Our friends at VisionMobile have just opened their new Developer Economics survey. VisionMobile’s research on the app economy and developer ecosystems is based on the largest, most global developer surveys. This new survey is tracking platform mindshare, use of tools, monetisation by platform and revenue models. It also investigates opportunities and challenges in the developer ecosystem. Get all the details after the jump!
We’re pleased to inform that Sony Xperia Z1 and Xperia Z Ultra have joined the 17 phones in our portfolio that already support the ANT+ wireless technology. With their GPS/ GLONASS capabilities, along with water and dust resistance, it’s only fitting that the Xperia Z1 and Xperia Z Ultra support the leading wireless transfer protocol for health, fitness and sport use cases. Find out how you can develop a mobile app with ANT+ support, right after the jump!
Many people have contacted us about the API for the illumination bar available on a number of our Xperia™ smartphones, such as Xperia™ SP. And upon these requests from the developer community, we are as of today providing the Illumination API for free as an “experimental API”. This means you can experiment with illumination effects in your app in any way you like, but we will only provide limited documentation and no support. Read on to learn how to get started!
We have now added support for Xperia™ Tablet Z to our flash tool for Xperia™ devices. With this tool, you can flash Sony software on devices with the boot loader unlocked. And now there is software available for Xperia™ Tablet Z (SGP321 and SGP311). Get all the information you need on the flash tool page.
One of our most popular services here at Developer World is the flash tool for Xperia devices, which lets you flash Sony software on a device with unlocked boot loader. This is convenient if you want to go from a custom ROM to generic Sony software. We’ve now added software for several more models, most recently Xperia go, Xperia ray and Xperia neo V. At the moment, we support 13 different models, including Xperia Z and Xperia T. Check out the list of supported devices or click the read more link below for more information!
The battery life of smartphones and tablets is extremely important for many users, and in order to provide end users with good battery performance, device manufacturers have a joint responsibility together with all of you app developers. The power-save feature STAMINA mode, available on our latest Xperia™ devices including Xperia Z, is a clever way for us to improve the battery life for our users. And as an app developer, there are several things you can do to make your app more power efficient. Read on for five of our best tips, that will also ensure your app runs well with STAMINA mode turned on.
When you develop an app, there are a few things you can do to make it use network and power resources as efficiently as possible. And by doing so, you will also provide a clearly enhanced user experience. Håkan Jonson, a research engineer at Sony Mobile’s Technology office, created a tutorial a while back that will help you develop energy and network efficient apps. In his tutorial, you will find useful and hands-on tips, as well as code examples that will help you improve your app.
Earlier this week, Sony and Telefónica announced in a joint press release that we are evaluating the Firefox operating system for mobile phones. To show you our current progress, we now also provide an experimental version of the Firefox OS software for Xperia™ E, so that advanced developers can try it out and so that we can get valuable community feedback. In this article, we give you the background of Firefox OS, instructions how to flash Firefox OS on Xperia™ E, as well as an introduction to how to start developing applications for Firefox OS.
As our smartphones become more powerful, they can do more advanced things that previously required a high-end PC. One way to make use of the robust processing power of your smartphone is Computer Vision, which basically lets you use the powerful CPU in modern smartphones to interpret the images captured through the camera. The best approach to using Computer Vision on Android is through library called OpenCV. Check out our new Open CV tutorial where Erik Hellman, research engineer at Sony, explains more.
As our smartphones become more powerful, we can do more advanced things that previously required a high-end PC. One way to make use of the robust processing power of your smartphone is Computer Vision – the ability for a device to acquire, process, analyse and understand images the same way images are perceived by human eyes. Basically, we can use the powerful CPU in modern smartphones to interpret the images captured through the camera. Examples of use cases are face detection and recognition or simple post-processing of photographs. The best approach to using Computer Vision on Android is through library called OpenCV. Read on as Erik Hellman, research engineer at Sony, explains more.