Screenster vs. Regresco

When you interact with a website, Screenster captures your actions effortlessly. There's no requirement for any coding, referencing of element IDs, or manual insertion of checks and assertions. Once your test is recorded, you can easily rerun it while allowing Screenster to optimize its functionality. It automatically detects parameters, and self-healing selectors are preserved for every action performed. You have the ability to review and approve modifications to the baseline, ensuring the user interface's default state is updated appropriately. Additionally, you can opt to exclude certain UI elements from the comparison process, enhancing your control over the testing procedure. Say goodbye to the need for browser extensions, desktop installations, or intricate manuals; simply enter a URL for a Screenster server and begin your journey. Screenster excels at identifying both visual and content changes, employing sophisticated algorithms to compare test results with the baseline and highlight new, removed, or modified elements. Its intelligent selectors can adeptly track any moved or changed page components. Moreover, Screenster smartly adjusts timeouts and utilizes AI to find the perfect moment to advance to the next action. You can choose to run your tests on our cloud platform or decide to download and install Screenster Server for on-premise use. Not only does Screenster streamline the testing process, but it also boosts efficiency and precision, making it an essential resource for developers and testers alike. Ultimately, Screenster empowers users to focus on delivering quality while minimizing the complexities typically involved in testing.

Regresco performs regression testing on web applications utilizing cloud Chromium at a specified staging URL. Users can design test flows by importing specifications from Playwright, creating them manually, or leveraging a coding agent like Claude Code, Claude, or ChatGPT to store configurations through MCP. These test flows encompass a variety of browser actions—such as navigating, clicking, filling out forms, selecting options, hovering, uploading files, and making assertions—combined with API calls for both login and setup. Tests can be set to run on a daily or weekly basis, or they may be triggered via CI through a webhook, accommodating both desktop and mobile Chromium views that support touch interactions. Each test run yields comprehensive feedback that includes step-by-step results, screenshots, Playwright traces, and any console errors that arise; if a test does not pass, it is classified as either a probable regression, a flaky test, or an issue related to broken locators. Furthermore, the selectors used for clicking and form-filling can automatically adjust when their original identifiers no longer align with elements bearing the same name, while assertions remain unaffected by this auto-healing capability, ensuring that legitimate regressions are still identified as failed tests. The results of these tests are conveyed to your team through email notifications or can be recorded as issues in Jira. The free plan permits one project with a cap of 20 test runs per month, allowing full access to all features without the necessity of a credit card. This robust testing framework guarantees that your web application upholds its functionality with every update, providing peace of mind as you deploy new changes. Moreover, it fosters a culture of consistent quality assurance within your development team, ultimately enhancing the user experience.