Automation testing company

Innowise provides bespoke automation testing services for accelerated development and software testing time. Our team of seasoned QA engineers implements the latest test automation practices to reduce regression cycles, expedite production timelines, and enhance test coverage. We’re adept at shifting testing left, integrating test automation early in the development phase for more predictive quality assurance. Our 17 years in the field equip us to handle complex test automation challenges, making sure your digital products are thoroughly tested and market-ready faster.

Test smarter, not harder with Innowise

Expert automation testing services we offer

Innowise offers automated QA testing services aimed at swiftly identifying and rectifying software defects. QA automation minimizes debugging duration, resulting in efficient and effective enhancement of product performance and dependability. We integrate bespoke test automation scripts and cutting-edge CI/CD methodologies to maximize the impact and efficiency of our testing procedures.

Functional automated QA testing

Unit testing

Our test automation engineers utilize testing frameworks like JUnit and NUnit for unit testing to isolate and verify each software function. We focus on test-driven development practices, guaranteeing that each code unit is tested rigorously for correctness under various scenarios.

Integration testing

In integration testing, we apply software testing tools such as Postman and SoapUI for API testing and use continuous integration systems to automate the evaluation of combined units. Integration testing helps in detecting interface defects among modules, providing seamless interaction within the app.

Regression testing

Within our test automation services, we leverage tools like Selenium and QTP, re-running a battery of tests after each change so that new code merges don’t disrupt existing functionalities. This process is essential in agile development environments to maintain integrity through continuous updates.

Mobile app QA automation services

Mobile UI testing

During mobile UI automated testing, our test automation engineers focus on the app’s interface across different devices. We verify touch gestures, screen orientations, and resolutions to guarantee the UI’s responsiveness. This process ensures consistent functionality in the mobile app.

Mobile compatibility testing

Our automated testing for compatibility enables the app to run seamlessly across various devices and operating systems. We test under different hardware conditions, network environments, and software configurations, guaranteeing a uniform experience for all users.

Mobile performance testing

In mobile performance testing, we simulate diverse network conditions and user loads to assess the app’s responsiveness and stability. This step identifies performance bottlenecks to make sure your app operates without a hitch under various stress conditions and usage scenarios.

UI testing automation services

GUI testing

Providing automated testing of graphical user interfaces, we rigorously check software’s visual elements for functionality and compliance with design specifications. We review interactive elements, alignment, colors, and font sizes for a visually coherent and intuitive interface.

Cross-browser testing

During cross-browser testing, we validate the software’s consistent performance across multiple web browsers. We assess functionality, layout integrity, and browser-specific performance, striving for a consistent and reliable user experience regardless of the browser.

Responsive testing

Conducting automated responsive testing, we ensure web applications adjust accurately to different screen sizes and resolutions. We evaluate layouts, imagery, and interactive features for adaptability, providing an optimal visual experience on all devices and viewing contexts.

Performance testing automation services

Load testing

This automated testing method helps evaluate how the software performs under expected user loads. We simulate high-traffic scenarios to establish stable performance, focusing on processing times, concurrent user handling, and system resilience under normal load conditions.

Stress testing

In stress testing, we deliberately overload the software to identify its breaking point and observe how it handles extreme conditions. This testing method helps pinpoint critical stress-related vulnerabilities and enhance the system’s robustness under peak loads.

Scalability testing

Scalability testing involves systematically increasing demands on the software to assess its expansion capability. We analyze how well the application adapts to growing user traffic and data volume, ensuring it maintains performance levels during increased demand.

Performance testing

Our performance testing encompasses evaluating response times, resource usage, and throughput under various load conditions. Automating performance testing, we verify the software delivers consistent and reliable performance across a range of real-world usage scenarios.

Security testing automation services

Penetration testing

For this automated testing method, we use tools like Metasploit and OWASP ZAP to simulate attacks and identify vulnerabilities in the software’s defenses. This process is key in preemptively strengthening security measures against potential real-world cyber threats.

Vulnerability scanning

In vulnerability scanning, we employ test automation programs such as Nessus and Qualys to systematically scan the software for security weaknesses. This step aids in detecting and rectifying vulnerabilities before they can be exploited, strengthening the software’s security resilience.

Security regression testing

This quality assurance testing type ensures that updates or new features have not introduced new security vulnerabilities. By re-evaluating the software post-modification, we affirm that its security integrity remains intact, safeguarding against emergent threats.

API testing automation services

API functional testing

API functional testing is invaluable for validating the functionality of each API with tools such as Postman and Swagger. We make sure that APIs perform as expected under various conditions, thoroughly covering all endpoints, request methods, and response handling.

API load testing

In API load assessment, we simulate high user load by utilizing tools like JMeter and LoadRunner to assess the API’s performance under stress. This helps identify bottlenecks and guarantee that your APIs can handle high traffic volumes without performance degradation.

API security testing

In our API security testing services, we employ automated scans with tools like OWASP ZAP to identify security vulnerabilities. We systematically run test cases for common security risks, ensuring APIs are protected against potential security threats and breaches.

Database testing automation services

Data integrity testing

Data integrity test automation facilitates the verification of data storage, retrieval, and processing accuracy in databases. Using scripts, we maintain data consistency and integrity throughout the lifecycle, crucial for maintaining database reliability and trustworthiness.

Data migration testing

In data migration testing, we automate the validation of data transfer among systems. Our tests rigorously check for consistency and completeness after migration, focusing on error-free data transition, essential for operational continuity and data integrity.

Database performance testing

Database performance evaluation involves assessing the efficiency of database operations under various loads using tools like Apache JMeter. We focus on simulating concurrent operations to guarantee databases maintain optimal performance and rapid data access in multiple scenarios.

CI/CD testing automation services

Automated build testing

For this automated testing method, we implement tools such as Jenkins and Travis CI for continuous monitoring of software builds. This process ensures each new code commit is error-free and critical for upholding high-quality standards in the software development cycle.

Automated deployment testing

This type of test automation confirms the success of software deployments across multiple environments. We focus on maintaining the adherence of each deployment to operational and functional specifications, vital for consistent performance and functionality across platforms.

Pipeline automation

For pipeline automation, we utilize tools like GitLab CI and CircleCI to facilitate the software delivery process stages. The process streamlines code integration to deployment, boosting testing efficiency and significantly reducing the likelihood of manual errors.

Test automation consulting services

Further to our test automation services, Innowise offers specialized test automation consulting. We focus on delivering custom strategies to enhance software testing processes, choosing the best tools tailored to the client’s infrastructure. Innowise’s test automation consulting services include a range of core elements, each shaped by the unique needs of each client.

Custom test automation strategy

We cater to individual requirements and provide bespoke automation strategies that align with client-specific demands.

Automation framework development

Innowise builds robust, scalable, and maintainable test automation frameworks adapted to your software systems.

Cloud-based test automation solutions

We help you implement cloud-based automated tests for higher scalability and cost-effectiveness.

Tool selection and integration

Our test automation engineers provide guidance in selecting the most suitable test automation tools for your technology stack.

Continuous improvement

Offering ongoing support, we ensure continuous enhancement of your test automation capabilities over time.

Business alignment

Innowise aligns test automation strategies with your targets to achieve maximum ROI and optimize operational efficiency.

Automation is a game-changer for reducing development costs. It’s hard to beat the efficiency of engineers getting feedback on their code in just 30 minutes, independently of the team. For developers, the ability to get feedback on code changes within half an hour optimizes the workflow and speeds up defect resolution directly in the pull request they’ve just written. A good example is our recent case in implementing automation tests for an eCommerce platform’s user interface – through automated test suites, we enhanced the platform’s reliability, drastically reduced the time required for comprehensive testing, and eliminated human error.

Andrew Artyukhovsky

Head of QA at Innowise

Core QA toolkits we work with

Our test automation company employs a tactical selection of advanced test automation instruments, focusing on functionality like script language compatibility, database and image quality assurance. This ensures our software testing meets targeted QA framework requirements and supports various platforms and automation technologies.

Web application testing tools

Selenium
Protractor
Ranorex
TestComplete
XCTest
SoapUI
Apache JMeter
Postman
REST-assured
Microsoft Visual Studio
LoadRunner

Silk Performer
RestSharp
Cypress
Playwright
WDIO
Nightwatch
CodeceptJS
TestCafe
nightmare
Karate

Mobile application testing tools

Appium
XCUITest
Selendroid
Detox

Calabash
Espresso
UIAutomator

Security testing tools

HCL AppScan
Nessus Professional
Nmap
BurpSuite
Acunetix
OWASP Zed Attack Proxy (ZAP)
SSLScan

Metasploit
Wireshark
DBeaver
rdp-sec-check
Snmpcheck
Aircrack-ng

Test automation infrastructure tools

Automation
Ansible
Puppet

Chef
Saltstack
HashiCorp Terraform

CI/CD tools

AWS Developer Tools
Azure DevOps
Google Developer Tools
GitLab CI/CD
Jenkins

TeamCity
Bitbucket
GitHub Actions
CircleCI

Test management and defect-tracking software

Jira
Zephyr
Microsoft Team Foundation Server (TFS)
Azure DevOps
TestRail

Bugzilla
LogiGear
BMC Compuware
Micro Focus Quality Center

Looking for an experienced AQA team?

Count on Innowise to conduct automation testing and achieve your business goals.

Why choose Innowise for test automation?

At Innowise, we provide not just automation testing services but comprehensive, customized software testing solutions that cater to the unique needs of each project. As an experienced player among automation testing companies, we prioritize delivering clear, predictable results without unwelcome surprises. Our approach combines transparency in test automation processes with the added value of deep industry knowledge to provide testing solutions that go beyond expectations.

Rapid deployment capability

Our experts can be integrated into your existing QA team within a week or two, ensuring prompt commencement of your test automation project.

Expertise you can count on

Our high rating on Clutch (4.9/5), coupled with a 93% customer retention rate, is a testament to our commitment to delivering excellence in every project.

Development team consistency

With an average staff tenure of three years, we maintain reliability and reduce risks associated with changes within your development team.

Cost-effective solutions

Our approach is designed to deliver up to 30% savings, combining superior performance with cost-efficiency in automation testing services.

60+

QA engineers in-house

75%

Senior and middle developers

16+

years of experience in QA

Manual testing vs automation testing: what to choose?

If you’re weighing the options between manual and automation testing services for your project, this comparison table will help guide your decision. Additionally, our experts at Innowise are always available to assist you in choosing the best testing approach for your project needs.

Factor

Automation testing

Manual testing

Definition

Use of software tools to execute multiple tests on the software automatically.

Software is tested manually by a tester to find defects.

Speed

High speed in executing tests.

Slower compared to test automation.

Cost

Higher initial cost due to tooling and setup, but cost-effective in the long run for repeated software testing.

Lower initial cost, no need for complex tools. The cost will increase in the future.

Accuracy

High accuracy as tests are performed by automation tools.

Prone to human errors, less accurate.

Suitability for large-scale

More suitable for large-scale or repetitive tasks.

Less suitable for large-scale software testing.

Best used for

Regression testing, load testing, and repetitive tasks.

Exploratory testing, usability testing, ad-hoc testing, new feature testing, defect validation testing.

User experience testing

Not suitable for user experience or user interface tests.

Ideal for testing user experience and interfaces.

Set up time

Requires time to set up environments and write scripts.

It can be started with minimal setup.

Maintenance

Requires regular updates to scripts with changes in the software.

No maintenance of test scripts required.

Show all table Show less table

While both manual QA and test automation services have their advantages, the choice often depends on the project’s scale, complexity, and specifications. Test automation, with its high speed, accuracy, and suitability for large-scale and repetitive tasks, often proves more beneficial in the long run, particularly for projects requiring frequent test runs.

Struggling to choose between manual and automation testing?

Our experienced team will provide personalized consultation on the best quality assurance methods for your software development project.

Key benefits of test automation

Test automation is pivotal for the success of large-scale and long-term projects. Its promptness and precision in assessing product changes streamline the development pipeline. These advantages of rapid quality feedback facilitate numerous benefits.

Immediate problem rectification

Test automation services allow for instant identification and resolution of issues within specific test cases as they emerge. The immediate response prevents minor bugs from escalating into major problems, maintaining the software’s integrity.

Reduced context switching for devs

Software developers can quickly verify the quality of their code changes without shifting focus to other tasks. This simplification of the development process enhances productivity as engineers remain concentrated on their primary tasks.

Operational efficiency and testing accuracy

Test automation contributes to maintaining the software application in a consistently operational state of high quality. Regular automated testing helps maintain software functionality and user-friendliness, regardless of the changes and updates.

Minimized task handover delays

Test automation reduces the back-and-forth between developers and testers. As issues are identified, they can be quickly addressed and retested, avoiding the delays associated with manual handovers and reiterations in the development process.

High-quality code integration

Test automation services help ensure that only high-quality code is integrated into the software. This focus on quality control means that the overall standard of the software remains high, contributing to a more robust and reliable final product.

Efficient fault diagnosis

With precise knowledge of the changes that caused issues, time and effort spent in investigating faults are greatly reduced. This is crucial in maintaining a smooth development process with quick resolution and minimal disruption.

Our QA automation testing process

Project requirements analysis

We commence by analyzing the project requirements to define the extent of test automation needed. This stage involves understanding the goals, requirements, and the specificities of your systems

Integration strategy development

Our next step is defining how to integrate test automation seamlessly into the standard development workflow. This guarantees that automated testing becomes an integral part of the entire development process.

Test automation architecture

We select the most suitable technologies and frameworks that align with the project’s needs, ensuring a robust and scalable testing environment.

Automation framework implementation

With the architecture in place, we proceed to implement the automation framework. This framework serves as the foundation for writing, executing, and managing test scripts, enabling consistent testing processes across the project.

Testing environment configuration

We set up environments that mimic real-world conditions to ensure that our tests are as accurate and reliable as possible, covering various devices, operating systems, and network conditions.

Critical user scenarios automation

Our focus then shifts to covering the most critical user scenarios with test automation. By identifying and automating these scenarios, we can ensure that key functionalities work flawlessly, reducing the risk of critical issues in production.

CI/CD integration

Integrating test automation into Continuous Integration/Continuous Deployment (CI/CD) pipelines allows for automated tests to be run as part of the deployment process. As a result, any changes made do not break existing functionality.

Reporting system integration

We integrate a test automation reporting system to provide visibility into the test results. This system enables us to track the efficiency of tests, identify areas of improvement, and take action based on real data.

Notification mechanisms

Notification mechanisms alert the development team to failures or issues in real-time, enabling quick responses and ensuring high-quality standards throughout the entire project lifecycle.

Continuous improvement

The final stage involves extending test coverage, maintaining, and improving test cases and test projects. We continually refine our automation strategies to cover more scenarios and adapt to new requirements.

QA automation made smart.

Explore Innowise’s approach to software test automation services.

Our recent case studies

What our customers think

Our journey with Innowise has been characterized by numerous instances of their relentless commitment and technical excellence which significantly contributed to our objectives.

Aaron Cesaro CTO Ampligo S.r.l.

We are delighted with the high-quality work and professional approach of Innowise's performance. Their flexible and available process is key to the ongoing project's success. Our team also trusts that they'll deliver according to our needs.

Ory Goldberg CEO Traxi

Innowise’s work met all expectations. The team was efficient, prompt, and on top of their project deliverables. Customers can expect an experienced team that offers an array of business services.

Alice Bodnar COO Atlas Guides

We are more than satisfied with our fruitful cooperation with Innowise, as they perform tasks in accordance with our high requirements and corporate standards and bring the desired results.

Stefania Basciu Senior Manager Topcon Agriculture

FAQ

What is automation testing?

Automated QA involves using a QA automation framework and scripts to run tests, including various test cases, automatically. This process reduces human error and boosts efficiency in evaluating software quality. It is a key component of test-driven development and ongoing integration, improving overall product performance through continuous testing.

What tests should be automated?

Tests that are repetitive, require high accuracy to minimize human error, or are too time-consuming for manual QA should be automated. These typically include specific test cases like regression tests, load tests, and specific integration tests. Effective automation scripts can be reused, making them ideal for these tasks. Continuous testing within a development workflow is also a great candidate for automation.

What is the role of QA services in software development?

Testing services play a crucial role in software development by ensuring product quality and adherence to specified testing needs. They are integral to the development cycle, using both manual and QA automation services to identify and fix issues. QA teams are essential for maintaining quality control, often contributing to an automation framework, test scripts and test cases for efficient QA.

What are the benefits of outsourcing automated testing services?

Outsourcing automated testing services brings expertise in creating and maintaining an effective automation framework and test scripts, leading to improved test coverage and product quality. QA automation testing services allow for the efficient utilization of resources, as external experts repeat test scripts and manage the automation process. This practice can also integrate seamlessly into existing development and ongoing integration practices, enhancing the overall software quality.

Contact us!

Book a call or fill out the form below and we’ll get back to you once we’ve processed your request.

What happens next?

Once we’ve received and processed your request, we’ll get back to you to detail your project needs and sign an NDA to ensure confidentiality.

After examining your wants, needs, and expectations, our team will devise a project proposal with the scope of work, team size, time, and cost estimates.

We’ll arrange a meeting with you to discuss the offer and nail down the details.

Finally, we’ll sign a contract and start working on your project right away.

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Expert automation testing services we offer

Functional automated QA testing

Unit testing

Integration testing

Regression testing

Mobile app QA automation services

Mobile UI testing

Mobile compatibility testing

Mobile performance testing

UI testing automation services

GUI testing

Cross-browser testing

Responsive testing

Performance testing automation services

Load testing

Stress testing

Scalability testing

Performance testing

Security testing automation services

Penetration testing

Vulnerability scanning

Security regression testing

API testing automation services

API functional testing

API load testing

API security testing

Database testing automation services

Data integrity testing

Data migration testing

Database performance testing

CI/CD testing automation services

Automated build testing

Automated deployment testing

Pipeline automation

Test automation consulting services

Custom test automation strategy

Automation framework development

Cloud-based test automation solutions

Tool selection and integration

Continuous improvement

Business alignment

Core QA toolkits we work with

Why choose Innowise for test automation?

Rapid deployment capability

Expertise you can count on

Development team consistency

Cost-effective solutions

Manual testing vs automation testing: what to choose?

Key benefits of test automation

Immediate problem rectification

Reduced context switching for devs

Operational efficiency and testing accuracy

Minimized task handover delays

High-quality code integration

Efficient fault diagnosis

Our QA automation testing process

Project requirements analysis

Integration strategy development

Test automation architecture

Automation framework implementation

Testing environment configuration

Critical user scenarios automation

CI/CD integration

Reporting system integration

Notification mechanisms

Continuous improvement

Our recent case studies

What our customers think

FAQ

Contact us!

What happens next?

Need other services?

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