Which is easier to debug, Playwright or Cypress?
Both give you a visual replay of what happened, and they differ in emphasis: Cypress centers on live time travel while you write, and Playwright centers on recorded traces you open afterward.
Cypress's app captures a snapshot for every command, so you can hover a command in the log and see the application as it was at that step. That suits writing and fixing a test at your desk.
Playwright's Trace Viewer lets you step through each action and inspect the DOM snapshot, log, source, network, and console. Setting trace: 'on-first-retry' records a trace only when a test is retried, which is why CI failures arrive with evidence attached. You open it from the HTML report with npx playwright show-report. Cypress's counterpart for CI failures is Test Replay, which its FAQ says is free and included in all Cypress Cloud plans.
Is Playwright easier to write than Cypress?
Neither is objectively easier. The difference is style: Playwright tests are async and await code with user-facing locators, and Cypress tests are chained commands that its docs say are not Promises and cannot be awaited.
Here is the same sign-in test in both. We ran the Playwright version against a demo app on Playwright 1.56. The Cypress version follows Cypress's documented patterns, and we did not run it.
TYPESCRIPT
import { test, expect } from '@playwright/test';
test('signs in with valid credentials', async ({ page }) => {
await page.goto('/login');
await page.getByLabel('Email').fill(process.env.E2E_EMAIL!);
await page.getByLabel('Password').fill(process.env.E2E_PASSWORD!);
await page.getByRole('button', { name: 'Sign in' }).click();
await expect(page).toHaveURL(/\/dashboard/);
await expect(page.getByRole('heading', { name: 'Welcome back' })).toBeVisible();
});
JAVASCRIPT
describe('sign in', () => {
it('signs in with valid credentials', () => {
cy.visit('/login');
cy.get('[data-cy=email]').type(Cypress.env('E2E_EMAIL'));
cy.get('[data-cy=password]').type(Cypress.env('E2E_PASSWORD'), { log: false });
cy.get('[data-cy=submit]').click();
cy.url().should('include', '/dashboard');
cy.contains('h1', 'Welcome back').should('be.visible');
});
});
Two differences show up in the code. First, selectors: Cypress's best-practices guide says to use data-* attributes and not to target id, class, or tag, so the application needs those attributes, while Playwright's locator guidance recommends prioritizing user-facing attributes such as role and label. Second, waiting: Cypress retries assertions and DOM queries with a default timeout of 4 seconds, and Playwright's locators auto-wait and are strict, so they throw if more than one element matches.
Which style reads better is a matter of taste, so let the people who will maintain the tests try both on one real flow.
How do the AI features compare?
Both frameworks now ship AI that turns intent into tests, and both need a person to review what it produces. Playwright's approach is three agents, and Cypress's is a command called cy.prompt.
Playwright introduced its test agents in version 1.56: a planner that produces a test plan, a generator that turns the plan into tests, and a healer that repairs failing ones. You scaffold them with npx playwright init-agents, which supports Claude Code, VS Code, and OpenCode.
Cypress's cy.prompt turns natural-language test steps into executable Cypress commands. It requires a Cypress Cloud login or a --record run with a key, it is available on the free Starter plan, and the generated commands can be saved into your test file. The docs say prompts should be in English and each step should hold one action.
AI-written tests fail in predictable ways, such as assertions that check too little, so review them like any other pull request. If you want to try an assistant on either framework, how to use Claude Code for QA automation walks through a Playwright setup step by step.
What do Playwright and Cypress cost?
Both tools are free to start. The cost difference appears when you want parallel runs and analytics. Cypress is open source and its commercial service, Cypress Cloud, will always remain optional, but parallelization needs it.
Cypress's pricing page lists four Cloud plans: Starter, Team, Business, and Enterprise. Starter is free, with 500 test results a month, and parallelization is listed on every plan. Flake detection is not on Starter: Cypress's FAQ says it requires a Team plan. Plans are sized by test results, so a large suite that runs often moves you up the tiers.
For Playwright, the documentation describes workers, sharding, the HTML report, and the Trace Viewer as parts of the test runner, not as a hosted service. You still pay for your own CI minutes.
Whichever you choose, count the whole bill: the license or plan, plus the hours your team spends on the steps the framework leaves with you. For comparison, Test Studio's price is published: $220 per seat per month, flat, with no execution metering or setup fee.
Where does Selenium fit in Playwright vs Cypress vs Selenium?
In a Playwright vs Cypress vs Selenium shortlist, Selenium is the third name most teams weigh, and it deserves its own head-to-head rather than a third column here. Our guide to selenium vs playwright covers that comparison directly.
If neither framework fits, the lists of selenium alternatives and playwright alternatives cover what sits beside them, from other open-source libraries to commercial platforms.
