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Jonathan Carter
co-organizer of the Amsterdam IoT metup group “sensemakers”
co-founder of Glimworm and Glimworm Beacons
initiator of the Amsterdam iBeacon and IoT Living Lab “The
beacon mile”
IoT mentor at Startup Bootcamp
“Open Hardware”
Together we will cover
• Electric Imp
• Kickstarter
• Arduino
• Raspberry pi
• 3d printing
• meetup.com
• The maker movement
• Bluetooth Low Energy
• Air quality Egg
• LoRaWAN
• KEY TIMELINE
EVENTS
The Electric imp
c.2011
Talk at the Landelijk Architecure Congress (NL)
Talk at the Landelijk Architecure Congress (NL)
The Genius of Arduino
? ?
? ?
Standardisation
Standardised format, voltage,
peripheral connections, and
programming language
1
Integrated environment
Easy to develop, Easy to manage
libraries, Same code works on
ALL arduinos
2
Completely open source
Which leads to many specialised
clones being made and sold. This
example is of wearable projects
3
Extendable
By stacking “sheields” on to the
standard arduino you can add
features missing from the
original
4
Arduino Clone
Name : Sparc Core
* Much Smaller
* Integrated WIFI
* funded on Kickstarter
Arduino Clone
Name : Digispark
* Tiny!
* cheap
* funded on Kickstarter
Arduino Clone
Name : RFDUINO
Tiny!
Wireless
funded on Kickstarter
• My favourite - the
SODAQ
• Built in SOLAR,
Battery, RTC and all
possible
communications via
a BEE slot
Arduino Clone
Name : SODAQ
* Integrated SOLAR +
Rechargable battery
* plug and play connectors
* plug and play
communications (WIFI,3G,
LoRa, more)
* funded on Kickstarter
* 100% Dutch
What does this all mean?
— well, it’s all about the
free market principle of
Supply and Demand —
First, lets roll back the clock to 2009/2010
iPhone
Fast, affordable
mobile bandwidth
An audience for
your work
Result
Explosion in
talented ‘home’
developers
expanding their
skills and selling
independently
+
+
=
BOOM!!
Are there similar
factors driving Open
Hardware?
What do you need to make a product?
A nicely designed and produced
casing , appealing to the eye yet
durable
1
Answer - 3D printing
There is CHEAP and EXPENSIVE 3d printing.
* CHEAP melts plastics and adds them in layers
* EXPENSIVE uses powder and lasers
* Design software can be free
* Professional services like ShapeWays can print
the expensive way for you
* 3D hubs can connect supply and demand
* can also be found at FABLABS
Laser Cutting, CNC milling, Vacuforming
3d Printing is only for small volumes, therefore
most people also use :
* Laser cutting - cut out blocks of material
* CNC milling - to form larger wood structures
* Vacuforming - to vacuum over a mould
* Found at FABLABS
What do you need to make a product?
A circuit board - “The guts”2
Step 1 - Arduino or Single board computer
You can prototype all the electronics you need
using either an Arduino (or clone) for simpler
solutions or a Single Board Computer , such as a
raspberry pi or Beaglebone.
All these habe “GPIO” which means holes you
can plugg in sensors and actuators (sensors
read input, actuators do something)
Step 2 - Design your own hardware
You can use a “breadboard” , or
“large thing with lots of holes” to
start with and then design a
custom board using Open Source
software like “Eagle”
Send this off to any one of
dozens of companies and receive
it back in a few days
Step 2 - Make your own hardware
When you have made small
volumes you can ask a
professional service to
manufacture it for you
components can be sourced from
the exploding number of
electronics webshops - or from
China via DealExtreme
What do you need to make a product?
Add communication protocols -
mostly these have to be licensed
3
Answer - use readymade components
For communications you normally need to use
an existing components. We saw the Electric
imp at the start of the presentation but we need
more open components - here is a selection
which are easy to use
Bluetooth Low Energy $6.00
WIFI - $3.50
RF - $1.50 LoRaWAN - $18.00
What do you need to make a product?
You need to get some capital
together to make a few hundred
4
Answer - Kickstarter
Kickstarter allows you to sell your first few
hundred items without using your own capital
It is also a great platform for publicity
SparcCore : goal 10k, raised 567k
Digispark : goal 5k, raised 315k
RFDuino : goal 5k, raised 352k
Air Quality Egg : goal 39k, raised 145k
TTN : goal 140k, raised 210k
2012 2013 2014 2015
BOOM!!
2001
2009
2005
cortex m0+
Conclusion
Since 2012 the conditions have been right for the open
hardware movement to explode and it has
Key challenges still remain in terms of low power
operation and security - however most other barriers
have been removed
If you want to learn , find you nearest FAB LAB,
subscribe to MAKE magazine, join a meetup group and
GO!

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Talk at the Landelijk Architecure Congress (NL)

  • 1. Start with a video clip
  • 2. Jonathan Carter co-organizer of the Amsterdam IoT metup group “sensemakers” co-founder of Glimworm and Glimworm Beacons initiator of the Amsterdam iBeacon and IoT Living Lab “The beacon mile” IoT mentor at Startup Bootcamp “Open Hardware”
  • 3. Together we will cover • Electric Imp • Kickstarter • Arduino • Raspberry pi • 3d printing • meetup.com • The maker movement • Bluetooth Low Energy • Air quality Egg • LoRaWAN • KEY TIMELINE EVENTS
  • 7. The Genius of Arduino ? ? ? ?
  • 8. Standardisation Standardised format, voltage, peripheral connections, and programming language 1
  • 9. Integrated environment Easy to develop, Easy to manage libraries, Same code works on ALL arduinos 2
  • 10. Completely open source Which leads to many specialised clones being made and sold. This example is of wearable projects 3
  • 11. Extendable By stacking “sheields” on to the standard arduino you can add features missing from the original 4
  • 12. Arduino Clone Name : Sparc Core * Much Smaller * Integrated WIFI * funded on Kickstarter
  • 13. Arduino Clone Name : Digispark * Tiny! * cheap * funded on Kickstarter
  • 14. Arduino Clone Name : RFDUINO Tiny! Wireless funded on Kickstarter
  • 15. • My favourite - the SODAQ • Built in SOLAR, Battery, RTC and all possible communications via a BEE slot Arduino Clone Name : SODAQ * Integrated SOLAR + Rechargable battery * plug and play connectors * plug and play communications (WIFI,3G, LoRa, more) * funded on Kickstarter * 100% Dutch
  • 16. What does this all mean? — well, it’s all about the free market principle of Supply and Demand —
  • 17. First, lets roll back the clock to 2009/2010 iPhone Fast, affordable mobile bandwidth An audience for your work Result Explosion in talented ‘home’ developers expanding their skills and selling independently + + =
  • 19. Are there similar factors driving Open Hardware?
  • 20. What do you need to make a product? A nicely designed and produced casing , appealing to the eye yet durable 1
  • 21. Answer - 3D printing There is CHEAP and EXPENSIVE 3d printing. * CHEAP melts plastics and adds them in layers * EXPENSIVE uses powder and lasers * Design software can be free * Professional services like ShapeWays can print the expensive way for you * 3D hubs can connect supply and demand * can also be found at FABLABS
  • 22. Laser Cutting, CNC milling, Vacuforming 3d Printing is only for small volumes, therefore most people also use : * Laser cutting - cut out blocks of material * CNC milling - to form larger wood structures * Vacuforming - to vacuum over a mould * Found at FABLABS
  • 23. What do you need to make a product? A circuit board - “The guts”2
  • 24. Step 1 - Arduino or Single board computer You can prototype all the electronics you need using either an Arduino (or clone) for simpler solutions or a Single Board Computer , such as a raspberry pi or Beaglebone. All these habe “GPIO” which means holes you can plugg in sensors and actuators (sensors read input, actuators do something)
  • 25. Step 2 - Design your own hardware You can use a “breadboard” , or “large thing with lots of holes” to start with and then design a custom board using Open Source software like “Eagle” Send this off to any one of dozens of companies and receive it back in a few days
  • 26. Step 2 - Make your own hardware When you have made small volumes you can ask a professional service to manufacture it for you components can be sourced from the exploding number of electronics webshops - or from China via DealExtreme
  • 27. What do you need to make a product? Add communication protocols - mostly these have to be licensed 3
  • 28. Answer - use readymade components For communications you normally need to use an existing components. We saw the Electric imp at the start of the presentation but we need more open components - here is a selection which are easy to use Bluetooth Low Energy $6.00 WIFI - $3.50 RF - $1.50 LoRaWAN - $18.00
  • 29. What do you need to make a product? You need to get some capital together to make a few hundred 4
  • 30. Answer - Kickstarter Kickstarter allows you to sell your first few hundred items without using your own capital It is also a great platform for publicity SparcCore : goal 10k, raised 567k Digispark : goal 5k, raised 315k RFDuino : goal 5k, raised 352k Air Quality Egg : goal 39k, raised 145k TTN : goal 140k, raised 210k
  • 31. 2012 2013 2014 2015 BOOM!! 2001 2009 2005 cortex m0+
  • 32. Conclusion Since 2012 the conditions have been right for the open hardware movement to explode and it has Key challenges still remain in terms of low power operation and security - however most other barriers have been removed If you want to learn , find you nearest FAB LAB, subscribe to MAKE magazine, join a meetup group and GO!