Zerone’s Indian offshore division has a wide range of expertise in J2ME technology domain and in-depth J2EE server-side knowledge enables us to develop enterprise-wide mobile solutions.
Our Java programming team employs well-established software development process and quality control to ensure effective management of the projects. Zerone’s software development methodology ensures development process transparency for our customers in all project phases.
J2ME Software engineers at our offshore division are well experienced in creating mobile applications of different scales. Our programmers too have extensive experience in working with a wide range of mobile devices and know the technical capabilities and limitations associated with specific phone models. We ensure that customers get maximum benefits from utilizing the functionality specific to a particular phone device.
D edicated J2ME professionals at Zerone’s Indian offshore division engage exclusively in J2ME projects to stay on the competitive development edge in this area. Our programmers’ development experience translates to a substantial cost saving for our customers. With Zerone, you get access to critical J2ME skills immediately at a very competitive cost.
Our offshore coordinators understand how technology strategy, software architecture, design/ usability, and the development process impact one another. Zerone offers high quality, time sensitive software solutions for all budgets by using the latest Java products and technologies.
J2ME software projects at Zerone are delivered according to proven software development methodology and all development processes are well documented. Zerone ensures effective project control and reduce risks by providing accurate project cost estimates, using process metrics and adopting rigid QA practices.
Zerone’s Indian offshore division has a technically strong team of software engineers who can take up any challenge and deliver the most complicated and time-specific jobs. The programming team has a proven record of delivering unique solutions, based on emerging technologies and products. Our dedicated team of programmers with exceptional problem-solving skills use, innovative approaches to tackle all kinds of customer related business challenges.
The Java 2 Platform, Micro Edition (J2ME) provides a robust, flexible environment for software applications running on consumer devices and a broad range of embedded devices. J2ME includes Java virtual machines and a set of standard Java APIs defined through the Java Community Process.
J2ME delivers the power and benefits of Java technology to consumer devices and embedded devices. J2ME includes flexible user interfaces, a robust security model, a broad range of built-in network protocols, and extensive support for networked and offline applications that can be downloaded dynamically. Applications based on J2ME specifications are written once for a wide range of devices, yet exploit each device's native capabilities.
The J2ME platform is deployed on millions of devices. In short, it is the platform of choice for today's consumer and embedded devices.
The J2ME architecture comprises of a variety of configurations, profiles, and optional packages that implementers and developers can choose, and combine to construct a complete Java runtime environment that closely fit the requirements of a particular range of devices and a target market. Each combination is optimized for the memory, processing power, and I/O capabilities of a related category of devices. The result is a common Java platform that takes full advantage of each type of device to deliver a rich user experience.
Configurations comprise a virtual machine and a minimal set of class libraries. They provide the base functionality for a particular range of devices that share similar characteristics, such as network connectivity and memory footprint. Currently, there are two J2ME configurations: the Connected Limited Device Configuration (CLDC) and the Connected Device Configuration (CDC).
To provide a complete runtime environment for a specific device category a configuration must be combined with a profile, a set of higher-level APIs that further define the application life-cycle model, the user interface, and access to device-specific properties. A profile supports a narrower category of devices within the framework of a chosen configuration. A widely adopted example is to combine CLDC with the Mobile Information Device Profile (MIDP) to provide a complete Java application environment for cell phones and other devices with similar capabilities.
Adding various optional packages to a technology stack that includes either CLDC or CDC and an associated profile can extend the J2ME platform. Created to address specific application requirements, optional packages offer standard APIs for using both existing and emerging technologies such as database connectivity, wireless messaging, multimedia, Bluetooth, and web services. Because optional packages are modular, developers can avoid carrying the overhead of unnecessary functionality by including only the packages and applications they actually need.
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