2. MONIKA HOFFMANN
SAP C RM C O NSULTANT
AT APO LLO G IC
SZYMON MYDLARZ
PRO DUC T MANAG ER /UX DESIG NER
AT APO LLO G IC
ABOUTUS
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ABOUTUS
4. MAINPRESENTATIONPURPOSE
To present the direction of UI
development in relation to IoT field
To show how big players approach IoT
and try to adapt new interfaces
1
2
42. MAINPRESENTATIONPURPOSE
To present the direction of UI
development in relation to IoT field
To show how big players approach IoT
and try to adapt new interfaces
1
2
59. SUMMARY
1 Why? Because it
provides us control
3 Touch, gestures, voice
will envolve 4IoT not only for end-
customers but also to
business
Some well-known
interfaces will remain 2
60. QUESTIONS?
MONIKA HOFFMANN
SAP C RM C O NSULTANT
AT APO LLO G IC
SZYMON MYDLARZ
PRO DUC T MANAG ER /UX DESIG NER
AT APO LLO G IC
# Apollogic #DE, PL company based in Poznan Science and Technology Park #SAP technology #Business applications #IoT
Movie as a short warm-up; this time we are going to present more likely future if comes to User Interfaces, but now let’s recall history for a while…
1st Computer Game Spacewar published in 1962 by Steve Rusell is regarded as first User Interface. It had it’s own visualization, 4 commands to perform and keyboard to control.
2 years later first mouse designed by Douglas Engelbart was presented to wide public. It had wheels that make contact with the working surface.
As an interesting fact I can say that first mouse prototype was patentet after WW2 and kept as a military secret.
Comand line Interface; here: the first spreadsheet computer program for personal computers, originally released for the Apple II. Simple interface that revolutionlized the way companies start operating!
First GUI in Apple Lisa; We can see for the first time graphic elements like windows, icons, menus, pointer. That was really cool!
First years of 1995 resulted in UI Frameworks, for example Visual Basic or Photo Editor.
2003 was the year of first widgets, (including konfabulator) on iOS.
Since 2011 we have been facing with Advanced User Interfaces: including Zooming User Interface, 3D Interface, Skeuomorphic Interface – skeumoformism is a type of inverted obsolescence that aims in alleviating future shock (can be observed in smartphone’s notes, calculators, but also audiobook’s shelfes, as on presentation), Modern /Metro UI.
In upper timeline we can also observe couple of facts that contributed to new interfaces appearance, including:
Introducing World Wide Web in 1990
Mobile Touch Interface presented (Pen based Interface) in 1991
Touchscreen Interface – FingerWorks that launched in 2003
Apperience of Web 2.0 in 2004
Introducing HTML5, here: Adaptive User Interface from 2012
The evolution od UI that I have mentioned goes from desktop, web to mobile devices…
But being honest… IoT, which is today’s main topic, is more than just screens. „Smart devices” that create Internet of Things are loaded with sesnsors and can „talk” with each other (here: convey data and information) to us and other devices. How we can understand and control them?
Before I try to explain how the interfaces of IoT will change let’s remind ouselfes which interfaces we use in our immediate environment…
These knobs in the presentation we use on a daily basis, in our bad rooms, living rooms, cars and kitchen. There are also interfaces.
Second type of interfaces, buttons are also well known to everybody who watches television, drives a car, wash clotes in wash maschine or … who goes to the sitter by reheatting dinner .
Switches are mailny associated with current but not only, here we have the example from car.
Lavers and handles are elements that have bacame inseparable part of our life, not only as the elements of our household duties but also leisure time.
Those examples show us how we, as people, approach to items surrounding us.
Intiutively we understand the concept of „user interfaces” but to fully clarify potencial misunderstandings…
Let’s split these words…
Is it important? Really?
Hmmm, something to add? Eternal problem of humanity can be solved.
This is something from my backyard. The problem I always face when sorting rubbish. Can be easier? Yes, it can.
Now, let’s see how do UI change in near future…
For those who expect revolution straight from „Minority report” or other Science Fiction movies I have dissapointment. UI will be like today, with the following differences:
Greater relevance
Politer interactions
Envolved touch, gesture, voice
New screen form factors
More distributed
Return to physical
Will try to explain this concept it in next slides.
First of all we will experience more gestures and touch type. Instead of using buttons people start to use their gestures and move to express their intention. [Wii, Nintendo]
But on the other hand leap motions controllers are not a replacement for mouses or keyboards; it lets us interact with applications in more intuitive way.
Secondly, we can observe new apprach to voice-to-text dictation using eg Siri digital assistant or Alexa Voice Service in Echo project from Amazon.
Driving safer (not texting manually), making to-do list, streamming podcasts, playing audiobooks and controling your house with a word have never been so easy.
IoT era will result in many, many new screens…
But not oly flat screens we know nowadays, but any shape screens that will replace tradicional control panels.
Buttons and knops we know nowadays will no longer be an integral part of electronic appliances. Simply won’t have to. Our live become a new context for using them, here: to order new washing powder, raise the temperaturę in our flat or… inform our relatives when encounterring danger situation, like in Flic project.
Why to use screen for orderring foodstuffs we miss? Better to use Amazon Dash by scanning labels or barcodes of product that are about to run out.
Hew experience, but buttons still there.
Is seems that tech companies as Google (Nest project) or Amazon by buying hardware companies and their skills are openning new chapter.
The technology, which Bezos, founder and CEO of Amazon, says can scan 100 million objects and takes less than a second to work, is activated via a dedicated "Firefly" button on the Fire Phone. A hybrid of Google Googles and Shazam is a new way to find information about product, services, music, TV channels etc. Why typing if you can press „Firefly” buton and scan?
We should not forget about nowadays trend for wearable technology, which will be more and more popular. Maby smartwatches or smartglasses will relace smartphone as a hub of information? Will see.
The fact is that knobs, buttons, keyboards and mices will exsist. It’s not only that we are well acquinted with some activities like turning or pushing, and it will be hard to change, but also because so far nobody has invented more precise appliances like mice. Even touch, gesture and voice control will not eliminate precise item from 1964 . Of courfe in the nearest feature.
Our interfaces today will change into…
… Interfaces of the future. We will still have known elements from today’s world but with some changes…
From my presentation I would like you to remember …
Asset management
Commerce
Finance
Human resources
Manufacturing
Marketing
R&D/Engineering
Sales
Service
Sourcing and procurement
Supply chain
Sustainability
Quick danger recognition - when for example gas concentration increase, application warns about it, and this quickly can be checked
Recognize faulty item and repair via creating new service order
Recognize faulty machines, like trucks etc
Miners receive evacuation plan and rout for evacuation in case of danger (and position for his others team members)
Safer work place
Improve performance
Not dependent from the power system – should work in almost every situation
Saving a lot of money, in case of a breakdown (because of predicting, fast danger recognition)
Quick danger recognition - when for example gas concentration increase, application warns about it, and this quickly can be checked
Recognize faulty item and repair via creating new service order
Recognize faulty machines, like trucks etc
Miners receive evacuation plan and rout for evacuation in case of danger (and position for his others team members)
Safer work place
Improve performance
Not dependent from the power system – should work in almost every situation
Saving a lot of money, in case of a breakdown (because of predicting, fast danger recognition)
Vending machines, where you can pay with your account (no real money with you needed), where you only put your card into the machine and it knows all about you. You can explore the products and purchase something. App keeps preferences, purchase history and this way it shows personalized offer for the customer, which stands in front of the machine. It is also connected with social media, so you can post, share on Facebook etc. You can personalize the app appearance (it will look the same than in each place on the world, where this machine with app is standing). Product recommendations, segmentation etc. When machines breaks down it notifies about it and the nearest expert is going to repair it. It has information about what is broken, which part needs to be exchanged etc.
Benefits:
Personalized shopping
Purchase history and recommendations
Socializing it
Making buying at the machines stuff more trendy and enjoyable
No money needed – one account for all machines (smart wallet)
Vending machines, where you can pay with your account (no real money with you needed), where you only put your card into the machine and it knows all about you. You can explore the products and purchase something. App keeps preferences, purchase history and this way it shows personalized offer for the customer, which stands in front of the machine. It is also connected with social media, so you can post, share on Facebook etc. You can personalize the app appearance (it will look the same than in each place on the world, where this machine with app is standing). Product recommendations, segmentation etc. When machines breaks down it notifies about it and the nearest expert is going to repair it. It has information about what is broken, which part needs to be exchanged etc.
Benefits:
Personalized shopping
Purchase history and recommendations
Socializing it
Making buying at the machines stuff more trendy and enjoyable
No money needed – one account for all machines (smart wallet)
Vending machines, where you can pay with your account (no real money with you needed), where you only put your card into the machine and it knows all about you. You can explore the products and purchase something. App keeps preferences, purchase history and this way it shows personalized offer for the customer, which stands in front of the machine. It is also connected with social media, so you can post, share on Facebook etc. You can personalize the app appearance (it will look the same than in each place on the world, where this machine with app is standing). Product recommendations, segmentation etc. When machines breaks down it notifies about it and the nearest expert is going to repair it. It has information about what is broken, which part needs to be exchanged etc.
Benefits:
Personalized shopping
Purchase history and recommendations
Socializing it
Making buying at the machines stuff more trendy and enjoyable
No money needed – one account for all machines (smart wallet)
Monitoring blood sugar level at home, results are send directly to mobile phone and to your doctor
Smartwatch + bend + phone apps + roche blood sugar machine -> sedn to SAP into HANA cloud -> doctor receives it and see if sth is wrong or not, can monitor when the blood sugar increase/decrease, how much patient excercise, etc
https://www.youtube.com/watch?v=5uBopSYtfIc&index=1&list=PLYdj_yQpJjT0cXs0GwXyxt10b3kGr7kdi
https://www.sap-tv.com/video/36028/fighting-diabetes-with-sap-app
Monitoring blood sugar level at home, results are send directly to mobile phone and to your doctor
https://www.youtube.com/watch?v=5uBopSYtfIc&index=1&list=PLYdj_yQpJjT0cXs0GwXyxt10b3kGr7kdi
https://www.youtube.com/watch?v=Uo528eZSqCw
(This video shows a warehouse picker getting directions on his smart glasses. SAP is working with smart eyewear company Vuzix to unleash to power of augmented reality. Create efficiencies for your organization across lines of businesses by enabling real-time access to data for factory workers.)
Bar code scanner
Routing a way to the pack
Smart glasses
Malfunction detection
https://www.youtube.com/watch?v=Uo528eZSqCw
(This video shows a warehouse picker getting directions on his smart glasses. SAP is working with smart eyewear company Vuzix to unleash to power of augmented reality. Create efficiencies for your organization across lines of businesses by enabling real-time access to data for factory workers.)
Bar code scanner
Routing a way to the pack
Smart glasses
Malfunction detection
https://www.youtube.com/watch?v=cWo4lDa_1uw BMW
https://www.youtube.com/watch?v=pXOz0b7cogU VW
https://www.youtube.com/watch?v=cWo4lDa_1uw BMW
https://www.youtube.com/watch?v=pXOz0b7cogU VW
Finind parking sport
Parking via smartphone
Short description: When looking at a building’s life cycle, only 20% of the associated costs are spent during construction time. The remaining 80% incur while operating the building, and can roughly be split into energy costs (40%) and costs for technical maintenance and replacements (30-40%). Monitoring such diverse costs is challenging, especially because the underlying information is spread across multiple data sources.
Benefits:
Drill down into source systems: detailed information available directly from the cockpit
Reduced manual effort: easy linking of data from different systems such as HR/FI/CRM without timely manual data loads
Simplified reporting: real-time reporting with predefined reports or on the fly data using powerful analytical tools
Lower energy consumptions/ lower costs of managing the buildings
Forecasting costs/ future enhancements
Occupancy sensors – integrate with HR systems
Manage customer satisfaction
Optimize building performance