Focus on prevention and reduce technical debt
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Recommendation rate
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Our Quality Assurance Process is a systematic approach that includes the entire software development lifecycle and collaborates with all business operations.
The QA ensures error-free software development by focusing on prevention rather than just detection. This process is essential in the software development lifecycle as it guarantees that software development processes are followed correctly and that the end product fulfills quality requirements, which leads to greater customer satisfaction and reputation.
Our Quality Assurance focuses on prevention rather than just detection. By adhering to rigorous testing and quality standards, we guarantee error-free software development. This holistic approach considers not only the end user's experience but also aligns with business requirements, fostering customer satisfaction and a sterling reputation.
By implementing the QA, we minimize the risk of usability issues or any unforeseen problems during the customer adoption or rollout phases.
As the first step in our Quality Assurance (QA) process, we conduct a thorough review of the existing QA setup. We aim to gain a comprehensive understanding of the project's quality requirements. This involves scrutinizing the various facets of the project to ensure that our QA process encompasses all critical aspects.
Following the QA readiness assessment, we create a detailed test plan. This document serves as a roadmap for the entire testing phase. It outlines the objectives and scope of testing, procedures for test scenario development, requirements for the test environment, and the resources needed. This comprehensive test plan serves as our guide throughout the QA process.
In this step, we focus on setting up or updating a test environment that closely mirrors the production environment. This includes configuring hardware, software, and various settings. We also enable code for mocking and dependency injection to ensure that our testing environment is as realistic as possible.
Leveraging advanced automation testing tools, we establish a framework to enhance efficiency and reduce the potential for human error. This involves carefully selecting appropriate tools, configuring automation settings, and ensuring seamless integration into our testing environment.
Based on the comprehensive test plan, we meticulously design test cases that cover both functional and non-functional requirements. These test cases are formulated to be clear, concise, and to encompass all possible scenarios, ensuring a thorough examination of the project's functionality.
This stage involves the systematic execution of the designed test cases. We verify the functionality of the project, capturing detailed test results, including any issues or defects encountered during testing. Each defect is carefully assigned severity and priority levels, and we track their resolution progress. The validation process ensures that the project meets the specified requirements.
Throughout the QA process, we conduct regular reviews and non-planned testing to identify and address potential bottlenecks and inefficiencies. This ongoing assessment helps us refine our QA testing process and ensures continuous improvement.
As new items are added to the product backlog, we update it with relevant QA-related information. This includes reviewing and updating test cases to accommodate any changes or additions to the backlog. This step ensures that our testing efforts remain aligned with the evolving project requirements.
Once the QA team is confident that all test cases have been executed successfully, we involve stakeholders or end-users in acceptance sessions. These sessions aim to validate the project against the original requirements, ensuring that it meets the expectations and standards set by the project stakeholders.
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Quality assurance makes sure the software is reliable, performs well, and satisfies users. It builds confidence by encouraging improvement and efficiency, reducing risks during software launch.
Improve your business reputation by providing high-quality products to your customers.
Identifying and correcting problems early in the development process lowers the overall development cost.
With meticulous attention to detail, we guarantee a flawless and error-free product, setting the standard for excellence in usability.
Involving everyone in the QA process develops a collaborative and shared responsibility culture, which can lead to better software outcomes.
TOP SOFTWARE DEVELOPMENT
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Clutch, 2023
TOP SOFTWARE DEVELOPERS
Acquisition Int., 2023
Bridging borders, serving clients in over 80 countries worldwide.
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Since 2010, we’ve delivered more than 300 web, software, and mobile application services.
With a recommendation rate of 99%, Imaginary Cloud boasts over 100 passionate, EU-based professionals who seamlessly align your business goals with cutting-edge digital technologies.
Renowned for our expertise in processes that ensure top-notch quality delivery, our dedicated team of web developers, designers, project managers, and data scientists possess the technical knowledge, creativity, and vision required to craft exquisite, intelligent web and app software products.
DEVELOPERS
From React, Flask, Django to Node and Ruby on Rails developers, we have a great talent-pool of web developers with a high technical expertise to develop complex web based applications
Designers
Our award-winning designers and developers work side-by-side to create superior UX/UI experiences for your web development project, using leading tools such as Webflow.
Project Managers
Drawing on experience in industries galore, our Project Managers define the requirements and outline the scope of a future web app. After that, they provide a high-level project plan, give rough time estimates, and compile a team for implementation.
Data Scientists
By following a technology-agnostic process, our Data Scientists design Artificial Intelligence systems through incremental development, using a scrum-based methodology. The aim is to help companies like yours automate business, make better decisions, forecast future patterns or trends, and build competitive advantage.
Imaginary Cloud focuses on crafting scalable technology. With our proprietary development processes, we ensure dependable, user-centric solutions that propel smooth digital transformation for both Enterprise and Scale-up companies.
We provide you with flexible solutions throughout the software development lifecycle, from expanding your delivery team to full project management, depending on your requirements.
Browse the Frequently Asked Questions and get your answers. Or better yet – get in touch with our team and let’s talk!
get a quoteYour business should consider implementing Quality Assurance (QA) practices at various stages and under different circumstances. Here are some scenarios and stages when integrating QA into your business processes becomes crucial:
• Product Development:
When initiating a new product or service development project, incorporating QA from the outset ensures that quality considerations are integral to the entire development lifecycle. This proactive approach helps prevent defects and ensures a high-quality end product.
• Software Development:
If your business involves software development, QA is essential to ensure the reliability and functionality of your applications. Implementing QA processes early in the development cycle helps catch and address issues before they reach the production environment.
• Continuous Integration/Continuous Deployment (CI/CD):
As your business adopts CI/CD practices to achieve faster and more frequent releases, integrating QA into the CI/CD pipeline becomes critical. Automated testing during CI/CD helps maintain product quality while enabling swift and reliable releases.
• Customer Satisfaction Concerns:
If your business has received customer complaints related to product quality, functionality, or reliability, it's a clear signal to consider implementing QA practices. QA helps identify and address issues before they reach customers, improving overall satisfaction.
• Compliance and Regulatory Requirements:
In industries with strict compliance and regulatory standards, such as healthcare, finance, or aviation, incorporating QA is not just advisable but often mandatory. QA ensures that products and services meet industry-specific standards and regulations.
• Business Growth or Scaling:
When your business experiences growth or plans to scale its operations, QA becomes essential to maintain consistency and reliability across a larger scope. It helps ensure that quality is not compromised as the business expands.
• Cost Reduction:
Implementing QA practices can contribute to cost reduction in the long run by preventing the need for extensive post-release bug fixes and customer support. Detecting and fixing issues earlier in the development process is more cost-effective than addressing them after product release.
• Reputation Management:
If your business heavily relies on its reputation and brand image, maintaining high-quality products and services is crucial. QA helps protect and enhance your brand by delivering reliable and consistent experiences to customers.
• Project Complexity:
When undertaking complex projects that involve intricate systems, integration of various components, or multiple stakeholders, QA becomes indispensable. It ensures that all components work harmoniously and meet the specified requirements.
• Continuous Improvement Initiatives:
If your business is committed to a culture of continuous improvement, implementing QA practices aligns with this philosophy. QA facilitates the identification of areas for improvement and encourages a systematic approach to refining processes over time.
Quality Assurance ensures that software meets the specified requirements, is free of critical defects, and functions reliably. By systematically evaluating every aspect of the software, QA significantly reduces the risk of failures and enhances overall customer satisfaction. Ultimately, QA plays a pivotal role in contributing to the success of a project by delivering a high-quality product that meets or exceeds user expectations.
Manual testing involves human testers executing test cases without the use of automation tools. In contrast, automated testing employs software tools to execute pre-scripted tests. Automated testing is particularly efficient for repetitive tasks and regression testing, where multiple test cases need to be repeatedly executed. For example, automated testing tools can be used to simulate user interactions and ensure the software's functionalities remain intact after each code change.
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Creating effective test cases involves a comprehensive understanding of the requirements. Test cases should cover both positive and negative scenarios, ensuring thorough coverage. It is crucial to design test cases that are independent, clear, and concise. For instance, if testing an e-commerce website, effective test cases would cover scenarios such as successful order placement, handling incorrect payment details, and verifying the accuracy of order confirmations.
A test plan serves as a detailed roadmap for the entire testing project. It outlines the strategy, objectives, scope, resources, and schedule. For example, in the context of developing a mobile application, a test plan would specify the devices to be tested, testing methodologies, and the schedule for different testing phases. This document guides the testing team throughout the project, ensuring that testing efforts are aligned with the project goals.
In Agile development, QA is seamlessly integrated throughout the development lifecycle. QA teams collaborate with development and other stakeholders to ensure continuous testing. For instance, in a sprint planning meeting, QA teams actively participate, contributing insights into test requirements. This collaborative approach ensures that quality is maintained with each iteration, aligning development efforts with customer expectations.
Regression testing involves retesting a system after changes to ensure that existing functionalities still work as expected. It is crucial to catch unintended side effects of changes and maintain the overall integrity of the system. For instance, after introducing new features to a software application, regression testing would involve re-executing previously validated test cases to confirm that the existing functionalities remain unaffected.
Continuous improvement in QA processes is achieved through regular reviews, feedback analysis, and identifying bottlenecks. Implementing best practices and staying updated on industry trends are vital. An iterative approach to process enhancement involves learning from each testing cycle. For example, after each project, a retrospective meeting can be conducted to analyze what worked well, what could be improved, and how to implement those improvements in subsequent projects.
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Our team of business developers and project managers can help you to clarify any questions you have related. Feel free to chat with us anytime.
Understand what is Software Quality Assurance. Learn how this process in software development ensures efficiency and keeps top-quality results.