Given that the design, usability, consistency, navigation and automated scripts of software can undergo rapid changes to meet user demands, manual testing is crucial to guarantee high-quality performance. Indeed, the QA process cannot be 100% automated, and manual testing is critical to attaining the best possible results.

Supremesoft has extraordinary depth of skills in performing various manual testing strategies and concepts, including:

• UI Testing
• Usability Testing
• Ad Hoc/Random Testing
• Link Testing
• Functional Testing
• Boundary Value Analysis
• Configuration Testing
• Data Integrity Testing
• Integration Testing
• System Testing
  

Supremesoft’s extensive experience with software products, testing methods and automated test development tools allows efficient evaluation of your application and recommendation of the test development tools that best fit your needs. Supremesoft works with multiple test tool vendors to provide informed, objective advice on test tool selection.

Supremesoft offers a host of Automated Testing Services to help your organization incorporate automated testing into your QA process.

• Automated Test Tool Evaluation and Selection
  Supremesoft eliminates the confusion and frustration of evaluating and selecting the right automated tools. With vast and diverse experience in automating tests of complex applications, Supremesoft has developed a comprehensive method used for comparing automated test tools. After automation engineers perform an evaluation of leading automated test tools for your application, a Test Tool Assessment is created which details the findings and recommendations. Before making any investment, Supremesoft verifies that the test tool being considered is compatible with your testing environment.
• Defining Automated Testing Strategies and Methodologies
  Deciding on the right automation strategy for a project is an important but often complex task. Supremesoft can steer your project toward success by defining and implementing an appropriate Automation Strategy and Methodology.
• Automated Test Development and Execution
  Recruiting experienced resources and building an effective automation team can be difficult and time-consuming. With its team of automation engineers, Supremesoft can build an automation environment rapidly and effectively by developing automated test scripts, regression-testing your applications, and creating a thorough assessment for each test cycle.

Customer loyalty is directly attributed to a website's user-friendliness, responsiveness and reliability. Failure to deliver high availability, flawless performance and a positive experience may impact a company's revenue and reputation. Supremesoft’s performance, load and stress-testing services provide clients with detailed information regarding the stability of their site and software. Supremesoft can simulate large loads on the client’s applications and obtain quantitative information about the performance of the site under a range of server loads.

At Supremesoft, we believe that software security should be built-in, not merely added on. By identifying potential security holes and vulnerabilities early in the design process, we help the customer plug the software security holes before the software is even up and running. Supremesoft helps customers determine an acceptable level of risk for the business based on goals, resources and budget. Then Supremesoft develops security tests directed at these risks to see how the application will behave under an active attack.

Information security has become a paramount issue these days. Security can be breached or compromised in countless ways. Unfortunately, some situations that may contribute to these risks are not recognized until exceptional conditions occur. For example, how well does your web site behave if it were to become swamped with an inordinate number of users? What security holes are opened up as the protocols, and other infrastructure, that drive web sites become stressed? Our Security testing services provide answers to these and other concerns by artificially creating scenarios that mimic these types of activities, while simultaneously evaluating components that are susceptible to security breaches.