Transcript
Page 1: Indoor location with the Bluetooth Low Energy standard

Indoor Location with Bluetooth LE

zak james <[email protected]>

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Indoor location

• historical attempts

• Google/Apple/HERE approaches

• DIY

Page 3: Indoor location with the Bluetooth Low Energy standard
Page 4: Indoor location with the Bluetooth Low Energy standard
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cc-by-sa flickr.com/photos/intelfreepress/8401881183

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cc-by-sa flickr.com/photos/alexlaurie/311197669

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cc-by-sa flickr.com/photos/codeofthenew/15194542911

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cc-by-sa flickr.com/photos/adafruit/14682119394

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Bluetooth 4.0 LE

• new technology, old name

• the advertising profile

• information payload

• network communication

• device cost

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cc-by-sa flickr.com/photos/archer10

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cc-by-sa flickr.com/photos/avlxyz/14536542363

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cc-by-sa flickr.com/photos/pennstatelive/15430351348

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iBeacon protocol

• a specific advertising string

• simple iOS 7/8 API with events

• integrated with other location features

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iBeacon protocol

128 bits 16 bits 16 bits 8 bits

UUID major id

minor id

measured power

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You arehere

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Applications

• Presence

• Inventory

• Position

• Additional sensors

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Beacon Modes

• Detection

• Ranging

• Limitations

• battery life

• signal attenuation

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Upcoming developments

• RF power harvesting

• wifi-enabled hubs

• sensor platformsjaalee.com

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kontakt.io

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punchthrough.com/bean

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The fine print

• ‘fleet’ management

• security

• privacy

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Demo

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Questions?zak james

[email protected] @mapzak


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