Tizen IVI (In-Vehicle Infotainment) is a Tizen-OS-based platform built specifically for the automobile. This session presents Tizen IVI APIs and demonstrates how to create and debug IVI applications using Tizen IVI profile in Tizen SDK.

From the start, Tizen has been designed to be used for various devices. Tizen Profile defines requirements of SW and HW for each device category. Tizen Device API and WRT have been evolved to support various profile such as Mobile, Wearable, etc. In this discussion we will introduced topics developers should know to develop application for specially focused.multi-profiles

Tizen TV SDK includes additional features beyond just the ability to edit code. In this session, TaeDong Lee will cover features such as converting applications to Tizen, performance measurement, unit testing, and the UI designer. The goal is to help developers use all Tizen TV SDK tools to efficiently create high-quality Tizen applications.

Tizen is an open source, standards-based software platform supported by leading service provides, device manufacturers, and silicon suppliers for multiple device categories, including smartphones, tablets, netbooks, in-vehicle infotainment devices, smart TVs, and more. It provides a robust and flexible environment for application developers, based on HTML5..
Tizen TV platform has been developing for Smart TV products in Samsung Electronics. It has been based on Tizen Mobile architecture and adding and removing some of major components according to Smart TV features.
In this talk, we will look into an overview of Tizen TV architecture and its major components.

Under the hood of Tizen lies a set of libraries called "EFL". These libraries cover things from rendering through to scene graph, opengl accelerated rendering, widget set, mainloop, thread helpers, layout handling, networking, and much more.

These libraries have been evolving, and Tizen 3.0 will have some new features that add interesting features and possibilities. These include far more robust object access via indirection, dynamic reference counted objects as a base class which leads to easy generation of C++ (EFL++) bindings, alongside the ability to generate OO bindings for other dynamic languages such as Javascript, LUA and Python, so a single consistent API can automatically be exposed in many languages.

This presentation will cover these new features, how they work, what they bring in features and API accessibility, how they improve robustness and more.

The web is everywhere and internet connectivity is on everybody's mind with new emerging product categories such as wearables and internet-of-things.

Companies see the value in choosing the web platform as their app platform or user experience for new product groups. It has a large and growing developer community, and tooling and performance will only get better over time. But the web is not made for mobile and progress has been slow at getting ready for low performance devices with a different interaction paradigm.

This talk will look at the advantages of building on the web platform and the lessons learned so far. The new Crosswalk runtime will be introduced, showing what Intel has been working on for Tizen 3.0 and how we are enabling people to use the very best of the web going forward.

Many developers would like to try a Tizen image for a variety of verticals, and even for one vertical, developers may encounter various hardware problems. If they don’t have expertise in this area, it can be difficult to be successful. MIC can help them customize their Tizen image easily, efficiently and freely. In this presentation, we'll show you how to include your own packages in your customized Tizen image, and how to configure Tizen images as you wish. Moreover, we will introduce an "installer framework plugin. In addition, you will learn how many components can be customized as you like, even for a special partition table, special bootloader, etc. The presentation will also demonstrate some practical examples that will be useful for people that are doing or will do the similar work.

Web applications use system resources to provide their value. Some system resources are restricted to only those applications that have been authorized to use them. Tizen 3.0 introduces a new application privilege system called Karczoch (Artichoke in English). Karczoch integrates Smack kernel based mandatory access control and user based limitations with application manifests and process based services. Karczoch provides for user prompting and a settings interface for "ask once" and other powerful controls. Casey Schaufler will describe the philosophy, design and use as well as the advantages Karczoch has over other similar mechanisms.

In this presentation we will introduce Tizen application validation process, related systems, major defect and usability criteria which was recently updated on Tizen validation guideline. And we will also introduce security analysis system of Tizen validation, what we currently do and will do to enhance application security in Tizen Store.

It is very important and useful to review the Validation Guideline before Tizen app development. This will give you a good understanding about what kind of applications can or cannot be serviced in Tizen store and it will save time for future rework.

Security analysis system filter security threats such as malware, integrity violation, web attack patterns to ensure application security. Static analysis analyzes application package without execution, dynamic analysis analyzes runtime behavior of application.

Dynamic analysis has limitation with regard to ROI, but without dynamic analysis technology we couldn’t detect intelligent malicious behavior that starts during the runtime. In order to overcome limitation of dynamic analysis we will add recognition technology and it will increase coverage and effectiveness of dynamic analysis.

To understand security criteria in Tizen validation, developers should consider application security when they developing applications

Tizen’s application security depends on a number of different software layers operating correctly. As the current design stands, Tizen apps must declare which APIs they wish to use (e.g., Bluetooth or networking or geolocation). These are presently translated to rules that can be enforced by the SMACK security kernel that runs below Tizen. Unfortunately, there’s a semantic gap between the high-level APIs used by applications and the low-level system calls that are ultimately made when these APIs are used, and SMACK can only enforce security properties on those low-level system calls. If an app were to directly make calls to the set of low-level system calls enabled by a perhaps innocuous set of APIs, it may well have surprising and undesirable effects on the system. This project is building a static analysis framework to help discover and mitigate these issues.

The focus of this presentation is on the initial experiences with the development of Tizen applications as team projects in the CSC 484 "User-Centered Design and Development" course at Cal Poly, San Luis Obispo. Several teams of about five students worked for close to ten weeks on applications utilizing HTML5 and CSS as their primary implementation languages. Two teams developed games, one an ephemeral instant messaging app, and another one a hybrid voice and text note-taking app. While the students appreciated the relatively benign learning curve for HTML5 and CSS, of course they also encountered difficulties. Most of the teams were able to work around those, but one team decided to switch to Android as their main platform due to difficulties with APIs they relied on in their app. Some of this work is continuing in the Spring 2014 quarter, when we also plan to use Tizen platform as the basis for a lab assignment in the CPE/CSC 453 Operating Systems course.

Mobile payment is one of the key features for mobile devices include phone, wearable and other devices. With this feature mobile devices can be used to complete an exchange of currency in return for goods and services, it can replace cash, checks, credit card and debit card which greatly improve the convenience for commerce activities and enhance mobile user experience. In this presentation, Arron will introduce NFC-based mobile payment solution for Tizen. He will introduce the architecture of NFC payment, discuss the current status of the stack and give two live examples for our Tizen phone acting as the subway card and electronic wallet. finally we will give the debugs tips and how to fix problems we face when we enable the feature for Tizen IA phone.

Wearables today fall into three main camps – Sensor-based devices that may support simple notifications but are primarily about reporting out sensor-based information, e.g. Fitbit, JawboneUp; Light interaction devices that support information presentation, notifications, and games or activities with a simple UX, e.g. Gear Smartwatch; and more immersive content creation and consumption devices that support more complex user experiences such as Google Glass. To an extent, all of these products are driven by technology in search of a compelling use case.
In this talk we will focus on the intersection between compelling use cases and designing functional interaction within the context of wearability.

Augmented Reality is a functionality that is becoming more and more popular recently on mobile platforms across various applications and games: location-based services apps listing event venues or other points of interests on the map as well as placing tags on such POIs while showing the surrounding area through the camera viewer; action games with capability to combine physical objects such as football goals or basketball hoops with virtual players in device's camera viewer. In this presentation, Vlad Zubarev will go over general approaches of implementing Augmented Reality functionality on Tizen platform by utilizing Tizen's public sensors and camera APIs.

SafeLogic CEO Ray Potter will discuss the need to plan for security within Tizen ecosystem, sharing worst case scenarios for unsecured IoT and Wearable environments, presenting best practices for including security features at every level of the stack, and offering his expectations for the future of the technology. With his unique expertise in the integration of encryption into mobile, cloud, server, wearable and IoT products, Potter will shed light on the arcane world of crypto, the often-misunderstood cornerstone of every secure deployment.

This talk will introduce the profile, features of WebKit for wearable devices and summarize the activities to ship the WebKit to a commercial product in the three key indicator points of view : performance, memory consumption and energy efficiency. Due to the limitation and different use cases of the wearable devices from mobile ones, we cut off and added some features from the mobile profile of Tizen. We describe the trade-offs between the three key indicators and our activities to optimize and control the balance of the tree key indicators. At the end of the presentation, we give some tips to develop the performance and energy optimized Tizen wearable web apps.

Learn how to leverage the cross platform ecosystem to bring great apps to Tizen easily and efficiently. Each set of tools has differences that you need to understand to bring the best app to market. You'll learn the benefits of many leading tools in a side by side comparison. Now more than 12 cross platform tools use appscore to qualify apps for valuable incentives from operating systems and partner stores. Learn what goes into the evaluation of your apps--and what it takes to get a great score. This session will show examples of dozens of apps that received high scores--and also examples of apps that did not make the cut and why.