Quality Work Methodology Quality benefits All, Investing in it, Always Worth!

We have adapted home grown development methodologies that coincide with industry standards and gives us the best possible development framework. These methodologies are industry and technology agnostic and have been proven through repeated use for our products development lifecycle. We use chosen implementation templates, design patterns, accelerators and combine with standards and best practices.

The methodology majorly use iterative development model (using IBM's Rational Unified Process) wherein each iteration typically consists of following major stages:

• Inception stage
• Elaboration stage
• Construction & Unit-Testing stage
• Integration Testing & Implementation stage

We make extensive use of software design & testing tools. Our development methodology coupled with use of assisting testing tools facilitate us making Quality Assurance an integral and a priority aspect over the entire lifecycle of development.

Typically, each development cycle goes through following important phases: -

REQUIREMENTS SYSTEM DESIGN

View Requirements Model. Change Requirements In View. See effects!

When we start working with you, various aspects around activities are taken care of, in order to achieve a desirable process automation setup. In the analysis phase itself, our expertise on our platform programs, gets combined with your business process automation requirements, to give us a complete scenario for the scope of customized development requirements, if any.

For internal products on our platforms, we follow structured approach for requirements analysis and design.

The studied requirements are structured and documented, put in the visual tool for comparison between available functionality and required functions. This visual comparison gives all involved stakeholders a clear view of gaps if any, and further time & efforts required to fill the identified gaps.

Visual Design through UML

We use industry standard tools for recording and devicing Requirements Analysis model. These models are prepared using unified modeling language. Doing so, gives us following major benefits: -

Efficient Documentation for all stakeholders

Efficiency in Change Management

Effective After-implementation Maintenance

Requirements Development consists of tasks like discovering, evaluating, recording, documenting and validating the requirements for a particular project. Requirements are discovered, analyzed, specified and verified.

Managing Requirements comprises tasks of maintaining requirements that represent an accord or agreement between the project team and the customer. It takes care of the facts that requirements are acceptable to the design and development teams, and that they are sufficiently specific to be implemented into working business process /systems.

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SOFTWARE SYSTEM VISUAL DESIGN

Design System Visually. Gain Control on Ever-changing System.

All of our products are crafted in a visual software design tool before they go into further development phase. We leverage the power of design tools by using unified modeling language notations to represent various components within modules and their interactions. This gives us an added advantage of managing our projects in an efficient way.

Our software models include range of diagram types, design-patterns, technologies and capabilities to support wide range of business focused and analytic domains. We crate models that support capturing information and goals pertaining to functioning of a large enterprises, process modeling, requirements management, BPMN models and more. These models help us share internal structure, flow of information, events structure etc amongst our teams across domains, and work in better understanding and peace.

As an added advantage, designing system help us create extensive range of template driven reports, comprehensive support for building management level charts and dashboards that integrate tightly with model content. These reports could’ ve shared to business functions well, for better understanding of functionality.

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TEST PLAN DESIGN

Gain Control on Integrated Test Plan. Execute & Manage effectively.

The test plans are prepared as integrated execution plan with the assistance of designing tools. The tools help us map version requirements with test results and be in control. We follow multiple testing techniques as per our quality processes.
The software is developed and visualized. Unit testing is done and the correct behavior is ensured. Process simulation techniques are applied, by setting and managing test points. Through integrated tools, we get better control in debugging and inspecting executing software.

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UI DEVELOPMENT & CODING STANDARDS

Standards base development. Saves System Resources. Gains in Performance.

Our home grown software development framework complies with standards and basic rules along with best practices have been laid out. We use best practices to ensure that UI development is carried out as per desired patterns, coincides with middleware components for smooth interaction and information flow, and to provide user with a smooth UI experience.

On similar lines, coding standards have been laid out for various programming environments, and to ensure their compliance peer reviews play a vital role. These reviews are documented and put in the tools for further actions.

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STAGING, TESTING & DEPLOYMENT

Deploy In Pre-Production. Migrate Data. Ensure Scalability.

After successful Quality Assurance testing, the software is released for staging environment for execution in a pre-production setup. Designated percent of time and energy is given to ensure proper testing on real life production scenarios to ensure no gaps are found in the functionality. Data is migrated into the system from production setup to check tolerance level, and scalability of the new software.