Winning with Tech
Harnessing Technology and Innovation to Change the Way You Approach Your MarketsAugust 16th
Richard SkinnerPartner, Strategy, PwC Singapore
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Industrial revolutions have been the key drivers for GDP and productivity growth…
Mechanical production (steam)
Mass production(electricity)
Process automation(computer)
?
End of 18th
centuryEnd of 19th
centuryEnd of 20th
century Now
1.0
2.0
3.0
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Digitization brings new industrial revolution – Industrial 4.0
Mechanical production (steam)
Mass production(electricity)
Process automation(computer)
Digitization of
manufacturing(Advanced technology)
End of 18th
centuryEnd of 19th
centuryEnd of 20th
century Now
Industrial 4.0 brings “Digitization of Manufacturing”
1.0
2.0
3.0
4.0
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Traditional model of manufacturing faces challenges with rising labor costs and rapidly changing market needs
Offshore
Consumer Market
Large factory in countries with cheap
labor costs
Large
One Product
Made to stock
Traditional model of manufacturing
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With advanced technologies, Industry 4.0 will bring about a new paradigm of manufacturing
Consumer Market
Factory
Close to demand
Small
Multi Product
Customizable
New model of manufacturing
Factory
Factory
FactoryFactory
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Here are 5 new technologies that will fundamentally change how we do business
IoTConnected devices
AIAutonomous Machine
3D printingDigital-to-physical
conversion
Advanced roboticsAutomation of complex
processes
AR and wearablesMobile and virtual
reality
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IoT - Connected devices
• Connected robots: assess everything from conditions in a robot’s environment to its usage program path, travel distance, motor torque profile
• “Repair before failure”
Cisco has collaborated with FANUC and Rockwell Automation to create a predictive maintenance solution deployed with hundreds of robots at General Motors’ factories to prevent downtime
“Unplanned downtime can cost as much as $20,000 potential profit loss per minute, and $2 million for a single incident. Manufacturers expects a 48% reduction in unplanned downtime from these kinds of connected machines solutions”
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AR and wearables - Mobile and virtual reality
Ford revolutionizes vehicle design process by virtually simulating the assembly line
• This program reduces employee injury rate by 70% and ergonomic issues have been lowered by 90%.
• Outfitting employees with immersive graphic headset to create a virtual environment to simulate the assembly of models
• Engineers can target issues and find solutions before the production process starts
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3D printing - Digital-to-physical conversion
• 3D printing allows the creation of smaller batches of shoes. These could be small runs tailored for particular events or location, or they could even be expensive one-offs —molded to suit an individual’s foot-shape or gait
• The mid-sole of the shoe is created using a process known as Continuous Liquid Interface Production
• 100,000 pairs of Futurecraft sneakers will be made by the end of 2018
Adidas reveals the first 3D-printed shoe it’ll mass-produce
Futurecraft sneakers
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Advanced Robotics - Automation of complex processes
• Significant saving in labor costs• High tractability of product defects• Less downtime
• Production quality is at 99.99885% and a series of test stations detect the few defects that occur
• Production is largely automated with 75% of the value chain on their own handled by machines
Siemens is building a self-organizing factory wherein Robots are operating complex tasks
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AI - Autonomous Machine
Ford’s robots using "deep learning" capabilities through AI to figure out their tasks while on the job instead of being programmed beforehand
• Cost reduction
• Quick to set up and operate
• Minimal programming
• Minimum space required to work safely around people
• “Deep learning" capabilities through AI
• Co-bots immediately stop if they detect an arm or even a finger in their path, ensuring worker safety
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How those technologies potentially affect manufacturing -digitization brings enormous benefits
Digitization
• Digital product design and testing, simulation
• Faster prototyping with 3D printing
• Faster production ramp-up by 3D printing technology
• Complete automation and autonomous production system
• Workforce training through VR
• Individualized products/solutions
• Deeper understanding on customer behaviour
• Enhanced customer experience with VR
Faster time-to-market Higher productivity
Better customer experienceLess downtime
• Predictive maintenance: “repair before failure”
• Real-time spare parts production (3D printing)
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Getting there won’t be easy - how we transform ourselves
1 2 3 4 5 6
Create initial pilot project
Define the capabilities you need
Transform your
production line
Actively plan an
ecosystem approach
Become a virtuoso in
data analytics
Map out your
industry 4.0 strategy
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GE’s “Brilliant factory” put together all the key technologies into one integrated concept
AI
3D printing
IoT
Robotics
AR andwearables
GE Brilliant factory
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How GE transformed into digital industrial company –strong commitment from top management and Predix role out
“We are going to be a digital industrial company.”
Jeff Immelt, GE CEO
GE’s platform for innovation
Develop skills & culture
Top management training programs
Emphasis on creating
common understanding
Collaborate within GE
Integrating collective talent across functions
Cross-disciplinary engagement
Full commitment from CEO
Redefining corporate strategy
Committment to invest in digital transfromation
Collaborate with customers
Discovery sessions with customers
Sharing tools and resources, & studying new solutions
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Challenges
How do we monetize? What is the right business model?
Which technologies to invest in?
How do we make a transition from legacy systems to new systems?
How do we deal with new competitors?
Who should we partner with?
How do we train and enable people to adopt to this new paradigm?
Thank you!
Richard SkinnerPartner, Strategy, PwC Singapore
Mobile: +65 98233771E-mail: [email protected]