As per your needs and budget, we will develop the optimal software solution - from GUI applications to sophisticated engines and programming complexes. We believe in using the best, most popular and cutting edge Internet-related technologies that are optimal for the project from a technical and financial point of view.

Principal directions of our activities are as follows:

  • Optimal technologies research and selection.
  • Data domain research and detailed specifications for a project as deliverable.
  • Prototypes and demo versions creation.
  • System planning (selection of architecture, creation of interaction protocols and technical specifications for separate modules, etc.)
  • System implementation (creation of specifications for system modules, coding, QA)
  • Project documentation (system architecture and protocols description, source code detailed description (in addition to built-in comments in code), etc.)
  • End-user documentation (users manual, troubleshooting, installation guide, etc.)
  • Product support (implementation of extra features, source code consulting, etc.)

Distributed Application

Our programming skills are not limited with the applications mentioned here, if you do not find the exact programming task in this list, just contact us and our specialists will review your task, get back to you and show how we can solve it.

Businesses today need integrated, flexible, responsive and comprehensive applications to support the complete range of business processes. Ability to input, process, store, and access data from anytime, anywhere and any device is powering e-Businesses of today.

And this makes client-server applications and n-tier architecture key in operation of businesses. Sarvatman™ Technologies specializes in development of high-end client-server applications and robust enterprise applications with user-friendly interfaces. Depending on your business requirements, our analysts and developers can also develop web-enabled applications and systems.

Your employees, customers, and suppliers need data access that is secure, fast and reliable. As a business, you need secure systems that are robust, easy to maintain, and scalable. Plus you need some things more then what is happening today. We take all of this in consideration when building and upgrading your corporate systems and applications.

Why does you need to switch from existing systems?

  • applications were developed to model vertical applications
  • applications were built in isolation
  • applications were implemented as monolithic systems
  • applications were complex

We just don?t concentrate on improving these shortcomings but we concentrate and give emphasis on user. It provides users with greater latitude in choosing software presentation, and software designers with greater latitude in creating programs that are pretty, readily customized, and modern. Using structured methodologies and proven IT processes helps to reduce complexity, risks and costs associated with client-server development.

 

Component Development

?If you redo a thing, it worth nothing, but if you reuse it cost billion.?

Because of increasing complexity of the technology landscape, managing processes and skill sets that are not core-competencies, not to mention the costs involved, is becoming difficult. The solution here is object-oriented design paradigm, employing third-party modules and components to dramatically reduce the development time of an application. Also they must be reusable and transferable.

Component Based Software Development (CBSD) focuses on building large software systems by integrating previously existing software components, enhancing the flexibility and maintainability of systems, thus reduces software development costs, assemble systems rapidly, and reduce the spiraling maintenance burden associated with the support and upgrade of large systems.

 

Embedded System Application

Embedded systems encompass a variety of hardware and software components that performs specific functions in host systems, for example, satellites, washing machines, hand-held telephones and automobiles. Embedded systems have become increasingly digital with a non-digital periphery (analog power), thus both hardware and software codesigns are relevant. The vast majority of computers manufactured are used in such systems. They are called `embedded' to distinguish them from standard mainframes, workstations, and PCs.

Although the design of embedded systems has been used in industrial practice for decades, the systematic design of such systems has only recently gained increased attention. Advances in microelectronics have made possible applications that would have been impossible without an embedded system design.