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.

Recently, mobile users connect to the Internet over 3G and 4G networks that the network performance of mobile device is more improved. Therefore, the user uploads or downloads the content files to the cloud storages after creating the content files (music, video, image, document, and etc.) of the high quality with the mobile device. And then the total size of files which the user holds is increasing continuously and the file is being distributed for mobile device and cloud storages.

Although we believe that Chromium and Crosswalk projects will enable the best experience for the next generation of Web applications, there are still challenges when using these technologies on Internet of Things (IoT) systems. In this presentation we will outline a lean graphics architecture for deploying Crosswalk on IoT display-type of devices. It's a Chromium based graphics stack, using a double-buffered Linux framebuffer (i.e. no GPU required), without depending on any window system or graphics toolkits... and presto! We will showcase

In today's world much attention is being increasingly paid to the unattended computer systems with low power consumption. The scope of application includes "Internet of Things", "Smart Home", onboard navigation system for autonomous vehicles, etc. Tizen provides an easy and convenient way to create such systems. Yury Dubovoy will review a system that uses a Tizen device as a "data center" and open-source microcontroller Arduino to control the periphery. The robot "Kama-R" will be presented as a simple example to demonstrate this tecnology.