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QA and Test Automation Services for a suite that still works a year in.

QA test automation turns the checks somebody re-runs by hand into code that runs on every build, so a change that breaks something already working shows up in minutes instead of in production.

  • 120+Projects delivered across 12 countries since 2012
  • 100+Senior in-house engineers, six countries
  • 5.0Unified rating across 61 client reviews on Clutch
  • ISTQBCertified QA inside every sprint
  • ISO 9001Certified quality management, audited by Quay Audit UK

01Overview

What we build, and what you own at the end

We build the framework inside your own repository, write the documented case behind every test, wire the suite into the pipeline you already run, and keep it working as the product changes. The first purchase does not have to be the whole suite: an assessment settles what to script first and what stays manual.

  • Maintained, not handed overWe triage every failure and either fix or delete a test that fails at random, instead of re-running it until it passes. A red build keeps meaning something.
  • Unattended, in the pipeline you already runTests run on every push, inside the pipeline that already builds your code, so nobody has to remember to trigger them and nobody has to be awake for them.
  • Cases before scriptsEvery automated test starts from a written case your own team can read and extend, so what is covered is agreed before any test code exists.
  • If the gap is not the suiteBuy full-cycle testing when nobody outside the build team is testing at all, a quality audit when the question is whether your process is sound, and AI QA and evals when the thing under test is a model with no single right answer.

02Proof

What clients kept after we left

A green pipeline screenshots well and proves nothing. Barrett Values Centre ran its own QA and UAT against the tests we wrote, and WaiverKing stopped measuring a release in weeks. Neither of those happens without somebody owning the suite afterwards.

  • Barrett Values Centre QA'd the work itselfThe report-automation build we delivered came with the tests behind it, and the client checked the result without us. Patrick McGuire, Director IT, in a verified Clutch review: "The deliverables included working code and automated tests that allowed us to independently QA/UAT the work with a variety of data sets."
    Little to no defectsat release, on work the client QA'd and UAT'd itself
  • WaiverKing changed its release cadenceWaiverKing was already live with hundreds of active clients when the work started. Version control in Git plus deployment automation removed the manual mistakes that come with release activities, and a set of automated tests went in behind a scalable architecture.
    Weeks to hourstime for an update to reach live, after the refactor and release automation
  • Somebody owns the suite after launchWe build the framework, wire it into your pipeline, and maintain it as the product changes, so the suite stays green because it stays current and not because someone muted the failing tests.
    ISTQBcertified QA inside every sprint, on every engagement, under ISO 27001:2022 and ISO 9001:2015

03Compare

A partner, a hire, or a tool that records clicks?

Pick on who owns it a year in, not on who stands it up fastest: every automated test is a maintenance commitment for the life of the product, so the cheapest suite to stand up is the dearest to keep. At unit and API level the tests belong with your own developers, and the suite we build sits beside theirs, in the same repository and the same pipeline.

An independent QA partnerunicrew Your own in-house QA teamHire A record-and-playback toolRecord
Best forA suite that has to stand up now, or an outside read on what is worth covering, without a permanent hire. Best forContinuous testing on a deep domain, if you can recruit and keep automation engineers. Best forOne short, stable, low-risk flow you want covered this week.
What it asks of youA product owner who answers questions while the team learns the product, working remotely inside your pipeline. What it asks of youTime to recruit, a budget to keep automation engineers, and a way to keep the framework knowledge in more than one head. What it asks of youRe-recording after each markup change, reviews held outside the pull request, and data setup and sign-in handled by hand.
You end up owningThe framework, the documented cases, and someone who fixes a failing test rather than muting it. You end up owningThe suite, the hiring plan, and the risk that the framework leaves with one person. You end up owningA tool subscription and the recorded scripts inside it.

Quick self-check

Tick what is true for you. The read-out updates as you go.

0 of 4 true

Start with manual and exploratory testing

When one person can re-check everything that could break in an afternoon, manual and exploratory testing covers it best, and if the real question is your process, the QA audit answers it. Automation earns its place once that re-check outgrows the afternoon.

Talk it through

One flow, not a program

A single symptom is usually one journey rather than a system, and one journey is a much smaller thing to script than a suite is to own.

Talk it through

Settle the order before you pick a tool

Two ticks is what an undecided sequence looks like from outside. What gets covered first is a product question rather than a tooling one, and it is far cheaper to settle now than to re-script later.

Book a discovery call

Automation is the right buy

Three ticks and the manual pass has stopped being a nuisance and started dating your releases. What is open now is scope and sequence, not whether to automate.

Book a discovery call

Automate, and put maintenance in the contract

Four ticks describes a suite that exists and that nobody owns. What needs settling in the contract is who triages it afterwards, not just who rebuilds it.

Talk about the suite

We build test automation and keep maintaining it, so the suite still works a year in. Each test starts from a documented case, and we update the suite as your UI changes and triage the failures it reports.

Ihor PrudyvusDelivery Director, unicrew

04Capabilities

What kinds of test automation do we build?

Eight layers, and each can be the whole engagement or one part of a suite we maintain. Which of them you need is what the assessment settles, because the order matters more than the count.

  • Automated browser testing

    End-to-end browser journeys on every build, across the browsers your analytics say your users use. On a Japanese real estate platform the suite is TestCafe, generated from a documented Test Cases System.

  • Mobile test automation

    Mobile app automation

    Real devices and emulators

    Native and hybrid apps checked on real devices and emulators rather than assumed from a simulator, running in the same pipeline as the browser suite so one failure report covers both.

  • Automated API testing

    API automation testing

    REST, auth, data integrity

    Checks that hit your REST endpoints directly, verifying data integrity, sign-in and integration logic with no browser in the way. We write this layer before the browser one.

  • Test automation in CI/CD

    Suites embedded in the pipeline you already run, so tests execute on every push and nobody has to remember. If there is no pipeline yet, our DevOps team builds one first.

  • Performance and load test automation

    Where a release has to hold up under real traffic, load and stress runs go into scope alongside the functional suite. On an e-commerce move onto Shopify with an ERP behind it that meant a quality automation test, a load test and a stress test on the new build.

  • Automated regression suites

    The suite that runs after every change, so a new feature cannot quietly break an old one. On a live waiver platform it went in behind a refactor while hundreds of client companies kept using the product.

  • Test automation strategy

    Sequencing and scope

    Before any framework

    What to script first, what stays manual, and what the tooling has to satisfy, written down so you can act on it with us or without us. If the open question is whether your QA process is sound at all, that is a quality audit, which is a different purchase with its own page.

  • Manual and exploratory QA

    Manual and exploratory testing

    New features and edge cases

    Human testers for new features, usability, and the edge cases nobody wrote a ticket for. Automation is what frees them to do that instead of re-running the same pass, and full-cycle testing is where that work is bought.

05Trust

What is yours when we stop

Coverage percentages are the easiest automation figure to publish and the least useful, because a suite can be green across most of the code and still miss the thing that breaks. What a suite is worth a year later is a better test, and these three decide it.

  • In your repoThe framework, wired into your own CIBuilt where your developers work, so bringing QA in-house is a handover rather than a rebuild
  • DocumentedA Test Cases System your team can extendEvery automated test generated from a written case, not from someone's memory of the flow
  • MaintainedTriaged failures and no muted testsA red build keeps meaning something, which is exactly what an unowned suite stops doing

06Stack

What we automate with, and what we automate against

The framework matters less than who can read it. A suite written in a language your own developers do not use gets abandoned by whoever inherits it, so the stack under test is what decides the stack the tests are written in.

FrontendWhat your users touch
BackendServices, APIs, and business logic
CloudWhere it runs, and what it costs
PracticeHow the work is checked

07Engagement

Three ways in, and what you pay for each

Every one of these starts with the assessment, because what to automate and in what order is the decision that costs the most to get wrong. What changes between them is who owns the suite once it is running.

  • An assessment first

    Start here

    We look at how the product is tested now and what your pipeline can carry, then write down what to automate first and what stays manual. You can act on that with us or without us. There is no minimum engagement period.

    Best when
    You are not yet sure automation is the right spend
    You pay
    Billed hourly, quoted per project
    Typical start
    Two to four weeks
  • A scoped suite build

    Defined scope

    A named set of journeys automated, wired into your CI and handed over with the documented cases behind them, once the assessment has settled which journeys are in and what the framework has to do.

    Best when
    The product is settled and the journeys to cover are agreed
    You pay
    Outcome based, quoted per project
    Typical start
    Two to four weeks
  • ISTQB-certified engineers inside your own process, owning the suite as the product changes. This is the model that answers the maintenance question: the people who wrote the tests are still there to fix them.

    Best when
    Releases keep coming and someone has to own the suite
    You pay
    Billed monthly, per team member
    Typical start
    Two to four weeks
A suite you already have

Run it, triage it, then decide what is worth keeping

Whichever model you pick, a takeover starts by running the suite that exists and triaging every failure in it, including the ones somebody muted rather than fixed. You get that back in writing: what to keep, what to delete, what to rewrite. Whether we do the rewriting is your call afterwards and not a condition of the read.

08Industries

Where the expensive defects live

The defects that cost money rarely crash anything. They produce a wrong number, a mis-routed shipment or a form nobody can submit, and you only recognize those if you know what the domain expects. Six sectors where we have shipped and tested software.

Deepest expertise

Logistics and transportation

Fleet, warehouse and dispatch systems where a bad release is a mis-routed load or a quote against the wrong lane rather than a crash anyone notices. We provide programming, QA and design across effectively all of one freight startup's module applications, and built a vehicle inspection platform in automotive alongside a freight-carrier quote engine.

Deepest expertise

Hospitality and leisure

Ticketing, membership and venue software where the traffic arrives in spikes. A broken booking flow does not annoy a user, it loses the takings for that evening, and customers find it before a tester does.

Real estate

A Japanese real estate platform where the development was in-house and the QA was brought in from outside it. Listings, offers and agent-to-buyer chat all fail quietly rather than loudly, which is what makes an independent read worth paying for.

E-commerce

B2B and B2C storefronts with an ERP and marketplace integrations behind them. On one re-platforming across seven EU countries the client had manufactured more than 10,000 products, the kind of load a functional suite never sees, so load and stress tests ran on the new build.

Financial services

An inaccessible form is a compliance event, not a cosmetic bug. Technical QA and accessibility implementation were both inside the build scope on a financial services group's four corporate sites.

Education and learning platforms

A QA engineer sat in the three-person team that took an online test-prep platform over from its previous vendor and implemented its payment processing.

Show us the checklist somebody re-runs before every release

Bring the pipeline you have and the release that scares you most. The first conversation is about what is worth automating and in what order, not a pitch, and it settles which journeys are ready to script now.

Let's talk

What happens after you contact us

  1. We reply within one business dayA written reply naming what looks worth scripting first, or what we would need to see before anyone could say.
  2. A call about what escapes to productionWhat you re-check by hand today, and whether the product is settled enough for a script to be worth maintaining.
  3. A written test strategyWhat gets automated first, what stays manual, and the tooling decision, so you can act on it with us or without us.
  4. Contracts and NDAs, then a start dateSigned before anyone opens your repository, and most engagements start within two to four weeks.

09Delivery

How does QA test automation work?

Five stages: assessment, framework, cases, suite, then maintenance. The order is what decides whether any of it pays back, and it is settled before a framework is chosen: script a screen that is still being redesigned and you have bought maintenance rather than coverage.

  1. Assessment and test strategyWe review what you test today, where defects escape, and what your pipeline can run, then decide what to automate and in what order. You provide the backlog and someone who can answer product questions.You getA written test strategy: what gets automated first, what stays manual, and the tooling decision.
  2. Framework and environment setupThe framework goes up inside your repository with the fixtures, test data and reporting it needs, and a first smoke suite runs green against a real environment. You provide repository access and a test environment.You getA framework in your repo, wired into your CI, with a smoke suite on every push.
  3. Test case designCases are written with your product owner before code exists, so coverage is agreed rather than discovered. That is what makes a Test Cases System something your team can extend instead of a folder of scripts. You provide a product owner who can settle what each screen is supposed to do.You getA tailored Test Cases System: the documented case behind every automated test, owned by you.
  4. Suite build and CI integrationRegression, API and performance suites are built layer by layer and wired into your pipeline, so they run unattended and produce reports developers will actually open. You provide pipeline credentials and somewhere for the results to land.You getSuites running on every change, with a report a developer can act on without asking a tester.
  5. Maintenance, triage and expansionThe suite only holds its value if someone owns it after launch. We triage every failure, fix or delete tests that fail at random instead of re-running them, and extend coverage each release. You provide the release calendar, so coverage grows with the product rather than behind it.You getA maintained suite: every failure triaged rather than muted, and new coverage landing with each release.

10Client voices

Our clients say

See our client reviews
5.0 unified ratingacross 61 verified client reviewsRead them on Clutch

12Questions

QA test automation: frequently asked questions

Cost and timeline lead, as everywhere. Neither is what usually kills an automation program: starting too early, and owning nothing afterwards, are.

It depends on how much surface you want covered and how testable the product already is. The number comes out of scoping rather than off a price list, because a headline figure would be wrong for almost everyone who read it. The drivers are the number of journeys in scope, how many browsers and environments you need, whether test data and sign-in can be set up programmatically, and how much of an existing suite is worth keeping. Three billing models: time and materials, billed hourly and quoted per project; fixed price, outcome based and quoted per project; and team extension, billed monthly per team member. There is no minimum engagement period.

You see the first stage early: a running framework and a green smoke suite land before the bulk of the test writing, so you can judge the work before most of the budget is spent. After that the timeline tracks the number of journeys in scope and how testable the product is, so the duration is set against your codebase. Most engagements start within two to four weeks, and the assessment is what puts the rest of the schedule on paper.

Yes, and that is the normal case. We build the suite inside your repository and integrate it with the pipeline you already have, so tests run on every push and results land where your team already looks. We work against Microsoft, PHP and JavaScript stacks alike, from ASP.NET and .NET through Laravel and TypeScript front ends. An API layer asserts against your endpoints directly rather than only through the browser, which is what keeps the suite fast enough to finish before anybody wants the result. If there is no pipeline yet, our DevOps consulting team builds one.

Once the thing you want covered has stopped changing shape. Automate a screen still under redesign and the suite needs rewriting every sprint; wait too long and the manual re-check becomes the reason releases slip. The practical trigger is regression cost: when a release means a day of re-checking someone has already done five times, that is the first thing to automate. Order the rest the same way, stable and repeated and expensive-to-run-by-hand first, then the critical journeys, then the load scenarios you cannot reproduce by hand. A fast-shifting interface stays manual until it settles.

No. Automation handles the repeated checks and the regression pass; human testers do exploratory work, usability, and the edge cases nobody thought to write a ticket for. In practice a good suite makes manual testing more valuable rather than less, because testers stop re-running the same pass and start hunting the defects nobody wrote a script for. If what you need is the testing itself run by people, that is software testing and QA rather than this page.

The one your own developers can read, because whoever inherits the suite has to maintain it. That usually means the language the product is already written in. On published work we built a TestCafe suite for a Japanese real estate platform, generated from a tailored Test Cases System, with extending and maintaining that automation inside the same engagement and the tests written in JavaScript or TypeScript. The tooling decision is part of the written strategy, not something you have to settle before the first call.

You do. The framework lives in your repository, the Test Cases System is written so your own team can read and extend it, and the documentation goes with it. On the independent-QA engagement behind a Japanese real estate platform that was the explicit deliverable: a QA workflow, a tailored Test Cases System, a Testing Roadmap that can be applied at every stage of development, and well-structured QA documentation. If you later bring QA in-house, you take over something maintained rather than reverse-engineer it.

Yes, through a separate service, because the method is different. A model output is not pass or fail against a fixed expectation, so classic assertions do not work; you need evaluation sets, behavioral tests for agents, and drift monitoring. That is our AI QA and evals practice, and where a product mixes deterministic and AI features the two suites run side by side in one pipeline.

The regression pass, first, and how fast a fix can reach production after it. What decides whether that adds up to more than the suite costs to keep is the order of coverage: automate a day-long re-check somebody already runs every release and it pays back quickly, automate the screen the design team is still moving and you pay maintenance for coverage you throw away. On one live waiver platform we took over, automated tests plus a scalable architecture took the time for an update to reach live from weeks to a couple of hours. The payback period follows from what you are re-checking today, which is where the assessment starts.

Compare on four things you can check, and we answer all four before you sign. Ask to see a suite that has been running for a year, rather than a coverage screenshot from the week it was written. Ask what happens to a test that fails at random in it, whether it gets re-run until green, muted, or fixed; ours get fixed or deleted, and that triage is inside the engagement rather than billed as a surprise. Ask where the framework and the written cases live when the work ends, because here they sit in your repository and they are yours. And ask whether the engineers are in-house, since that is what decides whether the person who wrote a test is reachable in month six. Ours come from 100+ senior in-house engineers, and each quotation on this page links to the review it came from rather than to a rating.

Three situations fit us best, and the first call settles which of them apply. Your product has settled enough to script: while it still changes shape every week, testing by hand covers it until it settles. You want the suite maintained as the product changes, because a maintained suite is the one that keeps paying back. And a remote team fits how you work: our engineers work from Ukraine, Poland, Estonia and the UK. On procurement: we hold ISO 27001:2022 and ISO 9001:2015, renewed through a multi-stage audit with Quay Audit UK.

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