wearing technology - smart watches, fitness trackers, and human augmentation

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Wearing Technology From Fitbit to Robocop Nick Hahn @NickHahnDesign [email protected]

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Using Lean UX principles to examine the current state of the wearables market. The most developed consumer products are in the Smart Watch space. I take a look at several of the best options to date including the Pebble, LG G Watch (powered by Android Wear), and the Kreyos Meteor. See the biggest challenge facing Wearables today.

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Page 1: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Wearing TechnologyFrom Fitbit to Robocop

Nick Hahn@NickHahnDesign

[email protected]

Page 2: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

The Dream – is it here?

http://youtu.be/qN7u6jD_hDk?t=29s

Page 3: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Smart Watches are a Prelude

?

Nick Hahn | @NickHahnDesign | [email protected]

Page 4: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

An incomplete history: 1984

Seiko RC-1000

• 16 kb• Connects to an IBM

or Commodore

Nick Hahn | @NickHahnDesign | [email protected]

Page 5: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

An incomplete history : 1990

Seiko Receptor

• Wirelessly connect• Doubled as a pager

Nick Hahn | @NickHahnDesign | [email protected]

Page 6: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

An incomplete history : 1998

Seiko Ruputer

• 16-bit Processor• 128k memory• 102 x 64 mono LCD

Nick Hahn | @NickHahnDesign | [email protected]

• Plays Sonic the Hedgehog

Page 7: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

An incomplete history : 2002

IBM WatchPad

• Linux• Touchscreen• Control PCs via

Bluetooth• Never made it to

market• Sad Penguin

Nick Hahn | @NickHahnDesign | [email protected]

http://youtu.be/7xjvVbeUn80?t=24s

Page 8: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

An incomplete history : 2004

Microsoft Spot

• FM Broadcasts to update

• $59/y subscription• Also available as a

coffee maker!

Nick Hahn | @NickHahnDesign | [email protected]

Page 9: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Modern Times: 2012-Present

Nick Hahn | @NickHahnDesign | [email protected]

Page 10: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Current State

• Most value to early adopters

• Seeing what sticks

• Similar to evolution of smart phones

• Evolution: problems and purpose become clearer

Smart Watches

Nick Hahn | @NickHahnDesign | [email protected]

Page 11: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Current State

• Focus: Google Now

• Google Fit

• No notifications = no interface

• Battery: 1-2 Days

• Touchscreen – no buttons

LG G Watch – Android Wear

Page 12: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

• Focus: Notifications

• Robust App Store

• Battery: 5-7 Days

• Physical Buttons

Current State

Pebble

Page 13: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

• Focus: Fitness & Gestures

• 4 button layout doesn’t work

• Software totally Broken

• Hardware is…lacking

Current State

Kreyos

Page 14: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Problem

Solution

Product

Market

Nick Hahn | @NickHahnDesign | [email protected]

Page 15: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Designing for Wearables

Page 16: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Not scaled down smartphones

Nick Hahn | @NickHahnDesign | [email protected]

Page 17: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Interactions = 1 hand + 2 arms

Tactile interactions = blind interactions

Nick Hahn | @NickHahnDesign | [email protected]

Page 18: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

The Future?

Page 19: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

The Future?

Page 20: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

The Future

ThalmicLabs Myo

Athos Core & Gear

Atlas

Oculus Rift (by Facebook)

Google Glass

Page 21: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

By: Lane Halley

Personas, Needs, and Uses

Prototypes & Experiments

Qualitative & Quantitative Evaluation

Customer Conversations

Page 22: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Find the ProblemYour Team:A Lean UX Consulting Group (~5 people per group)

Situation:Client want’s to develop a new smart device around a miniaturized super slim bio-sensor, the size of a dime. They have the tech, but no idea what to do with it.

Goal:Figure out target audience(s), what problem(s) they may have.

• Explore what types of people might need this technology.• How would it work with other emerging tech?• What industries? Worksheets By:

Lane Halley

Nick Hahn | @NickHahnDesign | [email protected]

Page 23: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

What did you come up with?

Nick Hahn | @NickHahnDesign | [email protected]

Page 24: Wearing technology - Smart Watches, Fitness Trackers, and Human Augmentation

Final Thoughts

• Current tech is mostly for early adopters

• As it evolves – problems and purpose will become clearer

• Be sure to have a clear & validated Problem…every time

• Robocop is awesome

Nick Hahn | @NickHahnDesign | [email protected]