Our QA processes include rigorous verification and validation methodologies to reduce defects at every stage of the SDLC. We systematically test software functionality, performance, security and other characteristics, leveraging our breadth and depth of technological skills, domain knowledge, cross-platform experience, and technology process focus.

Our dedication and commitment to the quality process allows us to practice a detailed, component-based approach with an emphasis on dependability, repeatability, optimisation and reusability. This approach results in accelerated project cycles, cost-effective solutions and successful implementations.

The Elegant MicroWeb testing cycles ensure that the solution is thoroughly stressed and tested before implementation

• Automated testing tools and manual testing offer sustained efficiencies in regression testing and performance testing
• Information and formal testing tools and services ensure that user patterns and usability are thoroughly evaluated
• Prototype and configuration testing allows us to identify issues before they become part of the final solution design
• Developer testing identifies issues during enhancement cycles, report format development, data conversion and interface and integration phases
• Testing strategies are defined for every project and solution. These strategies include objectives for every major test and functional area, allowing us to develop and measure test scripts that result in detailed metrics and objective results

The Elegant MicroWeb testing structure includes detailed and diverse phases of testing; all designed to identify and resolve issues and to ensure appropriate quality auditing.

• Unit Testing - This verification effort focuses on the smallest unit of software design. Using the component-level design description as a guide, we test critical control paths to uncover errors within the boundary of the module.
  
• Functionality Testing - This testing process validates the solution or software to assure that it conforms to specifications and performs all required functions. The testing entails feature-by-feature validation of behavior, using a wide range of normal and erroneous input data.
  
• Integration Testing - These tests are conducted on complete, integrated software to validate compliance with specified requirements. During integration testing, we focus on the outputs generated in response to input and on execution conditions.
  
• Performance Testing - In this phase, we test the software against performance requirements e.g., response time, availability and throughput. These tests include stress testing, and load and volume testing. The performance testing is based on industry-standard tools and processes.
  
• User Acceptance Testing (UAT) - This phase includes software tests designed and based on business requirements and specifications. This process validates the delivered solution against the features and function requested by the client, and the documented requirements.