Custom automation framework architecture built for your stack, team size, and long-term maintainability — scalable Page Object Model, data-driven, BDD, and hybrid designs that your team can actually own.
The difference between automation that saves time and automation that wastes it is almost entirely determined by framework design decisions made at the start of the project.
The most common automation failure: Teams write automated tests without a framework — scripts that directly hardcode selectors, test data, and configuration. Within 3 months, a UI change breaks 40 tests simultaneously. Within 6 months, the suite is so fragile nobody trusts it. The root cause is always the same: no separation between test logic, page structure, and test data. A properly designed framework prevents this entirely by enforcing clean separation of concerns from day one.
At 360 Fahrenheit, framework design is a dedicated discipline. Before writing a single test script, we architect the entire framework — choosing the right design patterns for your application type and team skills, structuring the project for long-term maintainability, configuring environment management, setting up reporting pipelines, and establishing coding conventions that every team member follows. The result is automation that grows with your application rather than fighting it.
We design frameworks for teams across Pakistan, Saudi Arabia, UAE, UK, and the United States using Java, Python, and JavaScript — delivering fully documented, production-ready framework codebases that your team can extend independently from day one.
We choose and combine the right design patterns based on your application's architecture, your team's programming skills, and your long-term maintenance requirements.
Separates UI element definitions from test logic. Every screen or page has its own class containing its elements and actions. Test scripts call page methods — not selectors directly. UI changes require updating one class, not dozens of tests.
Test data is externalised from test code — stored in Excel, CSV, JSON, or database tables. The same test logic runs against multiple data sets automatically. Dramatically increases coverage without multiplying script maintenance.
Gherkin feature files provide business-readable test descriptions. Step definitions provide the automation implementation. POM provides the underlying page interaction layer. The three-layer architecture combines readability, maintainability, and reusability.
Test actions are abstracted as reusable keywords (clickElement, enterText, verifyText) stored in a library. Test cases are built by combining keywords in sequence. Allows non-programmers to create new test cases without writing code.
The application is divided into independent modules — login module, checkout module, search module — each with its own reusable test components. Tests are built by composing module-level components rather than writing everything from scratch per test.
A modern approach for API test frameworks where requests are constructed using chainable method calls. Creates highly readable, self-documenting test code. Particularly effective for RestAssured API automation and complex test setup logic.
A detailed written design document — folder structure, class hierarchy, naming conventions, configuration management approach, parallel execution strategy, and CI/CD integration plan. Your team reviews and approves the architecture before implementation begins. This document becomes the permanent reference for maintaining and extending the framework.
We build the complete framework skeleton — base classes, utility libraries, configuration management, test data providers, custom assertions, logging setup, and CI/CD hook configuration. The framework is fully working with a set of example tests demonstrating every pattern before your team adds their own test coverage.
Allure or ExtentReports configured with custom branding, step-level detail, screenshot capture on failure, test categorisation by suite and severity, and trend history across runs. Reports are automatically published after every CI/CD run and accessible at a permanent URL your team bookmarks.
The framework is connected to your CI/CD pipeline — Maven or Gradle build, Jenkinsfile or GitHub Actions YAML, parallel execution configuration, and test result publishing. Tests run automatically on every commit without any manual intervention from your team.
Comprehensive developer documentation — how to add new page objects, how to write new test cases following the framework patterns, how to manage test data, how to run specific test suites locally, and how to interpret reports. New team members can contribute to the framework within hours of joining.
Hands-on training session with your QA and development team — walking through the framework architecture, demonstrating how to add new tests, explaining configuration management, and covering common pitfalls to avoid. Your team leaves the handover session confident to own and extend the framework independently.
We assess your application type, tech stack, team programming skills, existing test assets, and CI/CD environment. The right framework for a React SPA tested by a JavaScript team is different from the right framework for a Java microservices backend tested by a Java team. Discovery ensures the framework fits your actual situation.
We produce a detailed framework architecture document — folder structure, design patterns, configuration strategy, parallel execution approach, and reporting setup. Your team reviews the architecture and raises any concerns before implementation begins. Early alignment prevents expensive rework.
We implement the complete framework skeleton — all base classes, utilities, configuration, and example tests demonstrating every pattern. The framework compiles, runs, and produces reports before we add your application-specific page objects and test data. A working skeleton is delivered before specific test coverage begins.
We write 15–20 representative test cases covering your most important user flows — demonstrating every framework pattern in context of your real application. These seed tests serve as living examples for your team to follow when extending coverage, and validate that the framework handles your application's specific technical characteristics correctly.
We deliver complete framework documentation and conduct a hands-on training session with your team. We remain available for 30 days post-handover to answer technical questions as your team starts extending the framework. This support period catches any real-world edge cases not covered in initial training.
A complete framework skeleton — architecture, base classes, CI/CD integration, reporting, and seed tests — typically takes 2–3 weeks to design and implement. Complex frameworks involving multiple application types (web, API, and mobile in one suite) or multiple programming languages may take 3–5 weeks. We deliver working, tested framework code, not a skeleton that needs significant further work before it runs.
Yes — framework refactoring and rescue is one of our most common engagements. We review your existing framework, identify the root causes of fragility and maintenance burden, and either refactor it incrementally or recommend a clean rebuild depending on the severity of the architectural issues. We give you an honest assessment of whether refactoring or rebuilding is more cost-effective for your specific situation.
We recommend building in the language your existing QA or development team is most proficient in. Framework language choice matters far less than framework architecture quality. A well-designed Java framework is far better than a poorly designed Python one, regardless of which language is theoretically "better" for automation. If your team has no existing preference, Java with Selenium/TestNG is the most widely documented, supported option for web automation.
Yes. 360 Fahrenheit is based in Lahore, Pakistan and delivers framework design engagements fully remotely. All framework code is committed to your version control repository — GitHub, GitLab, or Bitbucket. We conduct architecture review sessions, training, and handover via video call. We have designed frameworks for teams across Pakistan, Saudi Arabia, UAE, UK, and the United States.