Quality Assurance Services

Name: Quality Assurance Services
Brand: Chudovo
Rating: 4.9 (7 reviews)

Services

Testing

We test softwares, applications, packages, plugins and more:

Setting up QA process, identifying testing strategy
Setting up test environment, planning and execution of QA activities
Creation of relevant test documentation (such as; test cases, test plans, etc.)
Defects identification, tracking, monitoring
Providing test reports

Test Automation

Chudovo quality assurance engineers develop sophisticated workflows to run your tests as new changes or updates are made to your software. We offer test automation services:

Implementation of the test automation strategy and plan
Strategic selection of test automation tool(s) for the project
Setting up the environment, generation of automated test data
Designing tests/writing test scripts
Implementing testOps and devSecOps principles and tools

Consultation

Trust our QA engineers to help with; but not limited to the following:

Quality assessment
Execution of auditing services in order to evaluate QA processes, identify bottlenecks, outlining recommendations/testing strategies that suit project goals and timelines
Provide ongoing support to adjust testing strategies as project continues to grow

Our Clients

Chudovo offers software quality assurance for diverse business types.

Startups

For newly established businesses we can take care of guaranteeing that your products or services work properly and meet customer expectations. From Fintech startups to tech startups, etc.

SMEs

For small and medium-sized enterprises, our team of quality assurance engineers provides quality assurance services tailored to your business regardless of the industry. Our goal is to help improve software reliability, security, and performance.

Enterprises

Our quality assurance engineers offer comprehensive test strategies to handle complex systems. Our expertise ensures that your enterprise applications perform and meet customer expectations.

Functional Testing

Functional testing covers bits of code that are connected. This type of test checks the interactions between two or more components or functions of the software in terms of output, behavior, and data handling.

Compatibility Testing

This type of test verifies that your application is compatible and responsive across browsers, devices and operating systems.

Security Testing

This type of test confirms that your software is immune and protected from common cyber threats like XSS, SQL injection (for databases), malware and more.

Performance Testing

This type of test measures software performance under certain conditions to check if it meets performance requirements (speed, normal and high usage, or responsiveness). It is comprised of two types of tests; stress and load testing.

Smoke Testing

This type of testing is done manually by QA testers at the early stages of testing before performing intense testing. Here, basic functionalities are tested; software initialization or basic start-up functionalities.

Regression Testing

This type of testing verifies that code changes or updates have not compromised a software's existing functionality. This type of test is run when there is a change in the environment or code.

UI/UX Testing

UI/UX testing evaluates how effectively can end users navigate through a particular application (mobile or web). It answers the question; does it meet customer expectations in terms of user experience and visual design?

Accessibility Testing

This type of testing checks that an application or software is usable by people with disabilities. It checks that the software or application in question complies with Web Content Accessibility Guidelines and that all users have equal access to the application's functionality.

Black Box Testing

This type of testing does not require QA testers to study or look at software code. This test checks if all software specifications are met.

White Box Testing

This type of testing is the reverse of black box testing. Here QA testers are expected to test software code and analyze code behavior.

AdHoc Testing

This type of testing is regarded as an informal testing procedure whereby QA tests randomly test software behavior in an unplanned or unstructured manner.

Chaos Testing

This type of testing falls under chaos engineering and is used to test software resilience and stability by intentionally inducing disruptions; fault injection, etc.

Interrupt Testing

This type of testing checks how a software or an application responds and handles software and hardware interrupts. Testing how an app handles incoming calls, SMS, or notifications while it’s running, verifying how an embedded system like a smart thermostat responds to power fluctuations, checking how a web app responds to network disconnections/sudden browser closures or testing how a desktop application handle system notifications, updates, sleep mode interruptions, etc.

Acceptance Testing

This type of testing answers the question, “is this ready to be released?”. It checks if all business/software specifications are met.

System Testing

The type of testing involves testing a complete product; i.e. testing a product, software or application as a whole. This encompasses unit testing, functional testing and integration testing.

Unit Testing

Performing a unit test involves testing individual bits of code or components in isolation to verify that they produce the expected results.

Integrated Testing

The type of testing verifies if modules or a couple of units interact with each other and are able to exchange data in the expected format, produce expected error messages and more.

Our Testing Process

Our quality assurance engineering team follows the following testing process.

Test Planning

We list out specific objectives of the test to carry out, the scope and methods to approach it in terms of tools to use, test schedule and timeline, etc.

Test Monitoring and Control

Next, we track testing progress, and adjust, and revisit the test planning stage if needed.

Test Analysis

Then we analyze software specifications and identify what features, functions, or items are testable.

Test Design

Once we have analyzed the software specifications, we develop test cases based on these specifications; and identify test environments and additional test requirements.

Test Implementation

With test design in place, we prepare the test environment(s) and ensure test data and other test prerequisites are set.

Test Execution

We execute planned test cases, monitor the test results (pass or fail), retest failed tests after they are resolved, and track test execution against the test plan.

Test Completion

Then, we conclude the testing process; with all tests completed and documented and then; release test reports.

Our Tech Stack

Test Automation Tools

Test Management Software

Test Monitor
New Relic
Jira
Xray
TestNG

Performance Testing Tools

Apache JMeter
Load Runner

API Testing Tools

Postman
SoapUI
Karate
Cypress
Playwright

Mobile Testing

Appium

Code Review Tools

SonarQube

DevOps Tools

TestOps Tools

Artillery
Puppeteer
Katalon

Bug Tracking Tools

FAQ

What is manual and automated testing? Answer

Testing can either be performed manually or automatically. For manual testing, the coder or anyone else identifies bugs and issues without using an automation tool. This involves accessing application performance or UI/UX issues in an exploratory manner.

However, for automated testing to take place, test cases are manually written; which automation tools test against when a new change is made to the codebase. It involves using automation tools to automatically run tests that are already present. i.e. written by a human. This is mostly used in CI/CD pipelines; where certain features have to be tested continuously when new changes are made and pipelines where updates are only pushed to production if and only if tests pass.

Automated testing is effective for regression testing, where some tests need to be executed frequently for backward compatibility. Automated testing is fast; not as slow and repetitive as manual testing

Do you offer ISTQB certified testers for hiring? Answer

Yes, we offer ISTQB certified testers for hiring. Our quality assurance team are all ISTQB certified professionals. ISTQB stands for International Software Testing Qualifications Board; they offer certification exams in software testing principles. They offer exams for foundational level, advanced level to expert level.

Individuals who pass these exams are issued certificates that are recognized globally. These individuals are known as ISTQB certified testers. Chudovo’s goal is to make sure clients receive reliable, high-quality QA services.

What are the ways tests can be conducted? Answer

Tests can be carried out in two ways. Through QA outsourcing or in-house testing. Conducting QA outsourcing entails handing over testing processes to external bodies that offer software testing services like Chudovo; who offer a dedicated team of experienced quality assurance engineers with software testing expertise. This type of testing requires external services providers and is costly compared to in-house testing.

In-house testing involves conducting software testing activities internally, by the organization’s employees or engineers. It is cost-effective and not as expensive as QA outsourcing. Here, the development team conducts the tests (unit, integrated, performance, etc) while other employees or teams conduct alpha testing to check that software meets certain standards before beta and then; release.

Why should you test? Answer

Testing reveals bugs and checks if features of a software work as expected. Testing confirms that a software is performant in certain and unforeseen conditions, secure and is convenient to use for end users. If you don’t test, then you should not release.

Chudovo offers app testing services, QA consultation, automated testing solutions and more.

How does quality assurance contribute to the DevOps process? How does it improve the software delivery? Answer

Quality assurance is very important and is highly welcomed in the DevOps culture. When you talk about DevOps, you simply mean automation. When quality assurance is practiced in an automated manner, you catch bugs faster and you don't ship buggy code to production. This ensures fast and reliable software delivery, in the sense that continuous testing is employed, consistency and reliability are maintained and risk is reduced.