Cursor alternative: Retracio
Cursor, by Anysphere, is an IDE with a coding agent: it runs shell commands in your local terminal, and cloud agents clone the repository and work on a separate branch in isolated VMs (checked 2026-09-08). Conventions come from rules in .cursor/rules or AGENTS.md and from existing test files used as pattern examples (checked 2026-09-08). Retracio is a desktop app for a single job. You walk through a scenario in the browser, mark what should be true on each screen, and it writes a plain Playwright spec into your local checkout after reading the repository's page objects, fixtures, and locator style.
| Criterion | Retracio | CursorCopilot in the IDE |
|---|---|---|
| Follows the conventions of your repository | Yes | manual: user writes rules in .cursor/rules or AGENTS.md; existing test files are read as pattern examples for generated tests |
| Where tests run | Local or cloud | both: Agent runs shell commands in the user's local terminal; cloud agents run in isolated VMs in the cloud |
| Who owns the test code | Plain test files in your repository | open code in user's repo |
| Works offline | No | |
| Maintenance model | Edit the test like any other file | manual: user starts a fix via prompt, a Fix in Cursor link from a Bugbot review, or a `cursor review` comment on a PR; Bugbot Autofix, when enabled, spawns a Cloud Agent after a PR review |
| Output frameworks | Playwright | playwright, cypress, selenium, pytest, jest (any framework named in the prompt) |
Alternatives checked on 2026-09-08 against their own websites and documentation. Empty cell: not confirmed.
Cursor fits when…
- The people who write tests work in an IDE and want the agent that edits application code to draft Playwright, Cypress, Selenium, pytest, or Jest tests from a prompt (checked 2026-09-08).
- Your team maintains rules files and keeps well-structured test files, so generated tests can copy their structure, mocking strategies, and naming conventions (checked 2026-09-08).
- Fixes should start from a pull request: a Fix in Cursor link from a Bugbot review, a
cursor reviewcomment, or Bugbot Autofix spawning a Cloud Agent (checked 2026-09-08).
Retracio fits when…
- Manual testers run the scenarios, and each run should end as a spec with assertions that a developer reviews as a diff.
- Nobody wants to maintain a rules file describing test conventions, so the profile has to come from the tests already in the repo.
- Security review requires that source code, cookies, and credentials stay on the machine, with the model called through an API key your company controls.
Questions
How does an AI testing tool differ from a coding copilot in the IDE?
A copilot such as Cursor starts from a prompt inside the editor and generates test code the way it generates any other code, following rules files and the test files it is shown (checked 2026-09-08). Retracio starts from a browser session. It records every action with the element it resolved, the page state before and after, and the checks the tester marked, then turns that recording into a spec. The input is a manual run of the application.
Do the generated tests follow our coding standards?
Cursor's test generation page states that with well-structured test files, generated tests follow the same structure, mocking strategies, and naming conventions; project-specific rules go into
.cursor/rules or AGENTS.md (checked 2026-09-08). Retracio scans the local checkout and builds a conventions profile from it: existing page objects and fixtures, file and test naming, assertion style, lint and formatter config. The generated spec lands next to similar tests, imports existing page objects, and passes the same lint and formatter run as the tests written by hand.Who owns the generated test code?
In both tools the code is yours. Cursor writes into your repository; cloud agents clone it from GitHub, GitLab, Azure DevOps Services, or Bitbucket Cloud, work on a separate branch, and push the changes back for handoff (checked 2026-09-08). Retracio writes the generated spec as a file into the folder you choose in your local checkout, and committing stays with you. The file is standard Playwright with no product import, plugin, or runtime, so uninstalling the app leaves every generated test working.
Do the generated tests require maintenance?
In Cursor a fix starts when you prompt the agent, click a Fix in Cursor link from a Bugbot review, or comment
cursor review on a pull request; with Autofix enabled, Bugbot spawns a Cloud Agent after the review (checked 2026-09-08). Retracio resolves each element to a role, label, or test-id locator and follows the repo's own locator convention. When a step fails on review, it regenerates only that step and leaves the rest of the file, including your edits, untouched.Does my source code leave my machine?
With Retracio, no. The browser, the recording, the repository scan, and the test execution happen inside the desktop app on your computer. What goes out is the recorded steps, trimmed DOM snapshots, and excerpts of the conventions profile, sent to Anthropic Claude through an API key you provide. Source code, generated tests, cookies, screenshots, and credentials stay local. Cursor's security page states that the app makes requests to Cursor backend domains for API, update, and marketplace functionality (checked 2026-09-08).
How do the generated tests integrate with CI/CD?
Cursor's pull request workflow runs through Bugbot: a review can be triggered by commenting
cursor review or bugbot run on any PR (checked 2026-09-08). Retracio stays out of the pipeline. The spec it writes is plain Playwright, so the job that already runs your suite picks it up. If the repository has no E2E job yet, the app offers a ready job snippet for GitHub Actions or GitLab CI; Jenkins, Azure Pipelines, and CircleCI are planned.What frameworks and languages are supported?
Cursor generates integration and end-to-end tests across Playwright, Cypress, Selenium, pytest, and Jest, using whichever framework the prompt names (checked 2026-09-08). Retracio writes Playwright in TypeScript or JavaScript today; Cypress and WebdriverIO output, along with Python and Java, are planned. The desktop app runs on macOS and Windows. Because the output is a normal spec file in your repository, it works with the Playwright version, reporter, and configuration your project already uses.