Benefits of Our QA and Testing Services

By choosing Intellectsoft, you tap into a decade of expertise in QA and software testing. We utilize the latest technologies, practices, and standards to help you develop high-quality software within your required timeframe.

A Decade of Experience in QA Services

For over a decade, our QA testers have guaranteed the seamless operation of numerous software solutions. Our experts have tested a wide range of products, from mobile applications and complex enterprise software. With our services, you receive reliable, fail-safe software that your company can depend on.

Established In-House Standards

Our QA services adhere to a comprehensive set of procedures, guidelines, and project documents developed from industry best practices and standards. Our QA testers not only prevent defects before they occur but also ensure the high quality and timely delivery of every software solution.

Automation & Agility

To ensure rapid software delivery without compromising quality, we employ a tailored approach to automated QA. We implement automated unit testing across all projects, while automated acceptance and other testing types depend on your software architecture, tech stack, project scale, and other factors. Our DevOps engineers and QA testers collaborate closely to enable seamless and continuous agile delivery.

Our QA and Software Testing Services

We provide a comprehensive range of software quality assurance services, ensuring you receive robust, reliable software that meets your requirements and business objectives.

Test Design Techniques in Detail

• Equivalence Partitioning Equivalence partitioning involves dividing input data into valid and invalid partitions. Test cases are then created for each partition, ensuring that every possible input scenario is tested without redundancy. This method reduces the number of test cases while still effectively covering all potential input values.
• Boundary Value Analysis Boundary value analysis focuses on testing the edges of input ranges. Since errors often occur at the boundaries of input values, this technique targets the minimum, maximum, just inside, and just outside boundaries. This ensures that any edge case issues are identified and addressed.
• Cause/Effect Analysis Cause/effect analysis is used to identify all possible causes of a given effect. It involves creating a cause-and-effect graph to map out all potential inputs (causes) and their expected outputs (effects). This helps in developing test cases that cover a wide range of scenarios and ensures thorough testing of the software’s functionality.
• Bottleneck/Issue Assumption Bottleneck/issue assumption involves identifying potential performance bottlenecks and areas prone to defects within the software. By focusing testing efforts on these critical areas, we can ensure that performance and stability issues are detected and resolved early in the development process

Levels of Our Software Testing Services

Automated QA: Unit Testing Our automated unit testing ensures that individual components of your software function as intended. This helps in catching issues early in the development process, making fixes simpler and more cost-effective.

API Testing We perform comprehensive API testing to verify that all interactions between different software components are working correctly. This ensures smooth and reliable communication within your system and with external services.

Integration Testing Integration testing checks the seamless integration of various modules within your application. We ensure that combined components function together as expected, identifying interface defects between modules.

System Testing System testing involves evaluating the complete and integrated software application. Our goal is to verify that the system meets the specified requirements and to detect any issues that might have been overlooked during unit and integration testing.

Acceptance Testing Acceptance testing is the final phase of testing where we validate the software against user requirements. This ensures that the end product is ready for deployment and meets the client’s business needs and expectations.

Types of Our Software Testing Services in Detail

Functional Testing (All Levels) Functional testing ensures that each function of the software operates in conformance with the requirement specifications. This includes testing all levels, such as unit testing, integration testing, system testing, and acceptance testing, to verify that each component and the entire system function correctly.

Functional Automation Testing Functional automation testing leverages automated tools to perform tests on the software’s functionalities. This method increases efficiency, consistency, and coverage while reducing manual effort. Automated scripts are created to execute predefined test cases, ensuring rapid and repeated testing without human error.

Feature Testing (Positive and Negative Scenarios) Feature testing focuses on verifying individual features of the software to ensure they work as intended. This includes both positive scenarios (where the feature is used correctly) and negative scenarios (where the feature is misused or invalid inputs are provided). This approach helps in identifying edge cases and potential bugs.

End-to-End Testing End-to-end testing validates the complete workflow of the software from start to finish, simulating real-world scenarios. This ensures that the entire system works together seamlessly and that all integrated components function as expected in a production-like environment.

Changes or Improvements Software QA Services Our software QA services for changes or improvements focus on verifying that updates, patches, or new features do not introduce new defects. This involves regression testing to ensure that existing functionalities are not adversely affected and that the improvements meet the specified requirements.

Types of Our Software Testing Services in Detail

Functional Testing (All Levels) Functional testing ensures that each function of the software operates in conformance with the requirement specifications. This includes testing all levels, such as unit testing, integration testing, system testing, and acceptance testing, to verify that each component and the entire system function correctly.

Functional Automation Testing Functional automation testing leverages automated tools to perform tests on the software’s functionalities. This method increases efficiency, consistency, and coverage while reducing manual effort. Automated scripts are created to execute predefined test cases, ensuring rapid and repeated testing without human error.

Feature Testing (Positive and Negative Scenarios) Feature testing focuses on verifying individual features of the software to ensure they work as intended. This includes both positive scenarios (where the feature is used correctly) and negative scenarios (where the feature is misused or invalid inputs are provided). This approach helps in identifying edge cases and potential bugs.

End-to-End Testing End-to-end testing validates the complete workflow of the software from start to finish, simulating real-world scenarios. This ensures that the entire system works together seamlessly and that all integrated components function as expected in a production-like environment.

Changes or Improvements Software QA Services Our software QA services for changes or improvements focus on verifying that updates, patches, or new features do not introduce new defects. This involves regression testing to ensure that existing functionalities are not adversely affected and that the improvements meet the specified requirements.

Our QA Services Lifecycle in Detail

Our QA testers integrate into the project activities from the early stages of product development. This proactive approach ensures that every aspect of your software is thoroughly examined, and that the product quality meets the agreed-upon acceptance criteria.

Planning

• Project Documentation Review: Our QA team reviews all project documentation to understand the requirements, goals, and expectations.
• Test Plan Creation: We develop a comprehensive test plan outlining the testing strategy, objectives, resources, schedule, and deliverables.

Design

• Test Cases Design: Detailed test cases are designed based on the requirements and specifications, ensuring comprehensive coverage of all functionalities.
• Automated Testing Implementation (if required): If automation is needed, we develop automated test scripts to increase efficiency and accuracy.

Implementation

• Test Execution and Defects Reporting: Our QA team executes the test cases, identifies defects, and logs them for resolution.
• Test Cases and Scripts Updates: Based on the findings, test cases and scripts are updated to reflect any changes or new scenarios.
• Interim Tests Results Reporting: Regular updates on the test results are provided to keep stakeholders informed of the progress and any issues identified.

Stabilization

• Verification of Fixed Defects: Once defects are fixed, we re-test the software to ensure that the issues are resolved.
• Regression Testing: We conduct regression testing to verify that new changes have not adversely affected existing functionalities.

Delivery

• Acceptance Testing: We perform acceptance testing to ensure the software meets the acceptance criteria and is ready for deployment.
• Scope Verification: We verify that the software meets all specified requirements and that the scope is complete.
• Deliverables Check: All deliverables are checked for accuracy and completeness.
• Final Tests Results Reporting: A final report is generated, summarizing the test results, findings, and the overall quality of the software.

This structured QA services lifecycle ensures that your software is thoroughly tested and delivered with the highest quality.