Functional Testing

Functional testing is a business imperative for all projects - new, large and long-duration engagements. Companies need to enhance the effectiveness and efficiency of functional testing by focussing on accelerated and optimized testing.

Business Challenges
Functional testing demands well structured and easily adaptable methodology. Organizations need to introduce testing early in the Software Development Lifecycle (SDLC) to identify defects at the onset. This requires deployment of latest testing techniques and tools such as requirements profiling and validation, risk-based testing, model-based testing, automated test design, test case optimization, domain-based approach and dynamic test planning and scheduling.

Overall issues holding back a managed approach:

  • High costs and stringent schedules
  • Post-production defects
  • Indecision on when to stop testing

Our Solutions
Our in-house solutions aid development of automated test cases from customized business process libraries. Led by risk-driven functional testing methodology, we ensure optimal test coverage and discovery of defects early in the test lifecycle. With test automation in the planning phase, we leverage business scenario-driven model-based testing to accelerate time-to-market. All this governed by well-defined engineering and project management processes that eventualy save costs and time.

Highlights of our functional testing services:

  • Model-based testing
  • Domain-enabled accelerators
  • Risk-driven, optimized test planning and execution
  • Reusable test assets
  • Pre-packaged solutions
  • Test automation at the planning phase
  • Requirements profiling and validation
  • Statistical techniques for defect prediction
  • Dashboard for execution progress, defect status and residual defects

Value For Clients
Business benefits to the clients include:

  • Informed decisions about the timing of test closure
  • Increased predictability
  • Enhanced productivity
  • Accelerated time-to-market
  • Considerably reduced effort in the test case design phase
  • Cost Savings
  • Optimal test coverage
  • Minimal effort in test case creation and maintenance
  • High Return on Investment
  • Early identification and rectification of critical defects
  • Reduced Total Cost of Ownership
  • Enhanced reliability and availability of systems
  • Reduced post-production defects

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