Playwright vs Cypress vs Selenium: The Honest Pick for 2026

Playwright surpassed Cypress in weekly npm downloads around mid-2024, and by early 2026 the gap has widened to roughly 30 million versus 6.5 million weekly downloads. That shift didn't happen by accident. Every other comparison on Google's first page is written by a QA tool vendor or testing SaaS company. This one is from a team that builds production web apps and picks a test automation framework for real projects, not to promote a product.

Here's where Selenium fits: it's still the most widely deployed E2E framework globally, especially in Java and Python shops. It's not going anywhere. But for new JavaScript/TypeScript projects in 2026, the real question is Playwright vs Cypress, with Selenium as the legacy fallback.

At a Glance, Quick Summary

Choose Playwright if you want the best overall testing framework in 2026: fastest execution, free parallelization, multi-language support, and excellent TypeScript DX. Choose Cypress if your team values interactive debugging and component testing above everything else. Choose Selenium if you're in a Java/Python enterprise environment with existing Selenium infrastructure.

That's the summary. The rest of this article explains the evidence behind every row, with code, benchmarks, and honest opinions.

Architecture, How Each Tool Talks to the Browser

Architecture is the root cause of nearly every difference you'll see in this comparison. Think of it this way: Playwright talks to the browser like a stage director whispering instructions directly to the actors. Cypress sits on stage with the actors, running in the same room. Selenium sends instructions through a middleman standing in the hallway.

Playwright: Direct Browser Control via WebSocket

Playwright communicates with browsers through WebSocket connections using the Chrome DevTools Protocol (CDP) for Chromium and equivalent protocols for Firefox and WebKit. There's no intermediary, your test code sends commands directly to the browser engine. This means lower latency, more capabilities (multi-tab, multi-origin, network interception), and fewer moving parts that can break.

Cypress: In-Browser Execution

Cypress takes a fundamentally different approach. It injects itself into the browser and runs your test code in the same JavaScript event loop as your application. This is why Cypress feels so fast for simple tests, there's zero network overhead between your test and the app. But this architecture also explains Cypress's limitations: no multi-tab support, restricted cross-origin testing, and JavaScript/TypeScript only (since the tests must run in a browser context).

Selenium: The WebDriver Intermediary

Selenium uses the WebDriver protocol. Your test code sends HTTP requests to a browser driver binary (chromedriver, geckodriver), which translates those requests into browser commands. Every command is a round-trip: test to driver to browser and back. This indirection adds latency and creates more failure points. Selenium is gradually adopting the BiDi protocol to reduce this overhead, but it's not fully there yet.

Verdict: Playwright wins on architecture. Direct WebSocket communication means faster execution, more capabilities, and fewer flaky failures. Cypress's in-browser model is genuinely clever for simple single-origin tests, but it creates hard ceilings that Playwright doesn't have. Selenium's architecture shows its age.

Language and Browser Support

This is often the first filter. If your team doesn't write JavaScript, Cypress is off the table immediately.

What does this mean in practice? If you're a Java shop with 20 QA engineers, Cypress is not an option, period. If cross-browser testing including Safari matters (and it should, Safari holds roughly 18% of global browser share), Playwright handles it out of the box on any OS while Cypress still labels WebKit support "experimental."

Selenium wins on raw breadth. It supports more languages and more browsers than either alternative. But for the languages and browsers that matter most in 2026 -- JavaScript/TypeScript, Python, and the Chromium/Firefox/WebKit trio, Playwright covers everything with zero configuration and bundled browser binaries.

Verdict: Selenium wins on breadth (most languages, most browsers, including IE). Playwright wins on practical coverage, the browsers and languages that matter in 2026, bundled and zero-config. Cypress is the narrowest option.

Writing Tests, Side-by-Side Code Comparison

Enough theory. Here's the same test written in all three frameworks. This is where you feel the DX difference.

Login Flow Test

A standard login test: navigate to a page, fill in credentials, submit, and verify the redirect.

// Playwright
import { test, expect } from '@playwright/test';

test('user can log in', async ({ page }) => {
  await page.goto('/login');
  await page.locator('#email').fill('[email protected]');
  await page.locator('#password').fill('s3cureP@ss');
  await page.locator('button[type="submit"]').click();
  await expect(page).toHaveURL('/dashboard');
  await expect(page.locator('h1')).toContainText('Welcome');
});

// Cypress
describe('Login', () => {
  it('user can log in', () => {
    cy.visit('/login');
    cy.get('#email').type('[email protected]');
    cy.get('#password').type('s3cureP@ss');
    cy.get('button[type="submit"]').click();
    cy.url().should('include', '/dashboard');
    cy.get('h1').should('contain', 'Welcome');
  });
});

// Selenium (with WebDriver)
const { Builder, By, until } = require('selenium-webdriver');

describe('Login', function () {
  let driver;

  before(async () => {
    driver = await new Builder().forBrowser('chrome').build();
  });

  after(async () => {
    await driver.quit();
  });

  it('user can log in', async () => {
    await driver.get('http://localhost:3000/login');
    await driver.findElement(By.id('email')).sendKeys('[email protected]');
    await driver.findElement(By.id('password')).sendKeys('s3cureP@ss');
    await driver.findElement(By.css('button[type="submit"]')).click();
    await driver.wait(until.urlContains('/dashboard'), 5000);
    const heading = await driver.findElement(By.css('h1')).getText();
    expect(heading).to.include('Welcome');
  });
});

Notice the differences. Playwright's async/await with page.locator() reads cleanly and auto-waits for elements to be actionable before interacting. Cypress's chaining API (cy.get().type().click()) is concise and genuinely pleasant for simple flows. Selenium requires explicit waits (driver.wait(until.urlContains(...))), manual browser lifecycle management, and more boilerplate.

API Mocking and Network Interception

This scenario reveals a much bigger gap. Intercept an API call, return mock data, and verify the UI renders correctly.

// Playwright -- native network interception
test('shows mocked user list', async ({ page }) => {
  await page.route('**/api/users', (route) => {
    route.fulfill({
      status: 200,
      contentType: 'application/json',
      body: JSON.stringify([{ id: 1, name: 'Alice' }]),
    });
  });
  await page.goto('/users');
  await expect(page.locator('.user-card')).toHaveCount(1);
  await expect(page.locator('.user-card')).toContainText('Alice');
});

// Cypress -- native network interception
it('shows mocked user list', () => {
  cy.intercept('GET', '/api/users', {
    statusCode: 200,
    body: [{ id: 1, name: 'Alice' }],
  }).as('getUsers');
  cy.visit('/users');
  cy.wait('@getUsers');
  cy.get('.user-card').should('have.length', 1);
  cy.get('.user-card').should('contain', 'Alice');
});

// Selenium -- no native network interception
// You need a separate proxy tool like BrowserMob Proxy
// or mock your API server directly. There is no built-in
// equivalent to page.route() or cy.intercept().

// Typical workaround: start a mock server before the test
const mockServer = require('./helpers/mock-server');

before(async () => {
  await mockServer.start({ port: 4000 });
  mockServer.stub('GET', '/api/users', [{ id: 1, name: 'Alice' }]);
});

it('shows mocked user list', async () => {
  await driver.get('http://localhost:3000/users');
  // ... assert using findElement
});

This is a big deal. API mocking is essential for reliable E2E tests, and both Playwright and Cypress handle it natively. Selenium requires a separate mock server or proxy tool, more infrastructure, more complexity, more things that can break.

Verdict: Playwright wins on code clarity and capability. Its async/await syntax is cleaner than Cypress's chaining for complex scenarios, and it handles API mocking, multi-tab, and multi-origin natively. Cypress wins on simplicity for straightforward single-page flows, the chaining API is genuinely pleasant. Selenium is the most verbose and requires the most boilerplate.

Playwright vs Cypress vs Selenium: Speed Benchmarks

"Which is faster?" is one of the most searched questions in this comparison. Here are actual numbers from Checkly's benchmark study and BetterStack's measurements, cross-referenced for consistency.

Playwright finishes equivalent test suites in roughly 4.5 seconds, compared to 9.4 seconds for Cypress and 14.5 seconds for Selenium. That's not a marginal difference, it's a 2x and 3x gap.

Why is Playwright faster? Three reasons: WebSocket communication eliminates the HTTP overhead Selenium carries. Playwright's browser context model creates isolated test environments without spinning up entire browser processes. And its parallel execution happens at the framework level, you don't need external tooling.

The speed gap widens with larger suites. Playwright's browser contexts scale efficiently because they share a single browser process. Selenium spawns new browser instances per parallel worker. Cypress runs tests serially in its open-source version, so a growing suite means linearly growing execution time unless you pay for Cypress Cloud.

One migration case study puts numbers to this: BigBinary reported an 89% reduction in test execution time after switching from Cypress to Playwright, their full suite dropped from 2 hours 27 minutes to 16 minutes using Playwright's sharding.

Verdict: Playwright wins decisively on speed. It runs test suites 2x faster than Cypress and 3x faster than Selenium. This gap widens with larger suites because Playwright's browser context model scales better than spawning new browser instances.

Debugging and Developer Experience

Here's where things get nuanced. Playwright is technically superior, but Cypress has a genuine DX advantage that keeps teams loyal.

Interactive Debugging

Cypress Test Runner is still the gold standard for interactive debugging. You see your test execute in real time inside a real browser, with time-travel debugging, click any step in the command log to see the exact DOM state at that moment. For frontend developers debugging visual regressions or layout issues, this is hard to beat. Honestly, it's the single best feature in Cypress's entire toolkit.

Playwright Trace Viewer takes a different approach. It records traces during test runs, screenshots, DOM snapshots, network requests, and console logs at every step. You open these traces in a browser-based viewer after the fact. For CI debugging (figuring out why a test failed in a headless pipeline), Trace Viewer is actually more useful than Cypress's interactive runner because you get the full context without needing to reproduce locally.

Playwright's --ui mode added an interactive experience closer to Cypress's Test Runner in recent versions, but it's not as polished. It's functional, not delightful.

Selenium IDE exists but is limited. Most Selenium debugging is console.log and screenshots. It works, but it feels like 2012.

TypeScript-First Development

Playwright is TypeScript-first. It ships with auto-generated types, its config file is playwright.config.ts by default, and VS Code autocomplete works flawlessly. When you type page. and hit autocomplete, you get every method with full type signatures.

Cypress supports TypeScript, but there are friction points. Custom commands need manual type declarations (the Cypress.Chainable interface extension), and the chaining API sometimes confuses TypeScript inference. The cypress.config.ts file works, but the DX isn't as smooth.

Selenium's TypeScript support is a community effort and feels tacked on compared to Playwright's native experience.

Verdict: Cypress wins on interactive DX, its Test Runner is genuinely delightful for frontend developers debugging visual tests. Playwright wins on CI debugging and TypeScript, Trace Viewer is purpose-built for diagnosing failures in headless CI environments, and its TypeScript support is best-in-class. Selenium's debugging story is the weakest.

CI/CD Integration and Parallelization

This is where the rubber meets the road. Your test suite runs in CI hundreds of times a day, not on your laptop. Here's a copy-paste GitHub Actions config for each framework, something no competitor on the first page of Google provides.

GitHub Actions Configuration

# Playwright -- built-in parallelization, zero cost
name: Playwright Tests
on: [push, pull_request]
jobs:
  test:
    runs-on: ubuntu-latest
    strategy:
      matrix:
        shard: [1/4, 2/4, 3/4, 4/4]
    steps:
      - uses: actions/checkout@v4
      - uses: actions/setup-node@v4
        with:
          node-version: 22
      - run: npm ci
      - run: npx playwright install --with-deps
      - run: npx playwright test --shard=${{ matrix.shard }}
      - uses: actions/upload-artifact@v4
        if: failure()
        with:
          name: playwright-report-${{ matrix.shard }}
          path: playwright-report/

# Cypress -- parallel requires Cypress Cloud (paid)
name: Cypress Tests
on: [push, pull_request]
jobs:
  test:
    runs-on: ubuntu-latest
    strategy:
      matrix:
        containers: [1, 2, 3, 4]
    steps:
      - uses: actions/checkout@v4
      - uses: cypress-io/github-action@v6
        with:
          record: true
          parallel: true
          group: 'CI'
        env:
          CYPRESS_RECORD_KEY: ${{ secrets.CYPRESS_RECORD_KEY }}

# Selenium -- requires browser service container
name: Selenium Tests
on: [push, pull_request]
jobs:
  test:
    runs-on: ubuntu-latest
    services:
      selenium:
        image: selenium/standalone-chrome:latest
        ports:
          - 4444:4444
    steps:
      - uses: actions/checkout@v4
      - uses: actions/setup-node@v4
        with:
          node-version: 22
      - run: npm ci
      - run: npm test
        env:
          SELENIUM_REMOTE_URL: http://localhost:4444/wd/hub

Parallelization: Free vs Paid

The Playwright config above splits your test suite across 4 parallel shards with --shard=1/4. A 10-minute suite runs in 2.5 minutes. Zero cost. No cloud service required.

Cypress's free Starter plan now includes parallelization, but with a 500 test results/month cap, which most teams burn through in a day or two of active development. For serious CI usage, you'll need Cypress Cloud (starting at $67/month on annual billing for the Team plan with 120K results/year) or community alternatives like sorry-cypress. The record: true and parallel: true flags in the YAML above require a Cypress Cloud connection.

Selenium parallelization requires Selenium Grid (self-hosted, ops overhead) or a cloud provider like BrowserStack. It's the most complex setup of the three.

Verdict: Playwright wins on CI/CD. Free, unlimited parallelization with zero infrastructure is hard to beat. Cypress's free tier includes parallelization but caps at 500 results/month, real teams need a paid plan. Selenium requires the most ops work.

Cost and Pricing Analysis

This is the biggest content gap on the entire SERP for this keyword. Every competitor skips it, but cost matters, especially at scale.

Licensing and Pricing Tiers

Real Cost by Team Size

Playwright is free for everything Cypress charges for. Parallelization, test analytics via the HTML reporter, trace viewer for debugging, codegen for test scaffolding, all included at zero cost. The only thing Playwright doesn't offer is a hosted cloud dashboard with team collaboration features, and for many teams, the built-in HTML report and CI artifacts are enough.

Selenium is free too, but the infrastructure cost of running Selenium Grid at scale is non-trivial. Someone on your team has to maintain those Grid nodes, handle browser version updates, and debug infrastructure failures.

Verdict: Playwright wins on cost, it's not even close. Every feature Cypress locks behind a paywall (parallelization, test analytics, flake detection), Playwright includes for free. Selenium is free at the tool level, but the infrastructure bill adds up.

Component Testing

Component testing lets you mount a single React, Vue, or Angular component in isolation and test it without spinning up a full application. Cypress pioneered this approach, and it's one of the strongest reasons to choose Cypress today.

Cypress has first-class component testing for React (18-19), Vue 3, Angular (18-21), and Svelte 5. You use the same cy.mount() API and the same Test Runner you already know from E2E tests. The documentation is mature, the ecosystem is solid, and it works reliably. For teams that want a single tool for both component and E2E testing, Cypress's component testing is a genuine differentiator.

Playwright added experimental component testing in recent versions, supporting React, Vue, and Svelte. It's functional but less polished than Cypress's implementation. If component testing is a day-one priority, Cypress has the edge. But Playwright's rapid release cadence (monthly) means this gap is closing.

Selenium has no component testing support. It operates at the browser level, not the component level. If you need component testing alongside Selenium E2E tests, you'll use a separate tool like React Testing Library or Vitest.

Verdict: Cypress wins on component testing, it pioneered the approach, has the most mature implementation, and covers the widest range of frameworks. Playwright is a strong second. Selenium is not a contender here.

Community, Ecosystem, and Adoption Trends

Numbers tell a story here. Playwright surpassed Cypress in npm downloads around mid-2024, and by February 2026, the gap is substantial: Playwright pulls roughly 30 million weekly downloads versus Cypress's 6.5 million and Selenium WebDriver's 1.8 million.

GitHub stars follow a similar pattern: Playwright sits at roughly 82,800, Cypress at 49,461, and Selenium at 33,769 as of February 2026. The State of JavaScript survey consistently ranks Playwright highest in developer satisfaction and interest.

But npm tells only the JavaScript story. Selenium's true installed base spans Java, Python, C#, and Ruby ecosystems where npm downloads don't apply. In the Java enterprise world, Selenium is still the dominant framework by a wide margin.

Why is Playwright growing so fast? Microsoft's backing gives it consistent monthly releases and long-term stability. TypeScript-first design aligns with where frontend development is heading. Free parallelization removes the friction that Cypress Cloud pricing creates. And multi-language support means Python and Java teams can migrate from Selenium without switching languages.

Cypress isn't declining in absolute terms, downloads have plateaued around 6-7 million weekly. But its relative share is shrinking as Playwright absorbs both new projects and Cypress/Selenium migrations.

Verdict: Playwright wins on momentum. It has the fastest growth, highest developer satisfaction, and strongest trajectory. Selenium wins on installed base. Cypress retains a loyal community but its growth has plateaued.

Migration Guide, Switching Frameworks

If you're considering a switch, here's the practical translation guide.

Cypress to Playwright: API Translation

// BEFORE: Cypress login test
describe('Login', () => {
  it('logs in successfully', () => {
    cy.visit('/login');
    cy.get('#email').type('[email protected]');
    cy.get('#password').type('password123');
    cy.get('form').submit();
    cy.url().should('include', '/dashboard');
  });
});

// AFTER: Same test in Playwright
import { test, expect } from '@playwright/test';

test('logs in successfully', async ({ page }) => {
  await page.goto('/login');
  await page.locator('#email').fill('[email protected]');
  await page.locator('#password').fill('password123');
  await page.locator('form').evaluate(form => form.submit());
  await expect(page).toHaveURL(/dashboard/);
});

Key translations: cy.visit() becomes page.goto(). cy.get() becomes page.locator(). cy.intercept() becomes page.route(). cy.wait('@alias') becomes page.waitForResponse(). Cypress's implicit chaining becomes explicit async/await.

Selenium to Playwright: API Translation

// BEFORE: Selenium login test
const { Builder, By, until } = require('selenium-webdriver');

async function loginTest() {
  const driver = await new Builder().forBrowser('chrome').build();
  try {
    await driver.get('http://localhost:3000/login');
    await driver.findElement(By.id('email')).sendKeys('[email protected]');
    await driver.findElement(By.id('password')).sendKeys('password123');
    await driver.findElement(By.css('form')).submit();
    await driver.wait(until.urlContains('/dashboard'), 10000);
  } finally {
    await driver.quit();
  }
}

// AFTER: Same test in Playwright
import { test, expect } from '@playwright/test';

test('logs in successfully', async ({ page }) => {
  await page.goto('/login');
  await page.locator('#email').fill('[email protected]');
  await page.locator('#password').fill('password123');
  await page.locator('form').evaluate(form => form.submit());
  await expect(page).toHaveURL(/dashboard/);
});

The biggest difference? Playwright handles browser lifecycle and auto-waiting for you. No more driver.quit() in finally blocks. No more driver.wait(until.urlContains(...), 10000), Playwright auto-waits for navigation. Remove all your implicit and explicit waits; Playwright's auto-waiting replaces them.

Migration Checklist

1. Audit your existing test suite, count tests, identify custom commands (Cypress) or complex wait logic (Selenium)
2. Install Playwright alongside your current framework, run both in CI during the transition
3. Translate tests incrementally, start with the simplest, highest-value tests
4. Replace custom commands with page objects or fixtures, Cypress custom commands don't have a 1:1 Playwright equivalent
5. Update your CI configuration, add Playwright's sharding config, remove Cypress Cloud keys if applicable
6. Run both frameworks in parallel for 1-2 sprints to catch regressions
7. Deprecate the old framework once all tests are migrated and stable

A typical 200-test Cypress suite can be migrated in 1-2 sprints by one engineer. The Selenium-to-Playwright migration takes slightly longer because Selenium tests tend to have more complex wait logic that needs rethinking. If you're migrating, Playwright is the destination 90% of teams are choosing in 2026. The migration itself is straightforward, the hardest part is usually custom Cypress commands or complex Selenium wait logic.

Stack-Specific Recommendations, React, Next.js, and Beyond

Generic "it depends" advice is useless. Here's what we'd pick for specific tech stacks, based on building production apps with these frameworks.

If your team is building with Next.js and evaluating frameworks, our Next.js vs Remix comparison covers how framework architecture affects your testing strategy. Playwright's ability to test API routes and server components natively makes it especially powerful in the Next.js ecosystem.

AI-Assisted Testing in 2026

AI-assisted testing is no longer hypothetical, tools like GitHub Copilot, Cursor, and Claude Code generate test code daily for thousands of developers. Framework choice affects how well these tools work.

Playwright has the best AI compatibility. Its TypeScript-first API with strong type definitions means AI assistants generate more accurate test code. The structured async/await patterns are easier for LLMs to reason about than Cypress's chaining. And Playwright's own npx playwright codegen tool records browser interactions and generates complete test files with intelligent locator selection, no AI subscription needed.

Cypress works reasonably well with AI tools. Its declarative chaining API is concise and well-represented in training data. But the cy. namespace and custom command patterns can trip up code generation, producing tests that look correct but fail due to Cypress-specific quirks.

Selenium is the weakest match for AI-assisted testing. Verbose boilerplate, multiple language bindings with different APIs, and inconsistent patterns across Java/Python/JS mean AI-generated Selenium code requires the most manual cleanup.

Don't overstate AI's role here, it's a productivity multiplier, not a replacement for test design. But if your team uses AI coding assistants (and most do in 2026), Playwright produces the most reliable generated tests.

Verdict: Playwright wins for AI-assisted test generation. Its typed API and structured patterns produce the best results with modern AI coding assistants.

Decision Framework, Which Tool Should You Choose?

Here's the section you came for. Concrete scenarios, concrete recommendations.

When NOT to Use Each Tool

• Don't pick Playwright if your entire team knows Cypress deeply, has extensive custom commands, and has no pain points. Migration costs exist, and "newer" doesn't mean "better for your situation."
• Don't pick Cypress if you need multi-language support, multi-tab testing, or free parallel execution at scale. These are architectural limitations, not features on a roadmap.
• Don't pick Selenium for new JavaScript/TypeScript projects. Both Playwright and Cypress offer dramatically better DX, speed, and reliability for JS teams.

How Techsy Approaches Test Automation

At Techsy, we've implemented E2E testing on dozens of production web applications. Here's our actual process:

1. Default to Playwright for new projects. Its speed, free parallelization, and TypeScript-first DX align with our Next.js/React stack. We write E2E tests alongside features, not after the sprint, not "when we have time," but as part of the definition of done.

2. Use Cypress when a client team has existing Cypress infrastructure and migration isn't justified. We don't push teams to migrate for the sake of it. If Cypress is working and the team is productive, we help them get more out of it.

3. Help teams migrate from Selenium when the maintenance burden exceeds the migration cost, which happens more often than you'd think. Selenium suites tend to accumulate complex wait logic and brittle selectors over years.

Our typical testing stack: Playwright for E2E, React Testing Library for component-level tests, and GitHub Actions for CI. This combination covers the full testing pyramid with minimal tooling complexity.

Need help setting up automated testing for your web app? Our team implements Playwright and Cypress testing across React, Next.js, and Node.js projects. Get a free testing consultation.

Final Verdict

For most teams starting a new project in 2026, Playwright is the default choice. It's the fastest, most capable, and entirely free. It wins 9 of 12 categories in the table above.

But defaults aren't universal. Cypress remains the right pick for frontend teams who prioritize interactive debugging and component testing, and who can live within its architectural constraints. Selenium remains essential for Java/Python enterprise environments with existing test infrastructure and for the increasingly rare cases where IE support matters.

The worst decision is analysis paralysis. Assess your team's language, your browser requirements, your CI budget, and your debugging preferences. Pick one. Start writing tests. You can always migrate later, and as we showed above, the migration path is well-documented.

Sources

• Playwright Documentation
• Cypress Cloud Pricing
• npm Trends, Playwright vs Cypress vs Selenium
• Checkly, Speed Comparison Benchmark
• Next.js, Testing with Playwright
• State of JavaScript 2024 -- Testing Libraries
• BigBinary, Why We Switched from Cypress to Playwright

Playwright vs Cypress vs Selenium: FAQ

Is Playwright better than Cypress?

For most teams in 2026, yes. Playwright is faster (2x in benchmarks), supports more browsers and languages, has free parallelization, and better TypeScript support. Cypress wins on interactive debugging DX and component testing maturity. If those two things are your top priority, Cypress is still a strong choice.

Is Playwright replacing Selenium?

In the JavaScript/TypeScript ecosystem, largely yes. Playwright's npm downloads are roughly 4.5x Cypress and 17x Selenium WebDriver. But Selenium remains dominant in Java and Python enterprise environments where its multi-language support and decades of ecosystem tooling are essential. Selenium isn't dead, it's narrowing to its niche.

Which is faster, Playwright or Cypress?

Playwright runs test suites roughly 2x faster, 4.5 seconds vs 9.4 seconds in comparable benchmarks. The gap widens with larger suites because Playwright's browser context model is more efficient than Cypress's process model. One team reported an 89% reduction in total CI time after migrating.

Does Cypress support Safari?

Cypress has experimental WebKit support, but it's not considered production-ready. Playwright includes WebKit (Safari's rendering engine) as a first-class, fully supported browser that runs on any OS. If Safari testing is critical for your users, Playwright is the safer choice.

Is Selenium dead in 2026?

No. Selenium remains the most widely deployed E2E framework globally, especially in Java and Python ecosystems. It's the only option for IE/legacy browser testing. But for new JavaScript/TypeScript projects, Playwright and Cypress are better choices by every practical metric.

Can Playwright test mobile apps?

Playwright can emulate mobile browsers (Chrome for Android, Safari for iOS via WebKit) with accurate viewport, touch, and user agent simulation. It cannot automate native mobile apps. For native app testing, you need Appium (which uses Selenium's WebDriver protocol) or a dedicated mobile testing framework like Detox.

Should I learn Playwright or Cypress first?

If you're new to E2E testing in 2026, start with Playwright. It has the strongest growth trajectory, the most comprehensive feature set, and the skills transfer to any JavaScript/TypeScript project. Cypress is worth learning if your team already uses it or if interactive debugging is your primary concern.

What are the disadvantages of Playwright?

Playwright's interactive debugging experience is less polished than Cypress's Test Runner (though Playwright UI mode is closing the gap). Its component testing is less mature than Cypress's. And its rapid monthly release cadence means the API surface changes frequently, you'll need to keep up with updates.

How much does Cypress Cloud cost?

Cypress Cloud starts at $67/month (billed annually) for the Team plan with 120,000 test results per year, and goes to $267/month for Business with unlimited results. Enterprise pricing is custom. Playwright offers equivalent features, parallelization, test analytics via the HTML reporter, and flake detection via retries, for free.

Which E2E framework works best with GitHub Actions?

All three work with GitHub Actions, but Playwright requires the least configuration. Playwright's official Docker images and built-in sharding (--shard=1/4) make CI setup a single YAML file. Cypress needs its official GitHub Action and a Cypress Cloud subscription for parallelization. Selenium needs a service container for the browser driver.

Does Playwright work with Java or Python?

Yes. Playwright has official Java, Python, C#, and JavaScript/TypeScript bindings maintained by Microsoft. Cypress is JavaScript/TypeScript only. This makes Playwright a compelling Selenium alternative for non-JS teams who want modern tooling without switching languages.

How do I migrate from Selenium to Playwright?

Start by installing Playwright alongside Selenium. Translate tests incrementally: page.locator() replaces driver.findElement(), page.goto() replaces driver.get(), and you can remove all explicit waits because Playwright auto-waits. Update your CI config, run both frameworks in parallel during the transition, then deprecate Selenium once all tests are green. A typical 200-test suite takes 1-2 sprints for one engineer.