Posted by Jonathan Huang, Senior Product Manager, Google AR/VR
Since we first launched Daydream, developers have responded by creating virtual reality (VR) experiences that are entertaining, educational and useful. Today, we're announcing a new set of experimental features for developers to use on the Lenovo Mirage Solo—our standalone Daydream headset—to continue to push the platform forward. Here's what's coming:
First, we're adding APIs to support positional controller tracking with six degrees of freedom—or 6DoF—to the Mirage Solo. With 6DoF tracking, you can move your hands more naturally in VR, just like you would in the physical world. To date, this type of experience has been limited to expensive PC-based VR with external tracking.
We've also created experimental 6DoF controllers that use a unique optical tracking system to help developers start building with 6DoF features on the Mirage Solo. Instead of using expensive external cameras and sensors that have to be carefully calibrated, our system uses machine learning and off-the-shelf parts to accurately estimate the 3D position and orientation of the controllers. We're excited about this approach because it can reduce the need for expensive hardware and make 6DoF experiences more accessible to more people.
We've already put these experimental controllers in the hands of a few developers and we're excited for more developers to start testing them soon.
Experimental 6DoF controllers
We're also introducing what we call see-through mode, which gives you the ability to see what's right in front of you in the physical world while you're wearing your VR headset.
See-through mode takes advantage of our WorldSense technology, which was built to provide accurate, low latency tracking. And, because the tracking cameras on the Mirage Solo are positioned at approximately eye-distance apart, you also get precise depth perception. The result is a see-through mode good enough to let you play ping pong with your headset on.
Playing ping pong with see-through mode on the Mirage Solo.
The combination of see-through mode and the Mirage Solo's tracking technology also opens up the door for developers to blend the digital and physical worlds in new ways by building Augmented Reality (AR) prototypes. Imagine, for example, an interior designer being able to plan a new layout for a room by adding virtual chairs, tables and decorations on top of the actual space.
Experimental app using objects from Poly, see-through mode and 6DoF Controllers to design a space in our office.
Finally, we're introducing the capability to open any smartphone Android app on your Daydream device, so you can use your favorite games, tools and more in VR. For example, you can play the popular indie game Mini Metro on a virtual big screen, so you have more space to view and plan your own intricate public transit system.
Playing Mini Metro on a virtual big screen in VR.
With support for Android Apps in VR, developers will be able to add Daydream VR support to their existing 2D applications without having to start from scratch. The Chrome team re-used the existing 2D interfaces for Chrome Browser Sync, settings and more to provide a feature-rich browsing experience in Daydream.
The Chrome app on Daydream uses the 2D settings within VR.
We've really loved building with these tools and can't wait to see what you do with them. See-through mode and Android Apps in VR will be available for all developers to try soon.
If you're a developer in the U.S., click here to learn more and apply now for an experimental 6DoF controller developer kit.
Flutter is Google's new mobile app toolkit for crafting beautiful native interfaces on iOS and Android in record time. Today, during the keynote of Google Developer Days in Shanghai, we are announcing Flutter Release Preview 2: our last major milestone before Flutter 1.0.
This release continues the work of completing core scenarios and improving quality, beginning with our initial beta release in February through to the availability of our first Release Preview earlier this summer. The team is now fully focused on completing our 1.0 release.
The theme for this release is pixel-perfect iOS apps. While we designed Flutter with highly brand-driven, tailored experiences in mind, we heard feedback from some of you who wanted to build applications that closely follow the Apple interface guidelines. So in this release we've greatly expanded our support for the "Cupertino" themed controls in Flutter, with an extensive library of widgets and classes that make it easier than ever to build with iOS in mind.
A reproduction of the iOS Settings home page, built with Flutter
Here are a few of the new iOS-themed widgets added in Flutter Release Preview 2:
CupertinoApp
CupertinoTimerPicker
CupertinoSegmentedControl
CupertinoActionSheet
And more have been updated, too:
CupertinoNavigationBar
CupertinoSliverNavigationBar
CupertinoPageRoute.title
CupertinoPageScaffold
CupertinoScrollbar
CupertinoPicker
As ever, the Flutter documentation is the place to go for detailed information on the Cupertino* classes. (Note that at the time of writing, we were still working to add some of these new Cupertino widgets to the visual widget catalog).
Cupertino*
We've made progress to complete other scenarios also. Taking a look under the hood, support has been added for executing Dart code in the background, even while the application is suspended. Plugin authors can take advantage of this to create new plugins that execute code upon an event being triggered, such as the firing of a timer, or the receipt of a location update. For a more detailed introduction, read this Medium article, which demonstrates how to use background execution to create a geofencing plugin.
Another improvement is a reduction of up to 30% in our application package size on both Android and iOS. Our minimal Flutter app on Android now weighs in at just 4.7MB when built in release mode, a savings of 2MB since we started the effort — and we're continuing to identify further potential optimizations. (Note that while the improvements affect both iOS and Android, you may see different results on iOS because of how iOS packages are built).
As many new developers continue to discover Flutter, we're humbled to note that Flutter is now one of the top 50 active software repositories on GitHub:
We declared Flutter "production ready" at Google I/O this year; with Flutter getting ever closer to the stable 1.0 release, many new Flutter applications are being released, with thousands of Flutter-based apps already appearing in the Apple and Google Play stores. These include some of the largest applications on the planet by usage, such as Alibaba (Android, iOS), Tencent Now (Android, iOS), and Google Ads (Android, iOS). Here's a video on how Alibaba used Flutter to build their Xianyu app (Android, iOS), currently used by over 50 million customers in China:
We take customer satisfaction seriously and regularly survey our users. We promised to share the results back with the community, and our most recent survey shows that 92% of developers are satisfied or very satisfied with Flutter and would recommend Flutter to others. When it comes to fast development and beautiful UIs, 79% found Flutter extremely helpful or very helpful in both reaching their maximum engineering velocity and implementing an ideal UI. And 82% of Flutter developers are satisfied or very satisfied with the Dart programming language, which recently celebrated hitting the release milestone for Dart 2.
Flutter's strong community growth can be felt in other ways, too. On StackOverflow, we see fast growing interest in Flutter, with lots of new questions being posted, answered and viewed, as this chart shows:
Number of StackOverflow question views tagged with each of four popular UI frameworks over time
Flutter has been open source from day one. That's by design. Our goal is to be transparent about our progress and encourage contributions from individuals and other companies who share our desire to see beautiful user experiences on all platforms.
How do you upgrade to Flutter Release Preview 2? If you're on the beta channel already, it just takes one command:
$ flutter upgrade
You can check that you have Release Preview 2 installed by running flutter --version from the command line. If you have version 0.8.2 or later, you have everything described in this post.
flutter --version
If you haven't tried Flutter yet, now is the perfect time, and flutter.io has all the details to download Flutter and get started with your first app.
When you're ready, there's a whole ecosystem of example apps and code snippets to help you get going. You can find samples from the Flutter team in the flutter/samples repo on GitHub, covering things like how to use Material and Cupertino, approaches for deserializing data encoded in JSON, and more. There's also a curated list of samples that links out to some of the best examples created by the Flutter community.
You can also learn and stay up to date with Flutter through our hands-on videos, newsletters, community articles and developer shows. There are discussion groups, chat rooms, community support, and a weekly online hangout available to you to help you along the way as you build your application. Release Preview 2 is our last release preview. Next stop: 1.0!
As we shared in May, people create and consume photos and videos in many different ways, and we think it should be easier to do more with the photos people take, across more of the apps and devices we all use. That's why we created the Google Photos Library API: to give you the ability to build photo and video experiences in your products that are smarter, faster, and more helpful.
After a successful developer preview over the past few months, the Google Photos Library API is now generally available. If you want to build and test your own experience, you can visit our developer documentation to get started. You can also express your interest in joining the Google Photos partner program if you are planning a larger integration.
Here's a quick overview of the Google Photos Library API and what you can do:
Whether you're a mobile, web, or backend developer, you can use this REST API to utilize the best of Google Photos and help people connect, upload, and share from inside your app. We are also launching client libraries in multiple languages that will help you get started quicker.
Users have to authorize requests through the API, so they are always in the driver's seat. Here are a few things you can help your users do:
Putting machine learning to work in your app is simple too. You can use smart filters, like content categories, to narrow down or exclude certain types of photos and videos and make it easier for your users to find the ones they're looking for.
Thanks to everyone who provided feedback throughout our developer preview, your contributions helped make the API better. You can read our release notes to follow along with any new releases of our API. And, if you've been using the Picasa Web Albums API, here's a migration guide that will help you move to the Google Photos Library API.
Posted by Cathy Pearl, Head of Conversation Design Outreach Illustrations by Kimberly Harvey
Hi all! I'm Cathy Pearl, head of conversation design outreach at Google. I've been building conversational systems for a while now, starting with IVRs (phone systems) and moving on to multi-modal experiences. I'm also the author of the O'Reilly book Designing Voice User Interfaces. These days, I'm keen to introduce designers and developers to our conversation design best practices so that Actions will provide the best possible user experience. Today, I'll be talking about a fundamental first step when thinking about creating an Action: writing sample dialogs.
So, you've got a cool idea for Actions on Google you want to build. You've brushed up on Dialogflow, done some codelabs, and figured out which APIs you want to use. You're ready to start coding, right?
Not so fast!
Creating an Action always needs to start with designing an Action. Don't panic; it's not going to slow you down. Planning out the design first will save you time and headaches later, and ultimately produces a better, more usable experience.
In this post, I'll talk about the first and most important component for designing a good conversational system: sample dialogs. Sample dialogs are potential conversational paths a user might take while conversing with your Action. They look a lot like film scripts, with dialog exchanges between your Action and the user. (And, like film scripts, they should be read aloud!) Writing sample dialogs comes before writing code, and even before creating flows.
When I talk to people about the importance of sample dialogs, I get a lot of nods and agreement. But when I go back later and say, "Hey, show me your sample dialogs," I often get a sheepish smile and an excuse as to why they weren't written. Common ones include:
First off, there is a misconception that "conversation design" (or voice user interface design) is just the top layer of the experience: the words, and perhaps the order of words, that the user will see/hear.
But conversation design goes much deeper. It drives the underlying structure of the experience, which includes:
In the end, these things manifest as words, to be sure. But thinking of them as "stuff you worry about later" will set you up for failure when it comes time for your user to interact with your Action. For example, without a sample dialog, you might not realize that your prompts all start with the word "Next", making them sound robotic and stilted. Sample dialogs will also show you where you need "glue" words such as "first" and "by the way".
Google has put together design guidelines for building conversational systems. They include an introduction to sample dialogs and why they're important:
Sample dialogs will give you a quick, low-fidelity sense of the "sound-and-feel" of the interaction you're designing. They convey the flow that the user will actually experience, without the technical distractions of code notation, complex flow diagrams, recognition-grammar issues, etc.
By writing sample dialogs, you can informally experiment with and evaluate different design strategies, such as how to promote the discoverability of new features or how to confirm a user's request (for example: should you use an implicit confirmation, an explicit confirmation, or no confirmation at all?).
Check out the Google I/O 2018 Action sample dialogs to see an example. (You can also take a look at the Google I/O 2018 Action code.)
Still not sure if you really need them? Let's hear from a developer who works on Actions, Jessica Dene Earley-Cha, who said in her recent Medium post:
Let's cover how this was built. Before any coding can happen, we need to build a Conversational Design. I originally had skipped this step because I thought that I could build the structure first and then fill in the content (like building a website). However, the structure is tied in with the content. I realized this when I was hitting walls that I thought were technical, but they were there because I didn't have a design.
She makes the great point that designing for conversational systems is different than designing for the web. With a conversational interface, the content itself is part of the structure, so design becomes even more important.
So now that you're (hopefully) convinced, let's discuss four of the common pitfalls developers can avoid by using sample dialogs:
Suppose you're writing an Action for a bike shop: it can make repair and service appointments, give store hours, and list the latest deals. It's tempting to just start listing out options so the user will know everything they can do. Let's see what a sample dialog looks like using that strategy:
USERHey Google, talk to Alyssa's Bike Shop.
ACTIONHi! Welcome to Alyssa's Bike Shop. Would you like to make an appointment for a repair, cancel an appointment, hear store hours, hear this week's deals, or hear next month's deals?
If you read this prompt out loud to someone else, it will quickly become apparent that too much information is being presented. Humans have a limited capacity for taking in audio, especially if it's the first time they're hearing it.
Here is a better way:
ACTIONHi! Welcome to Alyssa's Bike Shop. I can help you make or cancel an appointment, get store hours, or tell you the latest deals. Which would you like?
Pro tip: an even better experience would be to leave out the "cancel" option if the user doesn't have any.
Here's a sample dialog representing a common mistake in many conversational experiences. In this example, the user is returning to an Action they've tried previously:
USERHey Google, talk to Cathy's Astronomy Trivia Game.
ACTIONThis is Cathy's Astronomy Trivia Game. Welcome back!
USERUhhh… what can I do??
When we become immersed in our design, we often forget that the user will be coming to the Action without the background we have. What they can do will not always be obvious.
Here's an improvement:
ACTIONThis is Cathy's Astronomy Trivia Game. You can play solo, or join a team. What would you like to do?
USERUh, I think I'll join a team.
Remember, you don't have to list all your options up front. Instead, try to guide the user through the process in a clear manner, and end with a call to action.
Another common issue is not making it obvious when it's the user's turn to speak. As humans, we have many ways to let someone know it's their turn: words, intonation, eye gaze, and body language. For things like the Assistant, it's important to end the turn with a clear question or instruction. Here's an example of an Action that leaves the user hanging:
USEROkay Google, talk to Cool Animal Facts.
ACTIONWelcome to Cool Animal Facts! What animal would you like to know about?
USERI love penguins!
ACTIONCool, penguins. Would you like to know about their habitat, or what they like to eat?
USEROh, what do they like to eat!
ACTIONPenguins can eat up to 13 pounds of fish, krill and squid a day! And did you know the fathers sit on the eggs?
USERYes, I saw…
ACTIONMeanwhile, the mothers go out to get fish.
USER(thinking) Wait.. am I supposed to say something?
In this example we see two problems. First, the Action asked a rhetorical question. When the user tried to answer, the Action ignored them and kept on talking.
The second problem is that after the fact was given, nothing happened. There was no indication of what the user could do next.
Here's a better way:
ACTIONPenguins can eat up to 13 pounds of fish, krill and squid a day! By the way, male penguins spend time sitting on the eggs, while the females go out to get fish. Now, would you like to hear more about penguins, or ask about another animal?
USERI'm done, thanks.
ACTIONSure, thanks for talking to Cool Animal Facts. Goodbye!
Pro tip: Users often want to have an explicit way out, such as saying "goodbye".
Pro tip 2: Make your grammar robust! For the question "Would you like to hear more about penguins, or ask about another animal?" be prepared to handle responses such as "yes", "no", and names of animals.
Gracefully handling the conversation when things go wrong is critical for any conversational system. Writing multiple error prompts for every turn in the conversation can seem daunting. Using a default "I'm sorry, I didn't understand" will not be helpful to the user. Instead, it should be based on what's been happening up until that point and where the user is currently. To make it easier, write sample dialogs for error conditions, which will make more clear what should be in the prompts.
USEROkay Google, talk to the Zombie Quiz.
ACTIONTime for the Zombie Quiz! First question: which one of these should you do if you're being chased by a zombie: lock the door; run for the hills, or plant a garden?
USER(thinking)
ACTIONSorry, I didn't get that. Which one do you choose?
USERWhat? I don't remember them...
ACTIONSorry, I'm still having trouble. Which one do you choose?
USERArgh!
ACTIONSorry, that's incorrect. Question two…
Context-sensitive error handling would have gotten the user back on track:
ACTIONWhich one of these should you do if you're being chased by a zombie: lock the door; run for the hills, or plant a garden?
USERUhh.. I'm not sure… let me see...maybe the..
ACTIONYou can also say the number of the answer, like one, two, or three. Which one do you choose?
USEROh, number three.
ACTIONCorrect!
I know you're itching to take off and starting drawing flows and writing code, but take time to write sample dialogs first. In the long run, it will make your coding easier, and you'll have fewer bugs to fix.
Here's a list of "Dos" to keep in mind when writing sample dialogs:
Happy writing!
Posted by Rich Hyndman, Global Tech Lead, Google Launchpad
Launchpad Studio is an acceleration program for the world's top startups. Founders work closely with Google and Alphabet product teams and experts to solve specific technical challenges and optimize their businesses for growth with machine learning. Last year we introduced our first applied-ML cohort focused on healthcare.
Today, we are excited to welcome the new cohort of Finance startups selected to participate in Launchpad Studio:
These Studio startups have been invited from across nine countries and four continents to discuss how machine learning can be utilized for financial inclusion, stable currencies, and identification services. They are defining how ML and blockchain can supercharge efforts to include everyone and ensure greater prosperity for all. Together, data and user behavior are enabling a truly global economy with inclusive and differentiated products for banking, insurance, and credit.
Each startup is paired with a Google product manager to accelerate their product development, working alongside Google's ML research and development teams. Studio provides 1:1 mentoring and access to Google's people, network, thought leadership, and technology.
"Two of the biggest barriers to the large-scale adoption of cryptocurrencies as a means of payment are ease-of-use and purchasing-power volatility. When we heard about Studio and the opportunity to work with Google's AI teams, we were immediately excited as we believe the resulting work can be beneficial not just to Celo but for the industry as a whole." - Rene Reinsberg, Co-Founder and CEO of Celo
"Our technology has accelerated economic growth across Indonesia by raising the standard of living for millions of micro-entrepreneurs including ojek drivers, restaurant owners, small businesses and other professionals. We are very excited to work with Google, and explore more on how artificial intelligence and machine learning can help us strengthen our capabilities to drive even more positive social change not only to Indonesia, but also for the region." - Kevin Aluwi, Co-Founder and CIO of GO-JEK
"At Starling, we believe that data is the key to a healthy financial life. We are excited about the opportunity to work with Google to turn data into insights that will help consumers make better and more-informed financial decisions." - Anne Boden, Founder and CEO of Starling Bank
"At GuiaBolso, we use machine learning in different workstreams, but now we are doubling down on the technology to make our users' experience even more delightful. We see Studio as a way to speed that up." - Marcio Reis, CDO of GuiaBolso
Since launching in 2015, Google Developers Launchpad has become a global network of accelerators and partners with the shared mission of accelerating innovation that solves for the world's biggest challenges. Join us at one of our Regional Accelerators and follow Launchpad's applied ML best practices by subscribing to The Lever.
Posted by Malika Cantor, Program Manager for Launchpad
The Lever is Google Developers Launchpad's new resource for sharing applied-Machine Learning (ML) content to help startups innovate and thrive. In partnership with experts and leaders across Google and Alphabet, The Lever is operated by Launchpad, Google's global startup acceleration program. The Lever will publish the Launchpad community's experiences of integrating ML into products, and will include case studies, insights from mentors, and best practices from both Google and global thought leaders.
Peter Norvig, Google ML Research Director, and Cassie Kozyrkov, Google Cloud Chief Decision Scientist, are editors of the publication. Hear from them and other Googlers on the importance of developing and sharing applied ML product and business methodologies:
Peter Norvig (Google ML Research, Director): "The software industry has had 50 years to perfect a methodology of software development. In Machine Learning, we've only had a few years, so companies need to pay more attention to the process in order to create products that are reliable, up-to-date, have good accuracy, and are respectful of their customers' private data."
Cassie Kozyrkov (Chief Decision Scientist, Google Cloud): "We live in exciting times where the contributions of researchers have finally made it possible for non-experts to do amazing things with Artificial Intelligence. Now that anyone can stand on the shoulders of giants, process-oriented avenues of inquiry around how to best apply ML are coming to the forefront. Among these is decision intelligence engineering: a new approach to ML, focusing on how to discover opportunities and build towards safe, effective, and reliable solutions. The world is poised to make data more useful than ever before!"
Clemens Mewald (Lead, Machine Learning X and TensorFlow X): "ML/AI has had a profound impact in many areas, but I would argue that we're still very early in this journey. Many applications of ML are incremental improvements on existing features and products. Video recommendations are more relevant, ads have become more targeted and personalized. However, as Sundar said, AI is more profound than electricity (or fire). Electricity enabled modern technology, computing, and the internet. What new products will be enabled by ML/AI? I am convinced that the right ML product methodologies will help lead the way to magical products that have previously been unthinkable."
We invite you to follow the publication, and actively comment on our blog posts to share your own experience and insights.
Posted by Zachary Senzer, Product Manager
A couple months ago at Google I/O, we announced a redesigned Actions console that makes developing your Actions easier than ever before. The new Actions console features a more seamless development experience that tailors your workflow from onboarding through deployment, with tailored analytics to manage your Actions post-launch. Simply select your use case during onboarding and the Actions console will guide you through the different stages of development.
Here are 5 tips to help you create the best Actions for your content using our new console.
Part of what makes the Actions on Google ecosystem so special is the vast array of devices that people can use to interact with your Actions. Some of these devices, including phones and our new smart displays, allow users to have rich visual interactions with your content. To help your Actions stand out, you can customize how these visual experiences appear to users of these devices. Simply visit the "Build" tab and go to theme customization in the Actions console where you can specify background images, typography, colors, and more for your Actions.
Conversational experiences can introduce complexity in how people ask to complete a task related to your Action--a user could ask for a game in thousands of different ways ("play a game for me", "find a maps quiz", "I want some trivia"). Figuring out all of the ways a user might ask for your Action is difficult. To make this process much easier, we're beginning to map the ways users might ask for your Action into a taxonomy of built-in intents to abstract away this difficulty.
We'll start to use the built-in intent you associated with your Action to help users more easily discover your content as we begin testing them with user's queries. We'll continue to add many more built-in intents over the coming months to cover a variety of use cases. In the Actions console, go to the "Build" tab, click "Actions", then "Add Action" and select one to get started.
While we'll continue to improve the ways users find your Actions within the Assistant, we've also made it easier for users to find your Actions outside the Assistant. Driving new traffic to your Actions is as easy as a click with Action Links. You now have the ability to define hyperlinks for each of your Actions to be used on your website, social media, email newsletters, and more. These links will launch users directly into your Action. If used on a desktop, the link will take users to the directory page for your Action, where they'll have the ability to choose the device they want to try your Action on. To configure Action Links in the console, visit the "Build" tab, choose "Actions", and select the Action for which you would like to create a link. That's it!
The best way to make sure that your Actions are working as intended is to test them using our updated web simulator. In the simulator, you can run through conversational user flows on phone, speaker, and even smart display device types. After you issue a request, you can see the visual response, request, and response JSON, with any potential errors. For further assistance with debugging errors, you also have the ability to view logs for your Actions.
Another great opportunity to test your Actions is by deploying to limited audiences in alpha and beta environments. By deploying to the alpha environment, your Actions do not need to go through the review process, meaning you can quickly test with your users. After deploying to the beta environment, you can launch your Actions to production whenever you like without additional review. To use alpha and beta environments, go to the "Deploy" tab and click "Release" in the Actions console.
After you deploy your Actions, it's equally important to measure their performance. By visiting the "Measure" tab and clicking "Analytics" in the Actions console, you will be able to view rich analytics on usage, health, and discovery. You can easily see how many people are using and returning to your Actions, how many errors users are encountering, the phrases users are saying to discover your Actions, and much, much, more. These insights can help you improve your Actions.
If you're new to the Actions console and looking for a quick way to get started, watch this video for an overview of the development process.
We're so excited to see how you will use the new Actions console to create even more Actions for more use cases, with additional tools to improve and iterate. Happy building!
Posted by Saba Zaidi, Senior Interaction Designer, Google Assistant
Earlier this year we announced Smart Displays, a new category of devices with the Google Assistant built in, that augment voice experiences with immersive visuals. These new, highly visual devices can make it easier to convey complex information, suggest Actions, support transactions, and express your brand. Starting today, Smart Displays are available for purchase in major US retailers, both in-store and online.
Interacting through voice is fast and easy, because speaking comes naturally to people, and language doesn't constrain people to predefined paths, unlike traditional visual interfaces. However in audio-only interfaces, it can be difficult to communicate detailed information like lists or tables, and nearly impossible to represent rich content like images, charts or a visual brand identity. Smart Displays allow you to create Actions for the Assistant that can respond to natural conversation, and also display information and represent your brand in an immersive, visual way.
Today we're announcing consumer availability of rich responses optimized for Smart Displays. With rich responses, developers can use basic cards, lists, tables, carousels and suggestion chips, which give you an array of visual interactions for your Action, with more visual components coming soon. In addition, developers can also create custom themes to more deeply customize your Action's look and feel.
If you've already built a voice-centric Action for the Google Assistant, not to worry, it'll work automatically on Smart Displays. But we highly recommend adding rich responses and custom themes to make your Action even more visually engaging and useful to your users on Smart Displays. Here are a few tips to get you started:
Smart Displays offer several visual formats for displaying information and facilitating user input. A carousel of images, a list or a table can help users scan information efficiently and then interact with a quick tap or swipe.
For example, consider a long, spoken prompt like: "Welcome to National Anthems! You can play the national anthems from 20 different countries, including the United States, Canada and the United Kingdom. Which would you like to hear?"
Instead of merely showing the transcript of that whole spoken prompt on the screen, a carousel of country flags makes it easy for users to scroll and tap the anthem they want to hear.
Suggestion chips are a great way to surface recommendations, aid feature discovery and keep the conversation moving on Smart Displays.
In this example, suggestion chips can help users find the "surprise me" feature, find the most popular anthems, or filter anthems by region.
You can take advantage of new custom themes to differentiate your experience and represent your brand's persona, choosing a custom voice, background image or color, font style, or the shape of your cards to match your branding.
For example, an Action like California Surf Report, could be themed in a more immersive and customized way.
We offer more tips on designing and building for Smart Displays and other visual devices in our conversation design site and in our talk from I/O about how to design Actions across devices.
Then head to our documentation to learn how to customize the visual appearance of your Actions with rich responses. You can also test and tinker with customizations for Smart Displays in the Actions Console simulator.
Don't forget that once you publish your first Action you can join our community program* and receive your exclusive Google Assistant t-shirt and up to $200 of monthly Google Cloud credit.
We can't wait to see—quite literally—what you build next! Thanks for being a part of our community, and as always, if you have ideas or requests that you'd like to share with our team, don't hesitate to join the conversation.
*Some countries are not eligible to participate in the developer community program, please review the terms and conditions
Posted by Billy Rutledge, Director of AIY Projects
Over the past year and a half, we've seen more than 200K people build, modify, and create with our Voice Kit and Vision Kit products. Today at Cloud Next we announced two new devices to help professional engineers build new products with on-device machine learning(ML) at their core: the AIY Edge TPU Dev Board and the AIY Edge TPU Accelerator. Both are powered by Google's Edge TPU and represent our first steps towards expanding AIY into a platform for experimentation with on-device ML.
The Edge TPU is Google's purpose-built ASIC chip designed to run TensorFlow Lite ML models on your device. We've learned that performance-per-watt and performance-per-dollar are critical benchmarks when processing neural networks within a small footprint. The Edge TPU delivers both in a package that's smaller than the head of a penny. It can accelerate ML inferencing on device, or can pair with Google Cloud to create a full cloud-to-edge ML stack. In either configuration, by processing data directly on-device, a local ML accelerator increases privacy, removes the need for persistent connections, reduces latency, and allows for high performance using less power.
The AIY Edge TPU Dev Board is an all-in-one development board that allows you to prototype embedded systems that demand fast ML inferencing. The baseboard provides all the peripheral connections you need to effectively prototype your device — including a 40-pin GPIO header to integrate with various electrical components. The board also features a removable System-on-module (SOM) daughter board can be directly integrated into your own hardware once you're ready to scale.
The AIY Edge TPU Accelerator is a neural network coprocessor for your existing system. This small USB-C stick can connect to any Linux-based system to perform accelerated ML inferencing. The casing includes mounting holes for attachment to host boards such as a Raspberry Pi Zero or your custom device.
On-device ML is still in its early days, and we're excited to see how these two products can be applied to solve real world problems — such as increasing manufacturing equipment reliability, detecting quality control issues in products, tracking retail foot-traffic, building adaptive automotive sensing systems, and more applications that haven't been imagined yet.
Both devices will be available online this fall in the US with other countries to follow shortly.
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Posted by Mary Chen, Product Marketing Manager, and Ralfi Nahmias, Product Manager, Dialogflow
Today at Google Cloud Next '18, Dialogflow is introducing several new beta features to expand conversational capabilities for customer support and contact centers. Let's take a look at how three of these features can be used with the Google Assistant to improve the customer care experience for your Actions.
Building conversational Actions for content-heavy use cases, such as FAQ or knowledge base answers, is difficult. Such content is often dense and unstructured, making accurate intent modeling time-consuming and prone to error. Dialogflow's Knowledge Connectors feature simplifies the development process by understanding and automatically curating questions and responses from the content you provide. It can add thousands of extracted responses directly to your conversational Action built with Dialogflow, giving you more time for the fun parts – building rich and engaging user experiences.
Try out Knowledge Connectors in this bike shop sample
When users interact with the Google Assistant through text, it's common and natural to make spelling and grammar mistakes. When mistypes occur, Actions may not understand the user's intent, resulting in a poor followup experience. With Dialogflow's Automatic Spelling Correction, Actions built with Dialogflow can automatically correct spelling mistakes, which significantly improves intent and entity matching. Automatic Spelling Correction uses similar technology to what's used in Google Search and other Google products.
Enable Automatic Spelling Correction to improve intent and entity matching
Your Action can now be used as a virtual phone agent with Dialogflow's new Phone Gateway integration. Assign a working phone number to your Action built with Dialogflow, and it can start taking calls immediately. Phone Gateway allows you to easily implement virtual agents without needing to stitch together multiple services required for building phone applications.
Set up Phone Gateway in 3 easy steps
Dialogflow's Knowledge Connectors, Automatic Spelling Correction, and Phone Gateway are free for Standard Edition agents up to certain limits; for enterprise needs, see here for more options.
We look forward to the Actions you'll build with these new Dialogflow features. Give the features a try with the Cloud Next FAQ Action we made:
And if you're new to developing for the Google Assistant, join our Cloud Next talk this Thursday at 9am – see you on the livestream or in person!
