Solutions

Problem Statement, Our Solution, Our Deliverables & Benefits

Problem Statements

Picture of Testing Algorithms - Problem Statement

•   Requirement gathering & test design are purely unstructured, subjective, expensive & time-consuming processes
•   Structure, modularity, level of details and requirement coverage of test cases are non-standard
•   Quality of test cases are non-measurable before test execution
•   Test automation relates only to test execution automation
• Maintenance of manual test cases, requirement traceability and automation frameworks is a nightmare

Our Solution

•   A semantics-driven, domain-independent and robust requirement gathering and test design methodology that reduces time-to-market & increases quality of software
•   Optimization using a pairwise testing algorithm to create minimum number of test cases (both manual and automated) that cover all requirements
•   Target users are Business Analysts and/or manual/automation Testers

Picture of Testing Algorithms - Our Solution

Our Deliverables

Picture of Testing Algorithms - Our Deliverables

•   Optimum set of positive & negative test cases with expected results
• Self- adjusting automated test scripts
•   Test Cases in multiple standard formats
•   Requirement Traceability Matrix
•   Complete test data plan
•   UML Use Case Diagram, BPMN Diagram and Process Flow Diagrams
•   Test Case Priority Map

Benefits

1. At least 10x faster test design leading to at least 2x faster test execution
2. Better business requirements defined using Use Cases and Process Flow Diagrams
3. Optimized test cases automatically generated with full pairwise coverage
4. Flexible and faster Change Management
5. Test cases include integrated test data plan
6. Measurable quality of test cases before test execution
7. Proof of coverage using requirement traceability matrix
8. Priority maps that helps prioritizing test cases during test execution
9. Manual scripts in Quality Center and Gherkin format
10. Automated scripts in Selenium format