How to Choose the Right Test Automation Tool: 7 Essential Criteria

82% of QA teams still report that they test manually. However, test automation is no longer a luxury reserved for large IT departments; it has become an essential strategic tool for delivering faster and with less risk.

Why Automate Your Tests?

• Fewer regressions: anomalies are detected before production

• Faster delivery: tests run in minutes, not days

• Empowered QA Teams: No More Repetitive, Low-Value-Added Tasks

• Enhanced software quality: Integrated into CI/CD, automation becomes a permanent safety net

The real problem: how to choose from the multitude of tools available

Given the wide variety of test automation tools available on the market, making the right choice the first time around is far from easy. Criteria that may seem secondary at first—such as flexibility, integration, and accessibility—are often the ones that make the difference in the long run.

It’s easy to be swayed by a compelling demo, only to realize a few months later that the solution is too technical for functional testers, too rigid for your actual use cases, or too isolated from your ecosystem. This guide is here to help you avoid that.

This article outlines the 7 criteria that really make a difference: the ones that salespeople won’t always highlight, but that your testers and managers will thank you for checking.

1. Accessibility: The tool must be accessible to your entire team

An automated testing tool shouldn’t be the exclusive domain of developers. Functional testers, product owners, and even business users should be able to contribute without needing two weeks of training.

Opt for a no-code or low-code approach that allows you to build test scenarios by assembling logic blocks, without writing a single line of code. This is what transformsIT project automation into a collaborative effort.

A good tool makes quality accessible to everyone. It doesn’t take it away.

What to test in practice: Ask a non-developer functional tester to create their first test scenario on their own. The time it takes them will tell you more than a sales demo ever could.

2. Collaboration: Choose a collaborative testing tool

Whenever multiple teams work together—which is almost always the case—managing the QA teams and ensuring smooth collaboration among testing teams becomes critical.

We need to think big and not limit ourselves to a single project; this means asking the right questions:

• Can we set different permissions based on user roles (reader, contributor, administrator)?
• Is it possible to compartmentalize projects across different entities without losing overall consistency?
• Is access management centralized or fragmented by tool?

A granular role-based system prevents errors, protects production environments, and facilitates auditing. It is a strong indicator of the platform’s maturity and a criterion that is all too often overlooked until the first incident occurs.

3. Cross-platform coverage: web AND mobile

Modern applications are rarely web-based only. A good test automation solution that covers only desktop browsers will force you to maintain two separate tools and two separate knowledge bases.

Verify that the platform natively supports testing on:

• Desktop browsers (Chrome, Firefox, Edge, etc.)
• Mobile applications
• Ideally, using the same interface and the same reusable scenarios

Combining web and mobile functionality into a single tool saves a considerable amount of time on long-term maintenance. It is also a key factor in your decision-making process that protects you against obsolescence.

4. Organization and Structure of the Tests

Run a few dozen scenarios, and you’ll quickly realize that without structure,automation becomes unmanageable. Your tool must allow you to:

• Group tests into campaigns with consolidated status and history
• Involve them in projects or sprints
• Track their progress over time

The concept of a campaign is often overlooked in lightweight solutions. Yet it is precisely this that transforms a list of scripts into a true quality management system—something a manager can understand and a client can read.

5. Traceability: test reports, QA reporting, and test observability

A test that passes today may fail tomorrow. What matters is understanding why, when, and under what circumstances. That isthe wholepoint of QA reporting andtest observability.

Your test automation tool should provide a detailed history of test runs:

• Complete logs by stage
• Automatic screenshots in case of failure
• Execution Times and Time-Series Comparisons
• Detail brick by brick, if necessary

This traceability is essential not only for debugging, but also for reporting to product teams, management, or clients. Without it, you’ll spend more time looking for the problem than fixing it.

6. Integrating CI/CD into Your Ecosystem

A standalone tool, no matter how powerful it may be, creates friction. Assess its ability to:

• Integrate with your CI/CD pipelines (GitLab CI, GitHub Actions, Jenkins, etc.)
• Integrate with your project management tools (Jira, Azure DevOps, etc.)
• Expose APIs that can be used to trigger on-demand tests
• May be configured differently depending on the organization or environment

A good tool fits into your workflow. It adapts to you, not the other way around.

Configuration flexibility—ideally configurable by organization—is particularly important for companies with multiple entities or in multi-client environments.

💡 Real-life example

As part of Oracle Cloud migrations, SQORUS has implemented an automation framework that has reduced deployment time from a few hours to a few dozen minutes, virtually eliminated human error, and made the process reproducible regardless of the operator’s skill level.

7. Maintainability and Scalability of Automated Tests Over Time

The real question isn’t “Does it work today?”, but “Will I still be able to maintain it in two years?“

The maintainability of automated tests is often underestimated when making a decision. Consider the following:

• The quality of the documentation (comprehensive, up-to-date, accessible?)
• How often are updates released? (Does the tool keep up with changes to browsers and operating systems?)
• The responsiveness of support in the event of a critical system failure
• The underlying technical architecture (backend/frontend separation, clear data model)

And if the solution is provided by a team that understands your business, the challenges of functional testing, and the real constraints faced by QA teams, that’s a decisive advantage. They anticipate your problems before you even have a chance to voice them.

Choosing the Right Test Automation Tool: Where to Start?

If you’re currently evaluating solutions, don’t settle for a sales demo. Put it through a real-world test: create a real-life scenario, invite people with different roles to use it (a tester, a product owner, a manager, senior leadership…), and see where friction arises. Flaws always become apparent during actual use, not in slides.

With SQAUTEST, we built our platform specifically with these questions in mind, because we’ve experienced firsthand the same frustrations as the QA teams we support. The result: a tool designed for testers and managers alike—accessible without being simplistic, structured without being rigid, and ready for the needs of today and tomorrow.

Curious to see if SQAUTEST meets your criteria? Try the platform for free and see for yourself.

FAQ – Choosing a Test Automation Tool