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Thailand University Innovation Network
The document discusses the evolution of innovation ecosystems in Chiang Mai, Thailand, detailing the contributions of Kittichai Phiphatbunyarat and various startup initiatives. It highlights historical examples of disruption, such as ice shipping and the impact of technology on industries like automotive and computing. The content also raises questions about current and future technologies, underscoring the importance of adapting to rapid changes in innovation.
Thailand University Innovation Network
- 1. ECOSYSTEM OF INNOVATION KITTICHAIPHIPHATBUNYARAT 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 StartupAssociation Learn about Startup on your own pace: https://www.skilllane.com/courses/startup-101
- 4. In 2011, Beforeit all begins
- 8. How about ChiangMai?
- 9.
- 12. April 2013 |เปิดตัว TCDC
- 13.
- 16. June 2013 |BEER Camp
- 17. Found CHIANG MAIMaker club, in the later year
- 21.
- 23. SiR - StartupsIn Residence Chiang Mai Khon Kaen Hat Yai Phuket
- 25.
- 26. The Pace ofchange happening so quickly … disruption has been around 100s of years
- 27. Back in 1830s Whynot 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 insalt, wrapped in flannel, and stored underground. keep them frozen until summer Icehouses ICE
- 29. At first hehad ice wastage of 66% but with better insulated ships he reduced the waste to 8%
- 30. Massive Impact on Expansionof Salt, Tea, Spices
- 31. Spice Trade industryresponsible for industrial Revolution
- 32.
- 35. “By 1847, nearly52,000 tons of ice traveled by ship or train to 28 cities across the United States”
- 36. in 1748, thefirst known artificial refrigeration
- 37. Artificial ice vsNatural ice
- 38. What we canexpect icehouse ice box ice fridge refrigerator
- 39.
- 40. YOU MAY DON’TNEED TO STOCK ANYTHING
- 41. How they foundopportunities
- 43. PRODUCTPERFORMANCE TIME OR ENGINEERINGEFFORT TECHNOLOGY S-CURVE
- 44. PRODUCTPERFORMANCE TIME OR ENGINEERINGEFFORT TECHNOLOGY S-CURVE
- 45.
- 46.
- 47. What do youthink they disrupt?
- 48. S P EE D it was what makes the car expensive!
- 49. 2016 Hennessey VenomGT Spyder 2.5 seconds US$1,100,000
- 50. Bugatti Veyron 16.4Super Sport 2.5 seconds US$2,800,000
- 51. 2012 9ff GT9Vmax 3.1 seconds US$1,010,000
- 52. Tesla Model SP100D 2.5 sec US$134,500
- 56.
- 57.
- 58. Self-Driving Vehicle Tesla customershave driven 100 million miles
- 59. INDUSTRIES Automotive Energy (all kinds) RealEstate Insurance Parking Auto Loans Retail Delivery/Shipping Medical Repairs & Service Transit & Airports Food Ownership Radio Construction Apparel
- 61. PRODUCTPERFORMANCE TIME OR ENGINEERINGEFFORT DISRUPTIVE TECHNOLOGY
- 62. in 1945, ENIAC Someof our most important “Computers” were women who liked math. In fact, they were very good a math.
- 64. $6,000,000 8 feet x3 feet x 80 feet long ENIAC 30 tons iPhone 6 $199 or $649 3.5in x 0.27in x 2.64in 198 grams!
- 65.
- 66.
- 67. Smart Contact lensand beyond
- 68. AI + BioTech+ Robotics
- 69.
- 70.