Custom Software Development


Global IT Consultancy is India based leading software company, provides custom software development services to clients to help bridge their business requirements. We work closely with clients to understand their business objectives, explain their software requirements, and work interactively with clients to write specifications, test and integrate the custom software solution across the client’s enterprise systems and platforms including internet, disparate systems. By connecting our experienced business analysts and subject matter experts; we Global IT

Consultancy ‘s design, architect, and develop software that enable client systems to function optimally operate seamlessly.
Our custom software development services help clients build and integrate sophisticated business applications with new and legacy systems. We create and deploy strong, accessible and extendable architectures for use in a wide range of industries.

Our custom application development services include:
Application design, architecture development, and implementation
Business analysis and requirements documentation
Feasibility and requirements analysis
Implementation of off the shelf systems and per-packaged software
Re-engineering, migration, modernization, performance tuning and porting services
Software maintenance and support
Systems integration and consolidation
User interface design, web development, and conversion services

Functional area examples of our experience include:
Data management
Collaboration and social media
Environmental analysis systems
ERP & Financial support systems
Below is the detailed graphical representation of our custom software development life cycle and process.
Software Development Life Cycle

Planning is the first phase of the software development lifecycle. In this phase we collaborate closely with the client the details and concepts of their requirements for software. During this phase we start the parallel planning process for the necessary resources of time, fiscal budget, and manpower to meet the proposed development requirements.

Requirements Analysis
The requirements analysis phase focuses the development team on capturing all the requirements details and design elements for the software package. Additionally, during this phase, the project manager begins the interactive feedback and review process for each phase and conducts periodic the requirements review meetings with the objective of discussing status, progress and quality control of all project elements. The final output of the Requirements Analysis phase is a formal requirements document (Software Requirement Specification), which establishes the locked foundation of requirements for the project from this point forward and will serve as input to the design phase.

Design & Development
The Design & Development phase is concerned with design and production of the software. This phase focuses specifically critical elements such as: quality, flexibility (code reuse, future addition of features/functionality); interoperability, conflict resolution and technology enhancement. The final output of this phase is a formal design document (Software Design Document), establishes the locked foundation of design elements for the project from this point forward and will serve as input to the coding phase. Additionally, this phase serves a secondary function as a reference document for the code development and can be particularly useful for developers working on the code elements in the future.

The implementation phase involves the actual code development, programming, and integration of the software. The output of this phase is typically the software library, the application / routine executables and User Manuals and as well as additional software documentation.

Testing and Integration
The testing phase is concerned with the validation and verification of the software, and comprehensive unit testing done on units. Integration testing is done by including the software package and or the sub-routine units together with other package elements and or sub routine units and testing them all as one functional unit.