Why TestArchitect?

A powerful test automation tool designed for large-scale testing projects.

It eliminates the need for coding skills, allowing any team member to contribute to the creation and execution of automation tests in plain English, accelerating automation adoption.

Offers a unique keyword-driven approach that enhances test development efficiency and maintainability.

Its modular architecture supports high reusability, enabling teams to create scalable, reusable, and easily maintainable automated tests.

Ensure seamless automation across diverse environments.

Its robust reporting and analytics capabilities provide actionable insights that improve test coverage and software quality, with built-in integrations for DevOps, CI/CD pipelines, and customizable support for third-party platforms.

Fast and High Quality for Your Releases

Achieving quality at speed is essential for better business results. In contrast to manual testing or isolated automation, TestArchitect’s codeless automation approach dramatically shortens testing time, executing automated tests in minutes or hours rather than days or weeks.

10XFaster

Fast-track your Testing

Accelerate automation development and test execution, reducing testing time by leveraging built-in rich libraries in plain English. Efficient framework empowers all team members can rapidly validate software quality and speed up release cycles.

50%Lower Cost

Reduce Cost

Cut automation costs in half by minimizing automation test creation and maintenance, reducing reliance on specialized coding skills, and maximizing test reuse. Significant savings in both time and resources.

95%Test Coverage

Boost Release Confidence

Achieve high test coverage by automating a vast majority of test cases, ensuring comprehensive validation across multiple environments, platforms, and user scenarios.

Coding-Based Solutions (Selenium, Playwright,...)
Heavy Coding Needed Teams need technical expertise to build and maintain frameworks and automated tests	No coding required Enables teams to build, maintain, and scale test automation using rich prebuilt libraries in plain English, allowing them to start automating tests on day one.
Lacks real user simulation Code-based testing tools fail to accurately mirror real user interactions.Text Icon	Replicates real user interaction Provides a testing approach that closely mirrors actual user behavior and experiences by simulating mouse and keyboard interactions as real users would.
Struggles with rapid development Automation testing cannot keep up with in-sprint automation and fast release cycles.	Keeps up with rapid development cycles Supports in-sprint automation, allowing the QA team to automate tests within the same sprint as the development team and keep pace with rapid release cycles.
Limited support for complex environments Difficult to handle cross-platform automation and nonstandard requirements.	Handles complex environments Seamlessly supports cross-platform automation across desktop, web, and mobile, as well as nonstandard requirements and dynamic application setups. Tests automated on one platform can run on other platforms.
Excludes domain experts Non-technical QA professionals with strong product knowledge cannot contribute effectively.	Empowers domain experts Enables domain experts and non-technical QA professionals with deep product knowledge to automate tests in minutes without coding skills.
Difficult for manual QA teams Challenges in interpreting and resolving automated test failures	Improves manual QA collaboration Simplifies test failure interpretation, making it easier for manual QA teams to diagnose and address issues.
High maintenance workload QA engineers spend more time maintaining tests than automating new ones.	Minimizes maintenance effort Reduces the time spent on maintaining tests, allowing QA engineers to focus on new automation.
Causes developer inefficiency Frequent test failures lead to wasted time troubleshooting issues.	Enhances developer efficiency Reduces test failures and troubleshooting efforts, freeing developers to focus on feature development.
Slow test automation Automating a single test can take several weeks.	Accelerates test automation Enables the automation of new tests in hours or days instead of weeks.