Google glass and the wearable revolution - NYCCamp 2013
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Google glass and the wearable revolution - NYCCamp 2013

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Brief history of wearables from the first iPhone to Google Glass. Gives context to some of the engineering decisions and what's possible in the current API. Video for the slides is currently at ...

Brief history of wearables from the first iPhone to Google Glass. Gives context to some of the engineering decisions and what's possible in the current API. Video for the slides is currently at http://www.ustream.tv/recorded/35842151

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    Google glass and the wearable revolution - NYCCamp 2013 Google glass and the wearable revolution - NYCCamp 2013 Presentation Transcript

    • Google Glass & The Wearable Revolution Frank Carey - @frankcarey Anthony Ferrara - @ ircmaxell
    • First Some Context Let's step back and look how we got here, and how Google Glass fits in to the larger picture of wearables.
    • It all started with the IPhone*.. June 29, 2007 Happy 6th Birthday! *not exactly, but lets move on
    • Smartphone Mkt Share - '07 vs '13 Nokia - 50% RIM - 10% Apple - 5% HTC - 3% Samsung - 2% Other - 27% Android - 75% iOS - 17% Windows - 3% Blackberry - 3% Linux - 2% Symbian - 1% Total Shipping: 36MM in 4Q (130MM / yr) Total Shipping: 216 MM 1Q (900MM / yr)
    • All the Phones! +1 Billion per year
    • Evolution of Hardware First Gen IPhone Specs: Launched - June 2007- 6 years ago Screen - 320 x 480 Memory - 128MB Storage - 4/8 GB Processor - 412MHz, single core Data - 2G/Edge (up to 250k) And WiFi Camera - (1) 2 MP (no video) Required sync with iTunes & No App Store
    • Evolution of Hardware Latest Specs (HTC One): Launched - March 2013 (4 months ago) Screen - 1920 x 1080 (16x) Memory - 2 GB (16x) Storage - 32/64 GB (8x) Processor - 1.7 GHz - quad + GPU (16x) Data - 4G (up to 56Mbps ) (228x) Camera - (2) w/ 2 MP front, 13*MP rear (10x) AppStores - Almost 1M each, Cloud Sync
    • Evolution of Hardware First Gen IPhone Sensors: 3 Axis Accelerometer (screen orientation) Cellular Positioning (very rough) Proximity Sensor (hold to face) Ambient Light (auto brightness) Microphone, Speakers & Mic
    • Evolution of Hardware New Latest Gen Sensors: Gyroscope (faster, relative direction) Digital Compass (Cardinal direction) GPS (integrated) (position < 1m) NFC/ RFID, USB-OTG & Bluetooth 4.0 2nd Mic (noise reduction) Front Camera (face detection, eye tracking) Stereoscopic - (3D images and video)
    • Evolution of Hardware Old Sensors, new techniques (ML, AI): Sensor Integration via hardware / OS ○ Location based on Wifi, Cellular, and GPS ○ Orientation via Compass, Gyro, Accelerometer ○ Activity - Running, Walking, Biking, etc. Text & Speech (on device) ○ Text to Speech - Give it some text, and have it read aloud ○ Speech to Text - Returns array of likely sentences. Hacks (Square) - Universal Connectivity by sending digital over microphone jack.
    • Evolution of Hardware NEXT Gen Sensors: Environment (already Android supported) ○ ○ ○ ○ Temperature Humidity Pressure (Altitude) Light Air Quality (CO, Smoke, O², Allergens) Body - Heart Rate, Blood Pressure, Blood Depth Cameras - (Kinect / Leap Motion) (..????)
    • Positive Externalities of Phones Phones have drastically lowered the costs of sensors, screens, batteries, and low power processors at the same time as improving quality. The specific build of an iPhone/Samsung/etc is proprietary, but the components that make it up are mostly commodity parts. (They are shared, and the chips are able to be purchased individually and cheaply).
    • Resulting Trends What are we doing with those Phone Processors, Sensors, and OSes ?
    • Cheap & Low Power Processor Platforms ● Computers/Tablets - Chromebook, Surface RT ● Open Hardware for Hacking - RaspPi ($25), BeagleBone ($45), Arduino Due ($58) ● Gaming Consoles/SetTop - OUYA, Gamepop ● Robotics using these platforms + sensors All take advantage of standard "mobile" processors (ARM), and many use Open Source linux based OS like Android, Chrome OS, and Debian!
    • Cloud Sync, Storage, and APIs Phones have limited storage and ease of creating documents. Since phones are constantly connected, often better to store and retrieve via internet. No need to plug into computer and sync with iTunes, buy Apps, transfer music or photos/video. Phone Apps rely heavily on REST APIs
    • Cloud Sync, Storage, and APIs HTML5 and JS based Apps to rival native apps, w/ some OS like Firefox OS, Chome OS Cloud Rendering - Gaikai/OnLive have cloud gaming to "any" device. (think VNC on steroids?) Amazon EC2 w/ GPUs - used (initially) for Darpa Virtual Robotics Challenge. Complex / compute heavy stuff can be done serverside. AR, Recognition, Planning, AI
    • Screens and Sensors Oculus Rift - ($399) Dev Kit Shipping now Low latency VR / Head Mounted Display Basically uses Tablet screen + Accel + Gyros
    • Screens and Sensors Pebble Watch - ($150) Shipping Now Uses a port of FreeRTOS, Accelerometers, Magnetometer, Light Sensors & BT4.0
    • Screens and Sensors Leap Motion - ($79) Ships July 27th Short distance, high-res 3D sensor for mid-air 'touch' controls. Size of a pack of gum. Tech coming to phones and laptops soon. Uses 2 cameras and infrared LEDs
    • What do many of these have in common? * Slight diversion but we'll mention this later.
    • Many are Kickstarter / Indiegogo ! It's now easier* than ever to create a hardware startup. 1. Create a prototype using standard (mobile) components, open source hardware, and a 3D printer. 2. Crowdsource your funding with pre-orders. 3. Collect Millions, and pray you can deliver on schedule and under budget. *also easy to hang yourself. http://money.cnn. com/interactive/technology/kickstarter-projectsshipping/
    • Recent Example Crowdfund Projects Pebble (April 2012) - $10.2M raised Oculus Rift (Aug 2012) - $2.4M raised Leap Motion (May 2012) - ???* raised *Had $11M Series A funding first, but had a 1 year pre-order on their website. OUYA (July 2012) - $8.5M raised
    • What else do many have in common?
    • What else do many have in common? Many are either offer New User Interfaces and/or are Wearable Computers.
    • A Wearable Computer? circa 1990's
    • Wearables ● "Smart" Devices that attach to the body ● Sensors - Touch, Camera, Accelerometer, Gyros, Microphones, Temp, Barometer. ● Feedback - Video , Sound, Haptic, even simple led. "Constant Interaction". ● Connectivity - Wifi, Bluetooth (Low power), Cellular, Xbee
    • Wearables Idea is that, eventually: ● Everything gets smaller, ● It becomes cheaper ● User interfaces evolve to be more natural ● The handheld screen/device goes away. ● We end up merging with our technology ● Singularity happens ● TBD
    • But, We're not there yet :( "peacock... peacock..."
    • Current Hurdles for Wearables
    • Current Hurdles for Wearables * Batteries Not Included Probably single biggest issue...
    • Current Hurdles for Wearables Batteries Still need power, but you're not plugged in all the time ● ..So, you'll need batteries ● ..So, that means you need to charge it somehow ● ..So, that means you need to worry about remembering to recharge ● ..So, that means you'll get mad when it dies.
    • Current Hurdles for Wearables Batteries Ways to deal with the problem...
    • Current Hurdles for Wearables Batteries Cut out the things that use a lot of power.
    • Current Hurdles for Wearables Batteries Cut out the things that use a lot of power. Screens, Processors, Radios, Sensors... ...everything!
    • The iPad! ...wait, too far..
    • Fight the Power! - Screens Screens waste a LOT of photons that don't reach your eyes. LED backlights means heat is less an issue. ● No Screen! ○ Leverage another device's (phone) screen (Fitbit) ○ Use only sensors for UI, voice commands, buttons, touch, haptic feedback, etc. ● Alternatives ○ low power display like e-paper (Pebble) ○ simpler, like single LEDS (Nike Fuelband) ○ smaller screen close to eye (Google glass) ● Use lasers directly to retina (OASIS)
    • Fight the Power! - Radios Radios use power when listening, but lots more when sending. ● Burst / Only periodically turn on radios to make sensor measurements or send/receive data from base. ● Use only lower power RF, (usually lower range, lower throughput protocols) ● 4G > 3G > 2G > Wifi > Bluetooth > 4.0 LE ● Drop radios and use a wire instead. ● GPS (worst) uses radios too!
    • Current Hurdles for Wearables User Interface - What should the UI be? .. But we just got used to touchscreens! ● ● ● ● ● ● ● No Screen (no keyboard, no touchscreen) Voice Commands? 3D Sensors, like leap? Haptic (Vibrate) ? Direct interface to Visual Cortex? How much info? How often? Social norms? What to do with data? Security?
    • Current Wearable Examples - Fitbit (2008) - Nike+ Fuelband (Jan 2012) - Pebble Watch (Jan 2013) - Google Glass (Mar 2013) - Apple iWatch (rumored 2013) - Samsung "Gear" watch (rumored 2013) - Microsoft, Amazon, Facebook??? - Many startups / smaller players
    • Next-Gen Wearables / Sensors Smart Pills - Health and Authentication “It creates a signal and your entire body becomes your authentication. My arms are like wires, my hands are like alligator clips.” -- Regina Duncan, Senior VP for Advanced Technology & Projects at Google
    • Next-Gen Wearables / Sensors Flexible Sensor Temporary Tattoos (No Battery)
    • Next-Gen Wearables / Sensors e-Fashion - Clothes that can light up, change shape, sense, and adapt.
    • Are wearables the NBT? Engage the hype machine!
    • Next BIG Thing? "[Wearables are] ripe for us all getting excited about. I think there will be tons of companies playing in this…I think wearables is incredibly interesting. It could be a profound area." -- Tim Cook, Apple CEO
    • Next BIG Thing? "Product strategists who want to stay ahead of the curve should take a cue from companies like Intuit and experiment with wearables now, especially if you’re in an industry that will be disrupted by wearables, including apparel, software, media, gaming, and commerce." -- Forrester April 2012 http://bit.ly/HNeXyS
    • OK, Finally on to Glass!
    • Glass XE Hardware, Who has 'em XE = Explorer Edition Announced at Google IO 2012 - attendees given pre-order opportunity. ($1600) Glass "Pioneer" Hackathons in NY and SF Jan 2012 and Started Shipping in April 2013 #IfIHadGlass "contest" adds more. ~8K in Wild
    • What is Glass?
    • #1 - It's a beta prototype! that means it's not 100% ready yet!
    • #2 - It's a beta prototype! It's a pretty decent attempt to solve issues around wearables and figure out a new UIs.
    • What Glass Brings to the Table 1) A truly standalone wearable computer (phone optional) 2) Brand New set of User Interfaces - still in development. 3) Mirror API - A simple REST API that makes it VERY EASY to write simple Apps. 4) Mostly Hackable!
    • Glass not the first smart glasses. Steve Mann's interesting work - MIT / Toronto
    • Previous Glass Prototypes Jean Wang - Project Glass Staff Hardware Engineer
    • Glass Hardware Specs (Current!) Screen - 640 x 360 prism - 25in TV at 8ft Processor - OMAP 4430 Soc, dual-core Memory - 1GB Storage - 16GB Weight - 50g (.11 lb) Camera - 5MP, 720p video Sound - Bone conduction output Connectivity - Wifi and Bluetooth tether ~ 2012 Top of line specs
    • Glass Hardware Sensors (Current!) Accelerometers Gyroscope Magnetometer Proximity (Blink?) Light sensor GPS (w/ phone tether only) (Mirror API doesn't directly use sensors)
    • My thoughts: Hardware I think the hardware is very good. The ability to have a screen, a 2 axis touchpad, light enough, most sensors, and a battery that lasts (mostly) all day. Battery is probably the biggest drawback, they should double the capacity to enable using features without worrying. Still, a great platform to experiment!
    • My thoughts: User Interface / APIs Mirror API is good, but not great. Still very limited, but also very simple to create apps. Removes many worries from the application developer. Mirror API still in development. Alternative is Native App development. Really Opens up interesting possibilities. Involves rooting device for now so Apps distribution is almost impossible. SDK should eventually happen!
    • Glassware: Using the Mirror API A REST / Cloud based API (not native) Docs: https://developers.google.com/glass Keywords: ● Timeline ● Cards ● Menu Items ● Pinnable ● Contacts ● Subscriptions (events)
    • Glassware: Example Card
    • Glassware: Cards Use HTML and CSS (familiar, stuff) Have some standard formatting (CSS): ● Single message ● Side image
    • Glassware: Timeline Everything is a timeline item! Your app only has access to timeline items that are shared with it or created by it. You add cards, by adding a timeline item. You can update cards instead of posting new ones. Cards expire disappear after a few days
    • Glassware: Menu items
    • Subscription (events) Get updated when the user shares something with you or does some other menu action to one of the cards you own. Also location updates. (Not real time... every 30 sec?)
    • REST JSON Example { "collection" : "timeline" , "itemId": "3hidvm0xez6r8_dacdb3103b8b604_h8rpllg" , "operation" : "UPDATE", "userToken" : "harold_penguin" , "verifyToken" : "random_hash_to_verify_referer" , "userActions" : [ { "type": "<TYPE>", "payload": "<PAYLOAD>" } ] }
    • Hacking Glass Google made it pretty easy to root. Opens up a LOT more possibilities like VR, new UIs, etc. "Voiding your Warranty" at Google IO 2013 http://www.youtube.com/watch? v=OPethpwuYEk
    • Final Thoughts Exciting Space! What's next? Alternatives?
    • Questions? Frank Carey - @frankcarey Anthony Ferrara - @ircmaxell