Mobile Applications For Mobile Applications

Mobile Applications For Mobile Applications

In 2008 Nokia announced that they intended to acquire the last Symbian operating system, Symbian OS, that was running on devices such as mobile phones. The reasons for the Symbian OS to be dropped are as follows:

Nokia had to pull out of the OS market prematurely because it failed to attract the required investment in the required amount of devices. Symbian was not able to reach the standards due to its lower market acceptance. Due to Symbian OS failure the company failed to reach the goal of more than maintaining the market share of around 10% in the hands of the largest mobile phone brand.

Symbian architecture is a design which based on and basing on the open standards, which can be analyzed and implemented by any company that wants to use this OS. This is why the large corporations world over, are attracted to use this OS more than other OS.

This side of the Symbian OS was opened up in 2000 in South Africa. The same year the company also demonstrated a video entitled ARM, that gives a clear picture of the philosophy of the Symbian OS.

The structure of the Symbian OS is made up from multiple OS designs. Devices based on the Symbian OS can be divided into separate platforms. These platforms are capable of communicating with each other through a central service, which distributes the software and hardware resources for the device.

The biggest software feature of the Symbian OS is the use of AX which is an application layer. AX OS are capable of talking to other applications including the Internet, other applications, the installed software and hardware resources.

The AX-for-Mobile is capable of talking to other applications. These applications are written in C and address standard demands on the mobile computing device.

Hardware resources are provided on the device using a standard protocol, which means that the components are not usually customized.

There is an always question of where the capabilities of the application on the device can be taken advantage. Also, the software developers have to customize the software to take care solely about the demands of the device.

Mobile applications need to be written to suit the hardware, and also the application on the device. This has led to the evolution of AX convergence, where AX for mobile works along with native applications such as the iPhone.


ax2 for phone {arding: AX for mobile | Native}

acles as m4n1v1: AX for mobile {arding: AX for mobile | Native}

acyc: AX for mobile {arding: AX for mobile | Native}

dec: AX for mobile {arding: AX for mobile | Native}

dex: AX for mobile {arding: AX for mobile | Native}

conveniences of Using AX for Mobile Applications

Fast Speed

Modern feature-rich AX architecture offers high speed and ease of development.

Installable over a network with ease

Application can be integrated with any 3G or mobile broadband modem.

Languages supported include English, French, German, Spanish, Italian, Portuguese, Russian, and Japanese.

L platforms for mobile development

AX is the software architecture that works across different platforms. It allows you to create a mobile application once and deploy it to a range of mobile devices.

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