Top Software Testing Companies

The process of examining a software product to ensure it performs its intended function and fixes the defects is termed software testing. Software testing helps developers build flawless software solutions free from data vulnerabilities. Performing rigorous software testing can improve software quality, increase user data security, enhance customer satisfaction, reduce bugs, and save money.

The benefits of software testing are identifying bugs, addressing the issues in the development cycle, ensuring the quality and the success of the product, accelerating the development process, securing compliance, reassessing the vulnerabilities, reducing the mitigated risk associated with software projects to enhance software reliability, improving the user experience, saving time and resources.

The different software testing methodologies adopted by software testing companies are waterfall testing, sequential testing, agile testing, DevOps testing, continuous testing, spiral testing, risk-based testing, model-based testing, behavior-driven testing, and exploratory testing. Each of these testing methodologies leveraged by testing service companies has its own advantages and selecting the method is purely based on the project requirements.

The types of software testing are unit testing, integration testing, functional testing, non-functional testing (performance, security, compatibility accessibility, reliability, and usability testing), system testing, smoke testing, regression testing, user acceptance testing, exploratory testing, adhoc testing, and complete end-to-end testing.

There are two chief software testing types:

• Functional Testing
• Non-Functional Testing

1. Functional Testing:

Functional testing authenticates the software system against operational requirements as well as specifications. The main goal of functional testing is to verify critical system operations, basic usability, and accessibility while checking for error conditions.

The four main Functional Testing categories are as follows:

1. Unit Testing: Unit Testing is a process that concentrates on individual components of the software to ensure that the system operates as expected. It assists software testers in identifying and fixing bugs and defects in the early stages of the development cycle, allowing coders to modify the code as needed.
   
   Automated as well as manual testing can be conducted for unit testing. Testers can isolate groups of code and perform rigorous testing, which helps to identify unnecessary dependencies between the codes that should be eliminated. One of the most important benefits of unit testing is that it allows programmers to restructure existing codes to ensure the module functions flawlessly.
    
2. Integration Testing: Integration testing logically assembles software modules in a group and tests them. This allows testing service providers to identify and resolve bugs hindering communication between the software modules. Integration testing also covers the impromptu changes made in the software, which might not have been unit tested.
   
   Integration Testing checks data flow between software components. Two approaches are available - Big Bang or Incremental. It analyzes the interface link between the login and home pages to ensure the user is directed to the software's main page.
    
3. System Testing: System testing validates the complete application. It ensures that the end-to-end functioning of the system meets the quality standards set by the client. System testing is generally performed by independent software testers who haven't contributed to the development of the software in any way. This ensures that the results and reports delivered are accurate and unbiased.
   
   Automated software testing involves analyzing the outcome of every input in the system to ensure that the desired outputs are achieved and that users have a positive experience. In addition to validating business requirements, system testing verifies the application's architecture.
4. Acceptance Testing: Acceptance testing, also known as User Acceptance Testing (UAT), is performed to assess whether the system is ready for deployment. Clients or end-users do these tests to ensure the integrity of the application. During software development, there are chances that specific user requirements may not be adequately communicated to the developers. This may result in developing a highly different system from what the user requested.
   
   Acceptance testing implements the following steps.

• Analysis of Client Requirements
• Distinguish Test Scenarios
• Formulating UAT Test Plans
• Test Cases
• Record Results
• Confirm Objectives

Once this testing procedure is completed and the system passes the tests, the program is moved to production.

2. Non-Functional Testing:

Non-functional testing verifies non-operational aspects of software, such as performance, usability, and reliability. It assesses readiness beyond functional testing.

For example, Non-functional Testing checks the number of people who can simultaneously log in to an application.

The key objectives of Non-functional Testing are:

• Increase usability, maintainability, efficiency, and other criteria of the product.
• Decrease production risk and cost.
• Optimize product installation.
• Accumulate metrics for internal R&D.

The following are the different software testing types of Non-functional testing modules:

• Installation: Installation testing detects and resolves any errors during software installation.
• Localization: Software testing companies assess the software for it to work according to the culture and setting of the deployment location.
• Performance: As the name suggests, performance testing is done to warrant the smooth working of the software.
• Recovery: Software testing companies must ensure that after any sudden crash in the system, it must be easily recoverable. This is analyzed during Recovery Testing.
• Reliability: Reliability testing checks the extent of the software system to which it can continuously perform specific tasks without hindrance.
• Security: This parameter defines how software is safeguarded against sudden or deliberate attacks from internal or external sources.
• Stress: Stress testing studies the limit of the software with an increased workload to which it can operate without lagging.
• Usability: This ensures the user can learn, operate, and communicate with the system effortlessly.
• Volume: The software testing service providers maintain the system's capacity to handle massive data without affecting its response time.

Apart from the above-mentioned, testing service companies also offer Automation testing, Compatibility testing, Compliance testing, Load testing, etc.

Businesses can also opt for additional software testing tools to improve the implemented software testing techniques. Some popular software testing tools are A/B testing software, QA testing software, Beta testing software, etc.

Software testing companies offer end-to-end software performance testing services, which include functional testing, non-functional testing, next-generation testing, DevOps testing, data testing, security testing, compatibility testing, usability testing, integration testing, acceptance testing, sanity testing, and so on. They also do test consulting and specialized testing services customized as per the project. All these testing techniques have different goals and are carried out by the testing service companies to verify whether the software performs as expected and meets the end users' requirements.

Software testing companies definitely help in improving the performance of your software. Quality assurance and software testing are carried out to maintain the quality of the software, improve development techniques, reduce development time, and reduce development costs. Better quality also assures customer satisfaction, user experiences, scalability, and responsiveness. Testing the software on multiple devices also ensures compliance with the industry standards.

Software testing companies take around 4-8 weeks to complete testing projects, depending upon testing algorithms, methodologies and the tester’s experience. This time varies with the coding language used, complexity and type of software, technological tools required, number of tests to run, etc. Identification and removal of issues associated with security, functionalities, platform compatibility, responsiveness, loading speed, run-time errors, etc., can also impact the software testing time.

You must consider the following crucial factors to choose the software testing services company for your software testing project needs;

• Summarize your software testing project requirements, including purpose, location, technologies & tools needed, whether your project needs automated or manual testing, budget, deadlines, etc.
• Research on the latest global market trends in software testing solutions.
• To ensure proper communication throughout the project, you must decide the preferred location for the software testing companies to match your time zone.
• Refer to the list of software testing companies from renowned listing pages like GoodFirms.
• For a better selection, filter the list on various parameters like location, services, industry, company size, reviews, and others.
• Contact the chosen software testing service providers to discuss your detailed requirements, expectations, deadlines, budget, and other preferences.

Compare the shortlisted top software performance testing services companies based on their reviews, ratings, skills, experience, and pricing to choose the software testing experts for your project.

Hiring a software tester might cost you anywhere from USD 7 to USD 40 per hour. The cost of hiring a software tester fluctuates based on factors like the experience and expertise of the tester, testing tools and technologies used, complexities of the software, type of tests required, location of the tester, and employment type.

Goodfirms has listed 4000+ Software Testing Companies, based on reviews & ratings, here are some highly experienced Software Testing Outsourcing companies:

• QualityLogic - <25 years of experiences (5/5 Ratings)
• TestMatick - < 20 years of experience (5/5 Ratings)
• Crestech Software Systems Pvt. Ltd - <15 years of experiences (5/5 Ratings)
• Vervali Systems Pvt Ltd - <10 years of experience (4.8/5 Ratings)
• Civenty - <5 years of experiences (5/5 Ratings)

The Software Testing Life Cycle (STLC) is a structured framework for ensuring the quality and functionality of software applications that involve a series of well-defined phases that work together to identify and fix bugs before the software is released to users. Here's a breakdown of the different phases involved:

1. Requirement Analysis: 
   Goal: Understand the software's functionalities, features, and non-functional requirements.
   Activities: Analyze documents like user stories, technical specifications, and system requirements. Identify potential areas for testing based on these requirements.
    
2. Test Planning:
   Goal: Define the scope, resources, and schedule for testing activities.
   Activities: Create a test plan outlining the testing strategy, test types, tools, and resources needed. Estimate the time and effort required for each testing phase.
    
3. Test Designing:
   Goal: Develop detailed test cases to be executed during testing.
   Activities: Design test cases based on the identified requirements and functionalities. Define the expected results for each test case.
    
4. Test Environment Setup:
   Goal: Configure a testing environment that replicates the production environment.
   Activities: Install the software application on the testing environment - Configure hardware, software, and network settings.
    
5. Test Execution:
   Goal: Execute the designed test cases against the software application.
   Activities: Run the test cases manually or using automated testing tools. Record the results and compare them with the expected outcomes.
    
6. Test Closure:
   Goal: Evaluate the overall testing process and identify any remaining issues.
   Activities: Analyze the test results and report any bugs or defects found. Prepare a test summary report documenting the testing activities and findings.

As per Goodfirms research and methodology, here are some of the lowest hourly rates of Testing Companies:

• QualityLogic - $25 - $49/hr (5/5 Ratings, 5 Reviews)
• SHIFT ASIA - < $25/hr (4.4/5 Ratings, 6 Reviews)
• hikeQA - < $25/hr (5/5 Ratings, 5 Reviews)
• KiwiQA Services - < $25/hr (4.8/5 Ratings, 13 Reviews)
   

The best-rated Software Development companies on GoodFirms, based on verified client reviews and ratings, include:

• Next Big Technology(NBT) - (5/5 Ratings, 100 Reviews)
• Aalpha Information Systems India Pvt. Ltd - (4.9/5 Reviews, 62 Reviews)
• LambdaTest - (4.6/5 Ratings, 46 Reviews)
• UTOR - QA services and Software Testing company - (4.9/5 Ratings, 22 Reviews)
• AppSierra - (5/5 Ratings, 20 Reviews)