Jon Lopinot
CTO at BRKFST
Automated
Testing Services
Automate the Process. Code the knowledge. Scale the Output, Not the Headcount.
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Cut regression from days to hours
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Increase test coverage by 80% and save 15-30% devs' time on fixes
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Integrate tests into your CI/CD for 24/7 feedback
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Reduce QA costs by up to 40% using a scalable automation framework + AI tools
Reduce long-term QA costs by up to 40% while increasing test coverage
Get a QA Audit from our Automation Expert
Our QA Automation Testing Services
QA automation services can be an excellent solution for any stage of software development, from the earliest product versions through to the launch. As soon as you have stable functionality that won’t undergo alteration, it’s possible to discuss implementing test automation services. Apart from a few QA checks that can be manual only, you can automate a variety of testing types.
Rapid health checks for your builds. Fail fast, fix faster. We implement automated gates that validate critical system functionality instantly after every commit. This prevents broken builds from reaching your prod, saving hours of wasted testing & fixing time and ensuring immediate feedback for developers.
Verifying communication between your services and third-party APIs, our automated API testing strategies combine contract testing, data-driven validation, and CI/CD gate integration to catch backend issues early. QA Madness validates business logic, request and response structures, data exchange, and third-party integrations such as payment gateways at the API layer, helping SaaS, fintech, and e-commerce teams test faster, reduce UI testing dependency, and prevent broken integrations from reaching production.
Extensive test coverage to ensure new code doesn’t break old features. As your product grows, manual regression becomes a bottleneck. We build scalable automated suites that re-verify your entire application logic before every release, guaranteeing that recent updates haven’t introduced side effects into stable features.
Ensuring consistent behavior across browsers, devices, and OS versions. Your users are everywhere. We execute automated scripts across a vast grid of real devices and browser versions in parallel. This guarantees a flawless and consistent user experience for everyone, regardless of their hardware or operating system.
Technology Stack
Web:
Playwright
Cypress
Selenium
Webdriver IO
Serenity
Cucumber
Robot Framework
CI/CD:
Jenkins
GitHub Actions
Azure Pipelines
TeamCity
GitLab CI
CircleCI
Travis CI
Mobile:
Appium
Desktop:
WinAppDriver
Pywinauto
Performance:
Grafana K6
Jmeter
Automated Testing Process
Automated testing unveils several advantages, including quick feedback, test coverage exactitude, and cost-effectiveness. To achieve superior efficiency and make these advantages work, you’ll need to have the right strategy and implement testing correctly.
Step 1. Process Audit & Strategy
We analyze your SDLC and QA maturity. Whether you have existing test documentation or nothing at all, we start by auditing your current processes. We identify bottlenecks, align with your business goals, and propose a strategy to fix gaps before automation begins.
Step 2. Prioritization & Framework Setup
Defining high-ROI scenarios. We don't automate everything at once. We identify the most critical business flows that need immediate protection. Simultaneously, we select the tech stack and set up a scalable framework tailored to your architecture.
Step 3. CI/CD Integration
Automation starts paying off immediately. We integrate the first automated scripts into your CI/CD pipeline (Jenkins, Azure, GitLab) right away. This gives you an instant feedback loop and ensures tests bring value from the very first sprint.
Step 4. Scaling Regression Coverage
Systematic expansion of your test suite. We methodically cover your regression backlog, replacing manual checks with stable autotests. Parallel to coding, we create comprehensive documentation and "how-to" guides to ensure transparency.
Step 5. Maintenance & Evolution
Keeping your automation healthy and scalable. Software changes constantly, and so must your tests. We provide ongoing support to monitor test stability, update scripts for new features, and refine the framework. We ensure your automation suite remains a reliable asset that evolves alongside your product.
How Automated Testing Strategies Work: The QA Madness Approach
QA Madness builds automated testing strategies around your product goals, release cycle, and QA maturity. We define the right automation scope, select tools that fit your tech stack, set up a scalable framework, integrate tests into CI/CD, and create a maintenance plan to keep scripts reliable as your product evolves.
Scope definition
We identify the highest-value flows to automate first, including smoke, regression, API, and business-critical scenarios.
Tool selection
We choose automation tools based on your platform, architecture, team skills, and long-term maintenance needs.
Framework setup
We build a reusable framework with clear structure, test data handling, reporting, and documentation.
CI/CD integration
We connect automated tests to your pipeline so teams get fast feedback after commits, pull requests, or scheduled builds.
Maintenance plan
We review, update, and refactor tests regularly to reduce flaky failures and keep automation aligned with product changes.
Reporting & continuous improvement
We track test results, coverage, and failure patterns to improve the automation strategy over time and keep QA aligned with release goals.
Scalable Automated Testing Strategies: Tips from QA Madness Engineers
Scalable automated testing strategies start with clear priorities, reliable frameworks, and regular maintenance. QA Madness engineers help teams build automation suites that support faster releases without creating fragile scripts or unnecessary QA overhead.
Start with smoke tests
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Begin with critical flows such as login, checkout, payment, account creation, and core navigation. Smoke tests provide fast feedback after every build and help teams catch blocking issues before deeper regression testing begins.
Prioritize high-risk regression scenarios
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Do not automate every manual test case at once. Focus first on repetitive, stable, and business-critical scenarios that are most likely to break after product updates, especially integrations, permissions, payment flows, and core user journeys.
Use data-driven testing frameworks
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Data-driven frameworks let engineers reuse the same test logic with different datasets, user roles, devices, regions, or payment methods. This expands coverage without duplicating scripts and keeps the automation suite easier to scale.
Integrate automated tests into CI/CD
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Automated tests bring the most value when they run continuously. QA Madness engineers integrate smoke, API, and regression checks into CI/CD pipelines so developers receive pass/fail feedback after commits, pull requests, or scheduled builds.
Avoid over-automation
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Not every check should be automated. Exploratory testing, usability review, visual judgment, and frequently changing scenarios are often better handled manually. A scalable strategy focuses automation on stable, repeatable, high-value checks.
Keep test documentation up to date
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Clear documentation helps teams understand what is covered, what is excluded, how tests are structured, and who owns maintenance. Documenting scope, framework architecture, test data, naming conventions, and CI/CD triggers makes automation easier to manage.
Review and refactor the test suite regularly
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As the product changes, automated tests need to evolve too. Remove outdated scripts, update selectors, split unstable tests, and investigate flaky failures before they slow down releases or reduce trust in the automation suite.
Why Automation is a Strategic Investment?
Test automation in software engineering can have transformative power, being a catalyst for seamless, reliable software deployment. And that’s not an exaggeration. Repetitive tasks become a thing of the past while the team gets to release software products of better quality and do it quicker. Test automation uncovers a full spectrum of benefits, starting with higher efficiency in daily tasks to a happier, formidable team.
Risk Reduction
Validate critical business flows that manual testing misses.
Fast Regression
Run thousands of scenarios across all devices and browsers simultaneously. Automated regression takes hours - not days.
Web Shop Automation
Speed up regression before peak seasons and validate cart, checkout, and payment gateway flows.
30% More Dev Time
Free up developers’ time by preventing defects rather than fixing them.
80% Coverage
Reach 80% automated coverage for business-critical paths in 60 days.
Team Optimization
Replace the workload of 5-7 manual testers with 1-2 automation engineers.
85% Pre-Merge Catch
Catch 85% of bugs before code ever merges to the main branch.
Optimized QA Budget
Reduce long-term testing costs by up to 40% with reusable scripts.
24/7 Testing
Launch test runs around the clock with zero environment preparation.
Success Stories
& Clients
“QA Madness has established a smooth workflow through effective communication. The team is trustworthy, efficient, and hardworking.”
“Thanks to QA Madness’s efforts, we are able to resolve technical issues and keep our platforms optimized and bug-free.”
Marc Uitterhoeve
CEO at Dexter Agency
“QA Madness was seriously professional. They listened to our needs and gave us the kind of work we expected. As a result of their efforts, we can locate a bug in the test environment, which prevents issues from entering production. I would recommend them, 100%.”
Alessandro Ronchi
COO at Bitbull Srl
“They’ve always been very professional, prompt, and available when we needed them. We’ve never had any issues or needed to go back and teach them how to meet our standards.”
Alex Mathias
VP at Isadora Agency
FAQ
Choosing an automated testing service raises practical questions: when your project is ready, how automation fits into your CI/CD pipeline, and what it actually costs. QA Madness automation engineers answer the most common questions about automated software testing as a service - covering mobile app testing, continuous CI/CD integration, fintech and banking automation, and the difference between test automation and automated testing.
Do you provide automated testing services for iOS and Android apps?
Mobile automated testing for iOS and Android uses Appium to cover native and hybrid apps across real device grids - including functional flows, regression suites, and cross-device compatibility checks. QA Madness integrates these runs directly into your CI/CD pipeline so every build is validated automatically without manual triggering.
How do I know if my project needs automated testing services?
A project is ready for automated testing when it meets at least two of these conditions: it has stable features that won't change in the next sprint, the team runs manual regression more than once per week, or release cycles are slowing down due to QA bottlenecks. QA Madness runs a process audit to confirm readiness and identify the highest-ROI flows to automate first - whether you have existing test documentation or are starting from zero.
What is automated software testing as a service?
Automated software testing as a service means an external team builds, runs, and maintains your automation framework - rather than you purchasing and managing a testing tool yourself. QA Madness handles strategy, framework setup, CI/CD integration, and ongoing maintenance using open-source tools (Playwright, Selenium, Appium) with zero licensing costs. You own all the code, and the first integrated smoke tests are delivered within the first weeks of engagement - not months.
Can you provide automated testing services for fintech and banking applications?
Yes. QA Madness builds automation frameworks for fintech and banking products where payment flow validation, data integrity, and backend business logic are critical - including PCI-DSS adjacent flows, payment gateway integrations (Stripe, Braintree), and financial data exchange layers. Our API and integration testing layer is designed for compliance-sensitive environments where accuracy and traceability are non-negotiable.
How does continuous automated testing work in a CI/CD pipeline?
Continuous automated testing means your test suite runs automatically on every code commit without manual triggering. QA Madness integrates automated scripts into your CI/CD pipeline - Jenkins, GitHub Actions, GitLab CI, or Azure Pipelines - so developers get immediate pass/fail feedback, broken builds are blocked before reaching staging, and teams typically cut release cycle time by 30-40%.
Are automated QA services cost-effective for startups?
Yes. QA Madness uses exclusively open-source frameworks - Playwright, Cypress, Selenium - with zero licensing costs. The investment typically pays off within 2 months by eliminating the 15-30% of developer time typically spent fixing bugs that slip through manual QA. Flexible engagement models let you start with a focused scope and scale as your product grows.
What is the difference between test automation and automated testing?
Test automation refers to the practice of building frameworks, writing scripts, and integrating them into a CI/CD pipeline. Automated testing refers to the execution of those scripts. Understanding the difference matters when evaluating vendors: some sell tools, others deliver the full practice. QA Madness provides both - we build and maintain the framework and run automated test suites as a continuous part of your development workflow.
What are the best strategies for scalable automated testing?
Scalable automated testing starts with a clear scope: automate regression and smoke tests first, use data-driven frameworks, and integrate tests into CI/CD. QA Madness builds scalable automated testing strategies using Playwright, Cypress, Selenium, and Appium.
How does AI help with test case generation?
AI in test case generation uses large language models to turn requirements, user stories, and acceptance criteria into structured test cases automatically. QA Madness applies this approach to reduce test authoring time and improve coverage for complex features.
How do automated testing strategies work?
Automated testing strategies define which tests to automate, which tools to use, and how to integrate them into the CI/CD pipeline. QA Madness builds custom automated testing strategies using Playwright, Cypress, Selenium, and Appium, tailored to each client's tech stack.
Want to learn how to cut testing time with an automation strategy? Book a call with our team.
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