Tamera is a cloud-based test automation platform that helps teams design, execute, and monitor automated checks across web and mobile environments. It emphasizes collaboration, clear reporting, and flexible integrations for modern development workflows.
Engineers and QA professionals use Tamera to reduce flaky tests, speed up release cycles, and keep quality metrics transparent across the organization. The platform balances low-code authoring with advanced scripting capabilities for a broad range of users.
| Name | Role | Primary Responsibility | Key Tools |
|---|---|---|---|
| Alex Morgan | Product Manager | Define roadmap and prioritize test automation features | Jira, Aha!, Tamera |
| Jordan Lee | QA Lead | Design test strategy, manage test suites in Tamera | Tamera, Selenium, Postman |
| Riya Patel | Automation Engineer | Author test cases, maintain locators, debug failures | Tamera, Git, Cypress |
| Samir Khan | DevOps Engineer | Configure pipelines, manage runners, and handle notificationsJenkins, GitHub Actions, Tamera API |
Test Design Principles in Tamera
Maintainable Locator Strategies
In this section, the focus is on robust selectors and page object patterns that reduce test brittleness. Teams document naming conventions and review locator changes during pull requests.
Data-Driven Test Scenarios
Tamera supports external data sources so that the same test logic runs across multiple input combinations. This approach improves coverage while keeping test code DRY and easier to maintain.
Execution and Scheduling
Execution in Tamera can be triggered manually, on schedule, or through CI events such as pull request merges. The platform allocates runners based on queue priority, browser matrix, and tag-based filters.
Teams often configure parallel execution to shorten feedback time. Clear tagging and environment variables let you run subsets of tests for quick checks or full regression suites for release candidates.
Reporting and Analytics
Tamera generates structured reports with step-level logs, screenshots, and video recordings for failed scenarios. Aggregated dashboards highlight flaky tests, trend lines, and coverage by feature area.
Integration endpoints allow sending test data to monitoring tools and BI dashboards. Product owners can filter views by sprint, owner, or severity to focus on quality trends that matter most to the business.
Integration and Extensibility
CI/CD Pipelines
Native plugins connect Tamera with popular CI systems, ensuring test results are posted back as build checks. Webhooks enable custom actions when tests start, pass, or fail.
Third-Party Services
Teams connect Tamera with ticketing tools, chat platforms, and notification services to centralize quality signals. Custom webhooks and a REST API let you extend workflows and trigger actions in external systems.
Getting Started with Tamera
- Define clear test objectives and map critical user journeys.
- Set up stable locators and maintain a scalable page object model.
- Integrate with your CI pipeline to enforce quality gates on every change.
- Monitor flaky tests and invest in reliability to improve trust in automation.
- Use reporting dashboards to align test coverage with product priorities.
- Leverage data-driven scenarios to maximize coverage with minimal code duplication.
- Enable notifications and webhooks to keep stakeholders informed of quality signals.
FAQ
Reader questions
How does Tamera handle dynamic element locators in single-page applications?
It uses smart wait conditions, auto-retry for flaky selectors, and recommends stable data attributes or test IDs for critical UI elements. Teams can define fallback locators and custom retry rules per project.
Can I run Tamera tests on mobile devices and emulators?
Yes, you can execute tests on real devices and emulators through integrated device clouds, with support for both native and hybrid apps. The platform manages device allocation, logs, and parallel sessions.
What happens when a test fails intermittently in the cloud runners?
Automatic retries, video capture, and detailed logs help identify whether failures are consistent or flaky. You can quarantine flaky tests, assign owners, and track their stability over time using built-in analytics.
How are billing and usage tracked for shared teams?
Billing is based on runner minutes and resource usage, with detailed reports showing consumption by project and user. Admins can set budgets, receive alerts, and optimize parallelization to control costs.