Autonoma

Description

Autonoma offers an innovative approach to end-to-end (E2E) testing by leveraging AI agents to autonomously navigate and test web and mobile applications. This open-source platform eliminates the need for manual test script creation, significantly reducing development overhead and accelerating the release cycle. By integrating seamlessly with existing workflows, Autonoma ensures that applications are thoroughly tested in real user environments.

The core functionality of Autonoma revolves around a simple, one-command setup. After an initial exploration of the codebase, Autonoma generates a comprehensive test plan, identifying happy paths, edge cases, and state transitions. The platform then connects to the application's data layer through an SDK, allowing it to seed and tear down test data realistically, mirroring actual user interactions and business logic. This ensures that tests are not only functional but also contextually relevant.

Autonoma's AI agents operate by launching real browsers and interacting with the application's UI just as a human user would. They click buttons, fill forms, and navigate through user flows, providing a true E2E testing experience. Results are displayed directly within pull requests, offering immediate feedback to developers. This continuous testing process on every commit helps catch regressions early, enabling teams to merge code with confidence.

The platform is designed for broad compatibility, working with any web or mobile application accessible via a URL or device, including frameworks like React, Next.js, Vue, Angular, Flutter, React Native, and Swift. Autonoma integrates with existing development tools and CI/CD pipelines, acting as an execution layer that verifies functionality without disrupting workflows. Its pricing model is flexible, offering a free tier with a substantial number of credits and a pay-as-you-go option with no minimum commitment.

Autonoma also emphasizes security and compliance, particularly for enterprise-grade deployments. Features include SOC 2 Type II certification, end-to-end encryption, and Single Sign-On (SSO) capabilities. For enhanced security, enterprise clients can opt for VPC peering to run test runners within their private networks. The open-source nature of the agent allows for self-hosting, providing complete control over the testing infrastructure.

Autonoma's Core Features

• AI-powered E2E testing agents

• Automated test scenario generation

• Real browser and device testing

• No manual test script writing required

• Regression detection on every PR

• Realistic data seeding and teardown via SDK

• Integration with CI/CD pipelines

• Support for web and mobile applications

• Open-source agent

• Self-hosting option

• SOC 2 Type II Certified

• End-to-end encryption

• Single Sign-On (SSO) integration

How to use Autonoma?

1. 1

   Install: Run `npx @autonoma-ai/planner@latest` to start.

2. 2

   Configure Data: Wire your create and delete functions using the Autonoma SDK.

3. 3

   Execute Tests: Autonoma agents navigate your app in real browsers and devices.

4. 4

   Review Results: Check test outcomes directly in your pull requests.

5. 5

   Ship Confidently: Merge code with assurance after successful tests.

Autonoma's Use Cases

• Automated E2E Testing
• Regression Catching
• CI/CD Integration
• Web App Testing
• Mobile App Testing
• Developer Productivity
• Code Quality Assurance

FAQ from Autonoma

• How is Autonoma different from Playwright or Appium?

  Playwright and Appium are low-level tools requiring manual script writing. Autonoma acts as an operating system on top, using AI agents to generate, adapt, and maintain tests automatically, eliminating the need for test code and reducing maintenance overhead.

• Does Autonoma replace my QA team?

  Autonoma automates the QA process by running thousands of tests in parallel on every PR, providing instant feedback and eliminating bottlenecks. This allows engineers to receive immediate feedback, rather than waiting for manual QA cycles.

• Why can't I just use Claude to write Playwright tests?

  While AI can generate scripts, Autonoma handles the entire end-to-end process: environment provisioning, data seeding, parallel execution on real browsers/devices, and validation that tests are meaningful. It addresses the complexities beyond just script generation.

• Is Autonoma open source?

  Yes, the Autonoma agent is fully open source. You can self-host the entire platform on your own infrastructure for free, with no feature limits. The managed cloud version offers scalable parallel execution and team collaboration features.

• What frameworks and languages does Autonoma support?

  Autonoma is framework-agnostic and works with any web or mobile application accessible via a URL or device, including React, Next.js, Vue, Angular, Flutter, React Native, Swift, and others.

• Does Autonoma require access to my repository?

  Yes, Autonoma functions as a GitHub App, requiring installation on your repository to read your codebase and understand your app structure for test generation. Permissions are standard GitHub App scopes.

• Can I run tests locally?

  Yes, Autonoma is open source and can be deployed locally. However, running in the cloud provides virtually infinite parallelism for both web and mobile, significantly reducing test execution times from hours to minutes.

• How does Autonoma handle app changes?

  Autonoma's AI agents understand application behavior, not just UI element locations. When your frontend evolves, tests adapt automatically, eliminating the need for manual maintenance, selector rewriting, or fixing flaky failures from minor layout changes.

• What are the security features of Autonoma?

  Autonoma offers enterprise-grade security, including SOC 2 Type II certification, end-to-end encryption (AES-256 at rest, TLS 1.3 in transit), and Single Sign-On (SSO) integration with providers like Okta and Azure AD.

• Can Autonoma run tests within a private network?

  Yes, for enterprise clients, Autonoma supports VPC Peering, allowing test runners to be deployed directly within your private network or AWS VPC, keeping all test traffic internal.