SET & STI organized the event for about 100+ University teachers, to enlighten understanding of Innovation and tech startup and its local startup ecosystem in Chiang Mai, Thailand.

1. ECOSYSTEM OF INNOVATION
KITTICHAI PHIPHATBUNYARAT
Chiang Mai - Jun 11, 2017
THAILAND REGIONAL ECOSYSTEM CURATOR
FOUNDER : ARISTO.CO.TH
THAILAND TECH STARTUP ASSOCIATION

2. KITTICHAI PHIPHATBUNYARAT
Co-organizer & sponsor
Barcamp Chiang Mai
Chapter Leads
Google Developer Group Chiang Mai
Partner
Punspace co-working space
jeng@aristo.co.th
Managing Director
ARISTO TECH & ARISTO PRODUCTION Co., Ltd.
Former Head of Internet & Mobile Solution
Total Access Communication PLC.
fb.com/jengguru

3. Committee
Thai Tech Startup Association
Learn about Startup on your own pace:
https://www.skilllane.com/courses/startup-101

4. In 2011, Before it all begins

8. How about Chiang Mai?

9. since 2008/09

12. April 2013 | เปิดตัว TCDC

13. since 2013

16. June 2013 | BEER Camp

17. Found CHIANG MAI Maker club, in the later year

21. 2015

23. SiR - Startups In Residence
Chiang Mai
Khon Kaen
Hat Yai
Phuket

25. Technology & Entrepreneurship

26. The Pace of change happening so quickly …
disruption has been around 100s of years

27. Back in 1830s
Why not ship the ICE to the places
that don’t have any?
Frederick Tudor
obsessed with the idea that
ice would make them rich.

28. were packed in salt,
wrapped in flannel,
and stored underground.
keep them frozen
until summer
Icehouses
ICE

29. At first he had ice wastage of 66% but with better
insulated ships he reduced the waste to 8%

30. Massive Impact on
Expansion of Salt, Tea, Spices

31. Spice Trade industry responsible for industrial Revolution

32. Cuba - แรงงานขนส่งนํ้าแข็งทางเรือ

35. “By 1847, nearly 52,000 tons of ice traveled by
ship or train to 28 cities across the United States”

36. in 1748, the first known artificial refrigeration

37. Artificial ice vs Natural ice

38. What we can expect
icehouse ice box ice fridge refrigerator

39. Time go by

40. YOU MAY DON’T NEED TO STOCK ANYTHING

41. How they found opportunities

43. PRODUCTPERFORMANCE
TIME OR ENGINEERING EFFORT
TECHNOLOGY S-CURVE

44. PRODUCTPERFORMANCE
TIME OR ENGINEERING EFFORT
TECHNOLOGY S-CURVE

45. Case Study: TESLA

46. Electronic Vehicle

47. What do you think they disrupt?

48. S P E E D
it was what makes the car expensive!

49. 2016 Hennessey Venom GT Spyder
2.5 seconds
US$1,100,000

50. Bugatti Veyron 16.4 Super Sport
2.5 seconds
US$2,800,000

51. 2012 9ff GT9 Vmax
3.1 seconds
US$1,010,000

52. Tesla Model S P100D
2.5 sec
US$134,500

56. 30,000 parts

57. 700 parts

58. Self-Driving Vehicle
Tesla customers have driven
100 million miles

59. INDUSTRIES
Automotive
Energy (all kinds)
Real Estate
Insurance
Parking
Auto Loans
Retail
Delivery/Shipping
Medical
Repairs & Service
Transit & Airports
Food
Ownership
Radio
Construction
Apparel

61. PRODUCTPERFORMANCE
TIME OR ENGINEERING EFFORT
DISRUPTIVE TECHNOLOGY

62. in 1945, ENIAC
Some of our most important “Computers” were
women who liked math.
In fact, they were very good a math.

64. $6,000,000
8 feet x 3 feet x 80 feet long
ENIAC
30 tons
iPhone 6
$199 or $649
3.5in x 0.27in x 2.64in
198 grams!

65. 115 Gflops

66. What’s Next

67. Smart Contact lens and beyond

68. AI + BioTech + Robotics

69. Baby X

70. Kittichai_Phiphatbunyarat
jeng@aristo.co.th fb.com/jengguru
Thank you