number
20750
Germany Trade Invest would like to
thank the following organizations and
companies for their invaluable support in
making this publication:
·· acatech – National Academy of Science
and Engineering
·· DMG MORI AG
·· German Research Center for Artificial
Intelligence – DFKI
·· Fraunhofer-Gesellschaft
·· it’s OWL Clustermanagement GmbH
·· Plattform INDUSTRIE 4.0
·· SmartFactory KL
·· Robert Bosch GmbH
·· Festo AG Co. KG
·· SAP AG
·· TRUMPF GmbH Co. KG
·· WITTENSTEIN AG
39

About Us
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Federal Republic of Germany. The company helps create and secure
extra employment opportunities, strengthening Germany as a busi-
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Germany as a business location and assists foreign companies setting
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