The Connected Bike

9
Imagine if a bike was on the Internet and could communicate...

Transcript of The Connected Bike

Page 1: The Connected Bike

Imagine if a bike was on the Internet and could communicate...

Page 2: The Connected Bike

STATIC DATA Physical dimension - size, weight, proportions Materials - parts, sources, materials Manufacturing - who, when, where Recycling - parts and how

Page 3: The Connected Bike

DYNAMIC DATA Operating data - wheel and pedal RPM, pedal orientation and force, gears in use, breaking activity, frame orientation, vibration, acceleration, tire pressure ands temperature... Environmental data - ambient temp, relative humidity, barometric pressure, air quality, wind speed and direction Geospacial data - compass heading, lat/long, altitude, inclination, rate of climb/descend Network data - connection type, signal strength, account status, network ID Bike frame information - temperature,stress, flex

Page 4: The Connected Bike

APPLICATION-LEVEL DATA Security, identity, presence, status Battery status Version history Diagnostics - hardware, operating system, software Maintenance information

Page 5: The Connected Bike

APPLICATION IDEAS Individual Rider - How riding a bike optimize fitness - Location tracking for safety Group of Riders - Realtime race information Organizations - Optimize rentals, improve posture - Lower health insurance Government - Manage traffic congestion Manufacturers - New insights into usage

Page 6: The Connected Bike
Page 7: The Connected Bike
Page 8: The Connected Bike
Page 9: The Connected Bike

Per Håkansson Makerminds, Inc. San Francisco, USA Web: www.makerminds.com Twitter: @perhakansson Email: [email protected] Linkedin: linkedin.com/in/perhakansson