Selenium is an open-source framework for automating web browsers. Selenium WebDriver drives real browsers through the W3C WebDriver standard, Selenium Grid runs tests in parallel across many machines, and it supports Java, C#, Python, JavaScript and Ruby.

Is Selenium still a good choice?

Yes, for the right project. It’s a strong choice for Java and C# teams, very large existing suites and products that must support older or enterprise browsers. For most brand-new web projects we usually recommend Playwright, and we’ll tell you honestly which fits.

Selenium or Playwright: which should we choose?

Playwright is usually faster to set up and less flaky for new web projects, with Safari coverage built in. Selenium is better when you have a large existing suite, work in Java or C#, or need the widest range of browsers and versions.

Which languages and test runners do you use?

Java with TestNG or JUnit 5, Python with pytest, C# with NUnit or xUnit, and JavaScript with Mocha or WebdriverIO. We match what your developers already use.

How do you structure a Selenium framework?

Usually with the Page Object Model or Page Factory, environment configs and data-driven tests. Depending on your team, we add BDD with Cucumber or SpecFlow, a keyword-driven layer for non-developers, or a hybrid of these.

Can you run tests on Selenium Grid or in the cloud?

Yes. We set up self-hosted Selenium Grid, including Docker-based Grids, or connect to BrowserStack, LambdaTest or Sauce Labs for wider browser and device coverage.

Can Selenium test mobile apps?

We test mobile web through Appium, on emulators or real devices in a cloud grid. Native iOS and Android apps are covered by our Appium testing service.

How do you fix a flaky Selenium suite?

We find the root causes first: fixed sleeps, brittle locators, shared test data, environment issues. Then we fix them, replace sleeps with proper waits, remove duplicates and speed up runs, rather than adding more retries.

Can you upgrade our suite to Selenium 4?

Yes. We upgrade from Selenium 3 to Selenium 4, update drivers and Grid, and fix anything that changed, while keeping your tests running.

Should we migrate from Selenium to Playwright?

Only if it clearly helps. If your suite is slow, flaky or missing Safari coverage, a move can pay off. We plan it in priority order and run both suites side by side until the new one is proven.

What reports will we get?

Allure or Extent reports with screenshots and logs for every failure, and results pushed to TestRail, Xray or Zephyr if you use a test management tool.

What is the free Selenium framework audit?

We review your existing Selenium suite, or your plan for one, and send you a short report on structure, flaky tests, run time and CI setup, with the changes we’d make first. There’s no obligation.

You do. Everything is written in your repository, in your language, with documentation, so your team can keep it running without us.

How long does it take, and what does it cost?

It depends on the size of your app, the journeys to cover and whether we’re building new or taking over a suite. We agree the scope first, then send a timeline and a fixed quote.

Selenium Testing Services

Stable, scalable browser automation for the browsers your users rely on, in Java, C#, Python or JavaScript.

We build new Selenium 4 frameworks and rescue existing ones: clean structure, proper waits, parallel runs on Selenium Grid or a cloud grid, and clear reports on every build. Everything lives in your repository, so your team owns it.

Get in touch Plan your framework

Selenium 4, WebDriver and Grid
Java, C#, Python, JavaScript, Ruby
Self-hosted or cloud grids
Your repo, no lock-in

What we build with Selenium

Cross-browserIncl. enterprise browsers Grid & cloudSelf-hosted or cloud Mobile webReal devices API checksUI and API together Data-drivenMany inputs, one test Visual & a11yScreens and axe Suite rescueFlaky tests, Selenium 4 AI-assistedDrafts and locator fixes

[ What Selenium is, and why it matters ]

The open standard for browser automation, with the widest reach

Selenium is an open-source framework for automating real web browsers. Selenium WebDriver controls Chrome, Firefox, Edge and Safari through the W3C WebDriver standard, and Selenium Grid runs tests across many machines at once. It works in Java, C#, Python, JavaScript and Ruby, and has the largest ecosystem of runners, reports and cloud grids of any browser testing tool.

That reach is why it’s still the choice for many enterprise teams. The catch is that Selenium needs good design to stay fast and stable, and that’s where most suites go wrong.

Comparing tools? See all our tool-agnostic testing services →

The problems it solves, when it’s done well

Manual regression doesn’t scale

Every release adds more to check by hand, until testing becomes the bottleneck.

Browser gaps

Customers and enterprise staff use browsers and versions your team never tests on.

Suites nobody trusts

Fixed sleeps and brittle locators make tests fail at random, so failures get ignored.

Slow runs

Suites that run one test at a time hold up releases or get skipped altogether.

[ How it gives you an advantage ]

Selenium, Playwright and Cypress, side by side

All three are good tools. Selenium wins on reach, languages and ecosystem. We’ll tell you honestly when another tool fits better.

Aspect	Selenium	Playwright	Cypress
Browsers	All major browsers, including older enterprise versions	Chromium, Firefox and WebKit (Safari engine), bundled	Chrome-family, Firefox and Electron; WebKit experimental
Languages	Java, C#, Python, JavaScript, Ruby	TypeScript, JavaScript, Python, Java, C#	JavaScript, TypeScript
Ecosystem	Largest: runners, reports, grids and clouds	Growing fast, mostly built in	Strong plugin ecosystem
Scaling	Selenium Grid, Docker or any cloud grid	Built-in parallel runs and sharding	Through Cypress Cloud or plugins
Waiting	Explicit waits you design	Auto-waiting built in	Automatic retries built in
Standard	W3C WebDriver standard	Own protocol	Runs inside the browser
Best for	Java and C# teams, large suites, older browsers	Most new web projects	Front-end developers testing as they code

Widest browser reach

Including older and enterprise browser versions other tools skip.

Any language your team uses

Java, C#, Python, JavaScript and Ruby, with mature runners for each.

Scales your way

Self-hosted Grid, Docker or any major cloud grid.

Open standard

Built on W3C WebDriver, supported directly by browser vendors.

Honest note: Selenium needs more set-up and care than newer tools to stay fast and stable. If your suite is slow, flaky or missing Safari, we may recommend a move to Playwright, planned in priority order with both suites running until the new one is proven.

[ Where it can be used ]

Where Selenium fits best

Any web app users reach through a browser. These are the cases where Selenium’s reach and ecosystem pay off most.

Enterprise and internal apps

ERP, CRM, HR and finance tools used on locked-down or older browsers.

eCommerce

Search, cart, checkout and payments across every major browser.

Large existing suites

Hundreds or thousands of tests that need stabilising, not rewriting.

Java and .NET teams

Tests written in the same language and tooling as your product.

Regulated products

Detailed reports and traceability into TestRail, Xray or Zephyr.

Forms and rules-heavy apps

Data-driven tests across many inputs, prices and rule combinations.

[ How we use Selenium ]

Eight Selenium solutions we deliver

Start with your key journeys across the browsers that matter, then add the layers your product needs. Each card lists what we deliver, when you need it and the problem it prevents.

Cross-browser web automation

Chrome, Firefox, Edge, Safari

View service

Your key user journeys automated with Selenium WebDriver and run on the browsers your customers and staff actually use, including older versions that enterprise teams still depend on.

What we deliver

Critical journeys such as sign-in, search, forms and checkout
Chrome, Firefox, Edge and Safari, plus older supported versions
Explicit waits and stable locators
Screenshots and logs on every failure

When you need it

For web apps with a wide or locked-down browser base.

The problem it preventsA release that works on one browser and breaks for half your users

Selenium Grid & cloud execution

Parallel at scale

We set up Selenium Grid on your own servers or in Docker, or connect to BrowserStack, LambdaTest or Sauce Labs, so tests run in parallel across many browsers and devices.

What we deliver

Self-hosted Selenium Grid 4
Docker-based Grid for repeatable runs
BrowserStack, LambdaTest or Sauce Labs
Parallel runs tuned to your pipeline

When you need it

When your suite is too slow to run on every change.

The problem it preventsRegression runs that take all night and still get skipped

Mobile web testing via Appium

Phones and tablets

View service

The same Selenium-style tests extended to mobile browsers through Appium, on emulators or real devices in a cloud grid.

What we deliver

Mobile Chrome and Safari
Responsive layouts and touch journeys
Real devices through cloud grids
Shared page objects with desktop tests

When you need it

When a large share of your traffic is on phones.

The problem it preventsMobile users finding layout and journey bugs first

API checks alongside UI

REST Assured & Postman

View service

We add API checks with REST Assured or Postman next to your UI tests, and use the API to create test data so UI tests stay short.

What we deliver

Contract, status and payload checks
Test data set up through the API
API and UI results in one report
Postman collections run in CI with Newman

When you need it

When your front end depends on APIs that change often.

The problem it preventsUI tests failing because of a backend change nobody tested

Data-driven testing

Excel, CSV, database

One test run against many sets of data from Excel, CSV or a database, so you cover more combinations without writing more tests.

What we deliver

Test data in Excel, CSV or database tables
Boundary values and edge cases
Data per environment
Clear results for each data row

When you need it

For forms, pricing, rules and anything with many valid inputs.

The problem it preventsEdge cases skipped because there was no time to test them all

Visual & accessibility checks

Layout and WCAG

View service

Visual checks catch unintended layout changes, and axe accessibility scans run inside your Selenium tests to flag common WCAG issues.

What we deliver

Screenshot comparison on key pages
axe scans after real user steps
Contrast, labels and heading structure
Results that feed manual accessibility testing

When you need it

When design consistency and accessibility need checking on every release.

The problem it preventsA CSS or markup change quietly breaking pages for some users

Flaky suite rescue & Selenium 4 upgrade

Stabilise and modernise

We take over your existing suite, find why tests fail at random, fix the causes, speed up slow runs and upgrade older suites to Selenium 4.

What we deliver

Root causes of flaky tests found and fixed
Fixed sleeps replaced with proper waits
Duplicate and outdated tests removed
Upgrade from Selenium 3 to Selenium 4

When you need it

When your team has stopped trusting the suite.

The problem it preventsReal bugs ignored because “that test always fails”

AI-assisted test creation & maintenance

Reviewed by engineers

We use AI tools such as Qagentify to draft new tests and suggest fixes for broken locators. An engineer reviews every change before it’s merged.

What we deliver

First drafts of tests from user journeys
Suggested fixes when locators break
Faster coverage of new features
Engineer review on every change

When you need it

When coverage needs to grow faster than your team can write tests.

The problem it preventsTest maintenance eating the time meant for new coverage

[ Our approach ]

How we analyse your project and design the solution

Good Selenium suites are designed, not just written. We start with your users, your browsers and the people who will maintain the tests.

STAGE 01

Understand your app and risks

We map your key journeys, the browsers and versions your users rely on, and where bugs have hurt you before.

You get: Journey and browser map

STAGE 02

Review what exists

If you have a suite, we measure flakiness, run time and coverage, and decide what to keep, fix or retire.

You get: Suite health report

STAGE 03

Match your team

Language, test runner and build tool chosen to fit your developers, from Java with TestNG to Python with pytest.

You get: Stack decision

STAGE 04

Design the architecture

Page objects, data, environments, Grid and reporting planned up front, so tests stay short and easy to maintain.

You get: Framework blueprint

[ Structure & tool setup ]

The framework we set up, layer by layer

Each layer is chosen with your team. On the right is a typical Java project layout, so you can see how it fits together.

LanguageJava · C# · Python · JavaScript · Ruby

Test runnerTestNG · JUnit 5 · pytest · NUnit · xUnit · Mocha / WebdriverIO

BuildMaven · Gradle · pip / Poetry · npm · .NET CLI

StructurePage Object Model / Page Factory · BDD with Cucumber or SpecFlow · keyword-driven · hybrid

Test dataExcel · CSV · database · per-environment data

ConfigurationDev, staging and production configs

ExecutionSelenium Grid 4 · Docker · BrowserStack, LambdaTest or Sauce Labs · Appium for mobile web

CI/CDGitHub Actions · GitLab CI · Jenkins · Azure DevOps · CircleCI · Bitbucket Pipelines

ReportingAllure · Extent · TestRail, Xray or Zephyr

AI assistAI tools such as Qagentify, with engineer review

Sample project layoutJava · TestNG · Maven

src/test/java/
  pages/          LoginPage.java  CheckoutPage.java
  tests/          LoginTest.java  CheckoutTest.java
  steps/          CheckoutSteps.java
  api/            OrdersApiTest.java
  utils/          DriverFactory.java  Waits.java
src/test/resources/
  features/       checkout.feature
  data/           users.xlsx  products.csv
  config/         dev.properties  staging.properties
testng.xml
pom.xml
docker-compose-grid.yml

Example only. Your layout follows your language, app and team.

[ How we work ]

Six steps from audit to a suite your team owns

You see working tests early, and you approve each layer before we build on it.

Step 1 of 6
Audit

We review your app, existing tests and pipeline, or your plan if you’re starting fresh.

You getFramework audit report
Step 2 of 6
Design

Language, runner, structure, data, Grid and reporting agreed with your team.

You getFramework blueprint
Step 3 of 6
Pilot

A first set of real tests running in your CI, so you can judge the approach.

You getWorking pilot suite
Step 4 of 6
Scale coverage

Key journeys first, then more browsers, API, data-driven and accessibility checks.

You getGrowing suiteCoverage map
Step 5 of 6
Stabilise and speed up

Flaky tests fixed at the cause and parallel runs tuned on Grid or a cloud grid.

You getStable, fast runs
Step 6 of 6
Hand over and support

Documentation and walkthroughs, then ongoing support if you want it.

You getDocs and training

[ Benefits you’ll see ]

What changes once the framework is in place

For Drop Delivery, 1,200+ automated Selenium and API checks run on each regression cycle, with about 75% less manual regression time per release.

Less manual regression

Repetitive browser checks run automatically on every build, freeing testers for exploratory work.

Coverage across real browsers

Including the older and enterprise versions your customers and staff still use.

Results you can trust

Proper waits, isolated data and stable locators mean a red build is a real bug.

Faster runs

Parallel execution on Selenium Grid or a cloud grid keeps feedback quick.

Clear reporting

Allure or Extent reports, plus results in TestRail, Xray or Zephyr.

Yours to keep

Your repository, your language, documented, with no licences to buy.

[ Case Studies ]

Automation suites we’ve built

Drop Delivery runs on Selenium; KORRA and Designo show our wider test automation work. Each links to the full write-up.

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All case studies →

[ Ways to work ]

Six ways to work with our Selenium engineers

A new framework, a suite rescue, an upgrade or an engineer in your team.

01Fixed-price projectChoose it for a new framework, an upgrade or a migration with a clear scope.02Managed testingChoose it when you want the suite built, run and maintained for you.03Dedicated QA teamChoose it when automation grows every sprint.04Staff augmentationChoose it when your team needs a Selenium specialist for a while.05QA consultingChoose it for a review of your current suite and a plan to improve it.06On-demand testingChoose it for a one-off push, such as stabilising a flaky suite.

Hire our QAHire an automation engineerA Selenium engineer who joins your sprints, works in your repository and grows coverage with your team.See the role → Start with no obligationFree Selenium framework auditWe review your current suite, or your plan for one, and send a short report on structure, flakiness, run time and CI.Request the audit →

Not sure which fits? Find your model in four questions, compare all six or estimate your cost.

[ FAQ ]

Selenium testing questions, answered

[ Contact us ]

Get your free Selenium framework audit

✓ Free one-week POC✓ NDA before access✓ A QA lead replies the same day

Book a free consultation

[ Keep exploring ]

Related testing services

All services →

Selenium Testing Services

The open standard for browser automation, with the widest reach

Manual regression doesn’t scale

Browser gaps

Suites nobody trusts

Slow runs

Selenium, Playwright and Cypress, side by side

Widest browser reach

Any language your team uses

Scales your way

Open standard

Where Selenium fits best

Enterprise and internal apps

eCommerce

Large existing suites

Java and .NET teams

Regulated products

Forms and rules-heavy apps

Eight Selenium solutions we deliver

Cross-browser web automation

Selenium Grid & cloud execution

Mobile web testing via Appium

API checks alongside UI

Data-driven testing

Visual & accessibility checks

Flaky suite rescue & Selenium 4 upgrade

AI-assisted test creation & maintenance

How we analyse your project and design the solution

Understand your app and risks

Review what exists

Match your team

Design the architecture

The framework we set up, layer by layer

Six steps from audit to a suite your team owns

Audit

Design

Pilot

Scale coverage

Stabilise and speed up

Hand over and support

What changes once the framework is in place

Less manual regression

Coverage across real browsers

Results you can trust

Faster runs

Clear reporting

Yours to keep

Automation suites we’ve built

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Six ways to work with our Selenium engineers

Selenium testing questions, answered

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Get your free Selenium framework audit

Related testing services

Tool-agnostic testing

Playwright testing

Automated testing

API testing

Compatibility testing