Download - The future of IoT education
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The future of IoT education Global startup riding the IoT revolution
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Outline
▪ Wyliodrin story
▪ Empowering engineers
▪ Tools for IoT education ▪ from hosted solution to Open Source
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The problem
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Imagine driving in San Francisco with a stick shift car
(hard work all the time - 80% useless, 20% excellent)
80% of the time IoT development tools are overhead for your project
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The solution
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The solution
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The vision
▪ Goal: ▪ Engaging students ▪ Bringing the maker culture into the school ▪ Building the confidence to be part of IoT projects
Create, modify, tweak, customize current solutions to your needs and use cases
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The technology: Hardware
▪ Before 2012 ▪ expensive embedded devices ▪ few devices running Linux
▪ Raspberry Pi changed the game
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1,000
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2014 2015 2016
Currently experiencing rapid growth
Number of connected devices (millions)
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Internet of Things
▪ A system where the Internet is connected to the physical world via ubiquitous sensors
Scalable Real time Security and privacy
Intelligent and dynamic
Distributed and decentralized
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The IoT stack
The problem • Arduino does well on the
sensor level
• Raspberry Pi follows the full stack, but lacks the benefits of Arduino
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IP Workshop Summer School
▪ IoT practical projects
▪ ~100 participants / event
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Why
▪ Arduino preferred to Raspberry Pi
▪ The fault ▪ teaching strategy ▪ development tools
Projects were not IoT projects, they fell into electronics or programming
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How
▪ Transfer the accessibility typical of Arduino to Raspberry Pi
Ease to use Direct access High productivity
Use from anywhere
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Teaching IoT the right way: How to actually do it?
▪ Programming ▪ basic programming skills ▪ high level languages
▪ Web technologies rather than electronics ▪ connecting devices
▪ The right tools ▪ easy access ▪ quick prototyping ▪ simple IDE for IoT (eg. Arduino IDE)
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It’s about programming rather than electronics
▪ less electronics
▪ programming of well established kits
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It’s about web technologies
▪ IoT is about connectivity
▪ IoT includes the Web
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The new problem
▪ Focus on the data
▪ It’s all about interconnection
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Data
Manage
Transfer
Store
Access
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It’s about the right tools
▪ controlling the peripherals is puzzling ▪ platform dependent ▪ knowhow of the platform
▪ Solution: ▪ new level of abstraction ▪ open source Arduino like environment
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It’s about the right tools
▪ anywhere, anytime
▪ fast access to embedded boards
▪ accessible to non-experts
▪ increases productivity for experts
▪ fast prototyping of ideas
▪ no software pre-requisites
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It’s about the right tools
▪ anywhere, anytime
▪ fast access to embedded boards
▪ accessible to non-experts
▪ increases productivity for experts
▪ fast prototyping of ideas
▪ no software pre-requisites
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Since 2013…
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I really like how the environment works and it is really slick with how you connect to the boards. It has changed how I view the Galileo and added a lot of value to the board.
Derek Runberg, Educational Technologist,
Sparkfun Electronics Inc.
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It has to be said that Wyliodrin is fantastic effort to bring real-world interactive coding using the Raspberry Pi.
Simon Walters, Scratch GPIO
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▪ We have worked with:
▪ Notable users:
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All over the world
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▪ Wyliodrin has been used at hackathons in: ▪ United States ▪ European Union ▪ Singapore ▪ South Korea
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Wyliodrin: Web IDE
▪ Manage your projects
▪ Store the projects in the Cloud
▪ Deploy applications on your boards
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Visual Programming
▪ Great traction with beginners
▪ No formal programming knowhow required
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Debug using graphs
▪ Debug IDE
▪ Real-time monitoring
▪ Intuitive showcase of sensor measurement evolution
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Board communication
▪ Intuitive communication platform
▪ High abstraction for easy use
▪ Open and secure standard protocol
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Write in Python / Javascript
▪ The ultimate goal
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Wyliodrin STUDIO: Open Source
▪ Open Source
▪ Available for ▪ UDOO Neo ▪ Raspberry Pi ▪ BeagleBone Black ▪ Arduino Yun
▪ Works locally
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Wylidorin STUDIO: future steps
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▪ Enlarge the community
▪ Lessons
▪ Hardware simulation
▪ Projects sharing
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Who is Wyliodrin
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Alexandru Radovici CEO, University Lecturer
Ovidiu Stoica CCO
Ioana Culic Head of R&D, Teaching Assistant
Cristian Rusu Research & Development, Research Fellow
▪ Giuseppe Cinque (Cisco Systems)
▪ Jozef Janitor (Inlea/Cisco Systems)
▪ Bogdan Doinea (CISCO)
▪ Manfred Wolf (ALP Dillingen)
▪ Razvan Rughinis (Politehnica Bucharest)
▪ Jutta Jerlich (TU Wien)
▪ Raluca Oltean (Intel)
Advisors:
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The takeaway
▪ IoT is not just electronics or microcontrollers
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The takeaway
▪ IoT is not just electronics or microcontrollers
… so we need to:
▪ build a simple way to interact with the new inteligence around us
▪ bridge the Arduino community with the Linux enthusiasts
▪ harvest the power of Python & Javascript for IoT projects
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Thank you!
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/wyliodrin