Tizen Compliance is the official software compatibility program for Tizen that describes a standard execution environment which devices provide and for which applications are built. The compliance program consists of several pieces including a description of the environment, the test suites used to validate conformance, and a path to certification. This talk will describe the the goals of the program, how it works from the viewpoint of both system developers and application developers, and how it helps contain the fragmentation problems that could otherwise happen within Tizen ecosystem.

Tizen is an open source Linux based software platform for Internet of Things, mobile, wearable and embedded devices. Tizen:Common provides a generic development environment for Tizen 3 which key features include Wayland, Weston, EFL, and the Crosswalk web runtime. The Yocto Project offers easy to use tools to create meta layers for new Tizen 3 profiles that inherit and expand the features of Tizen:Common.

This presentation explores the possibility of extending Tizen native framework by using Node.js for JavaScript based platform development.

Node.js as a JS framework is becoming quite popular. We would explore how Tizen Native APIs could be extended as node add-ons, which could be further used along with several thousand third party node add-ons already present for a rapid feature development.

This presentation will review Tizen platform development processes (Code review, Continuous Integration, and Test processes). Then introduce what the infrastructure consists of and how the processes can be customized according to the characteristics of the development projects. The goal of this presentation is to give more information on How it is built, What principles it uses, and How people can replicate and customize it for their own needs.

Tizen Service Enabling Frameworks for 3rd party applications in a Single and Cross devices are now more enhanced from 2.4 to the following version. In the first half, new features for Single-Device Applications such as Context Framework, Location Framework, Account Framework, Voice Framework and Input Framework, among other things, information will be provided. Then in the second half, the new convergence features for Cross-Device applications for Device discovery, Connection Management, Message Delivery, to name a few will be discussed.

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The web platform is rapidly improving, with new versions of HTML, CSS and JavaScript and with an increased focus on mobile performance and web components a standard way to encapsulate and create reusable UI and logic components. But to many developers basic things are still missing and that makes it hard to adopt the web as it is today.

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Each smart device (Tablet, TV and even Watch) gets smarter by keeping its essential property. We start and end our day with various smart devices. Now it’s time for us to expect, not just a powerful device, but also new synergy from their features and user experiences.

There has been an increased support for various profiles and devices on Tizen. As Tizen is a multi/cross platform, device integration will be the main factor of a fluid interface between devices. Whether it is Mobile, Wearable, or TV the scalability and usability will be accessible. These features will allow the users to gain: (1) Easy Access, (2) Content Mash-up, and (3) Multi Device Control. This presentation will introduce the "Tizen Pass" which cover Cross device User Experience & features of Tizen convergence service FW.

One of Tizen's key benefits is how well it runs on devices with low CPU power and a small amount of memory. This has been made possible due to it's usage of light-weight components such as the Enlightenment Foundation Libraries, which have made it extremely useful for a variety of modern electronics such as TV's, cameras, and smart watches. Starting with Tizen 3.0, the Wayland protocol will be utilized to help fill the role traditionally assigned to X and a window manager in Linux environments.

The Enlightenment Foundation Libraries (EFL) are used by Samsung on Tizen for Mobile, Camera, TV and Wearable devices to deliver high quality, reactive graphical experiences. EFL was designed from the get-go to deliver the best possible result with any given hardware, and it does this by providing a few configuration options and tools to adapt as much as possible to the specific hardware. This talk will start with a brief overview of EFL, and continue with a review of the techniques that are available when designing a new device to optimize the use of its hardware.