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Bringing the Web Everywhere

Bringing the Web Everywhere. Web Design For Google Glass. Jessica Naimo. Wearable technology. New paradigm 2020: Ubiquitous Technology Computing is everywhere and anywhere Wearable Technology= Next Step New Products: Samsung Galaxy Gear GoPro Cameras.

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Bringing the Web Everywhere

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  1. Bringing the Web Everywhere Web Design For Google Glass Jessica Naimo

  2. Wearable technology • New paradigm • 2020: Ubiquitous Technology • Computing is everywhere and anywhere • Wearable Technology= Next Step • New Products: • Samsung Galaxy Gear • GoPro Cameras “Minority Report” will be a reality!

  3. Early Beginnings • Shift to wearable technology New interfaces to view internet • Accommodate to new platform • Adapt new design principles • Google Glass: Project Glass • Initiated at Google[x] by Sergey Brin • Reported Feb 21, 2012: New York Times • First Features: With Voice Commands • Map • Camera • Currently: • Explorers Program • 18+ $1,500 • Google Community: 27,958 Members Early prototype

  4. Moving toward the Internet • UPDATE: July 2013 • Call or Message Gmail contacts • Web Browser- Not just for searching • What the critics have to say: • “…practically useless on such a small screen.” - Technology Review • “….it isn't particularly useful…it's far from an ideal experience.” – Gizmag • “the logistics of navigating a website through Google Glass is a little bit weird” – Gizmodo • Head movements to click on center + tapping on the glasses Google Hangout

  5. Where do we fit in? • Full of opportunity • UX design • Safety: • Jake Steinerman - Michigan programmer • Drive Safe: Detect driver’s drowsiness • Government Work • Police Departments • Have to multitask in a police car • New application for searching statutes and license plates • Patrick Jackson – Firefighter • Sync police calls and fire hydrant locations to Glass

  6. How the Internet Works • Voice Command: “Okay, Glass Google (web address)” • Select “View Website” • Scroll= One finger sliding forward • Zoom: Two finger forward or background • Round Pointer: Targets Links • Select: Touchpad tap (Link must be centered on screen) YouTube

  7. How to Design For it • Need to know: • nHD display 640 x 360px • Bone conduction transducer for audio (no ear buds) • 5mp camera • Touchpad • Bluetooth • WiFi • Storage Synced with Google cloud • Sensors: Gyroscope (orientation), Accelerometer Getting to know Glass

  8. How to Design For it • NOT A MOBILE APP • But will deliver mobile version (Responsive) • NOT A TRANSPARENT BACKGROUND • Videos are touch and go: • YouTube • HTML5 Video and Audio • Dailymotion • No sign in/form capabilities • DISCLAIMER: In Development, Changing every second First Person POV Source: Google Support

  9. Basics • Timeline : • Homepage • Set of cards (content) • Built with CSS and HTML • Card: • Piece of content appearing on timeline • Swipe: To search through cards • Display information from the server • Approved Card Designs and Templates: CSS Google Glass Timeline Card Template

  10. The Easy way • Normal websites can be viewed: • Near impossible to read • Hard to select links • Luke Wroblewski’s “Mobile First” Approach • “One eyeball, one thumb” Approach • Loads mobile automatically • Responsive (640 x 360px): Media Queries • Orientation: landscape • @media screen and (width: 427px) {/* Glass layout */} Viewing the web Source: WebDesign.Tutsplus

  11. The Easy Way • Small bits of content • Eliminate: • Long scrollable pages • Forms • Sidebars • Banners • Readability • Contrasting colors • Font Size (large enough to read without zoom) • Obvious Links: Big and Locatable • Limit Calls to Action • Simplicity is Key PeachPitreleased a guide book this month ($5)

  12. The Hard Way • Not just for a web browser  Applications • Web Service APIs • RESTful HTTP services • Alternative to SOAP • Android Development Tools • Google Glass is an Android Device • Google Development Kit: • GDK: Android Development add-on • Google Mirror API (Glassware) • Building a web server to communicate with google web server • Within Timeline Paradigm (Card) • No access without Google Glass World Maker Faire New York

  13. The Hard Way • Do You Sleep With That Thing On? • Matt Richardson • Github • Application using Google Mirror API • Things people said about Google Glass • Automatically published to blog • Speech to Text Web Blog for Application

  14. The Hard Way • Need To Know • Everything is the Internet • Server–side platform: Go, Java, .NET, Python, PHP, Ruby • Quick Start Examples • Static Display: No animation • Respond to key presses (not touch coordinates) • Black background/ White text • If not updated in ten days: Deleted • Insert Timeline Item: • POST a JSON representation to REST endpoint POST JSON in RAW HTTP

  15. Cut to the Chase • The Future is Ubiquitous • Not just web browser • Static Cards • Built with HTML, text, images, CSS, Server-Side • Mobile First • Content: • Brief • Simple • Easy to Read • Be able to Adapt! Iron Man’s suit is becoming reality

  16. Exam Questions • What are the two means of creating web content for Google Glass? • What are the basic design principles for creating content for Google Glass? What should be avoided in your design? • Describe the Mobile first approach and how it relates to Google Glass. • Explain the Timeline paradigm of Google Glass and how a card relates to web service APIs. • What is the importance of Google Glass in relation to safety and government work? Give an example.

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