mabl

> Mabl is an AI-powered platform designed for low-code test automation across web applications and APIs. It enables software teams, including those without extensive coding backgrounds, to create, execute, and maintain end-to-end tests. The platform focuses on integrating continuous testing into CI/CD pipelines, using machine learning to automatically adapt tests to UI changes and identify regressions.

Overview

mabl is a cloud-native test automation platform that integrates AI and machine learning to streamline quality assurance processes for web applications and APIs. Its primary focus is on providing a low-code interface for test creation, allowing both developers and quality assurance engineers, including those with limited programming experience, to design and execute comprehensive tests. The platform aims to accelerate the delivery of software by enabling continuous testing within CI/CD pipelines. Mabl's architecture supports end-to-end testing, encompassing user interface (UI) interactions, API calls, and browser compatibility. A core feature is its "auto-healing" capability, which uses machine learning algorithms to automatically update tests when minor UI changes occur, reducing test maintenance overhead. This is particularly relevant in agile development environments where application interfaces evolve frequently. The platform also provides detailed reporting and diagnostics, offering insights into test failures and performance bottlenecks. The platform supports various testing types, including functional UI testing, cross-browser testing, accessibility testing, and performance testing. For UI testing, users interact with the application through a browser extension to record test steps, which mabl then converts into executable tests. API tests can be created and managed directly within the mabl interface, allowing for validation of backend services. The system is designed to integrate with common CI/CD tools, facilitating automated test runs as part of the development workflow. mabl is positioned for organizations that require a scalable solution for continuous quality assurance, particularly those adopting DevOps practices. Its low-code approach and AI-driven maintenance features aim to democratize test automation, making it accessible to a broader range of team members. For instance, while a developer might use Cypress for detailed JavaScript-based UI testing, a team prioritizing speed and involving non-technical stakeholders in test creation might opt for mabl to reduce the scripting burden and leverage its AI for test stability, as noted in discussions on modern testing strategies by InfoQ.

Key features

• Low-code UI testing: Users record interactions in a browser, and mabl generates test scripts, reducing the need for manual coding.
• AI-powered auto-healing: Machine learning algorithms automatically adapt tests to minor UI changes, minimizing test maintenance.
• API testing: Create and execute tests for REST and SOAP APIs directly within the platform, validating backend services.
• Cross-browser testing: Execute tests across multiple browsers (e.g., Chrome, Firefox, Edge, Safari) and operating systems to ensure compatibility.
• Accessibility testing: Automatically check web applications against accessibility standards.
• Performance testing: Monitor page load times and identify performance regressions during test runs.
• Data-driven testing: Utilize data tables to run the same test scenario with varying inputs, expanding test coverage.
• Integrations with CI/CD: Connect with popular CI/CD tools to automate test execution within the development pipeline.
• Detailed reporting and analytics: Provides insights into test results, failures, and performance metrics.
• Cloud-native infrastructure: Tests run in mabl's cloud environment, eliminating the need for local test infrastructure management.

Pricing

mabl offers custom enterprise pricing, which typically involves discussions with their sales team to determine a solution tailored to specific organizational needs. Factors that influence pricing commonly include the number of users, the volume of test executions, and required support levels. A 14-day free trial is available for new users to evaluate the platform's capabilities.

Pricing as of May 2026

Plan Type	Description	Key Features Included
Free Trial	14-day access to full platform features	Full access to UI, API, performance, and accessibility testing; AI auto-healing; CI/CD integrations
Enterprise	Custom pricing based on usage and features	All features from free trial, dedicated support, advanced reporting, custom integrations, volume discounts

For specific pricing details, enterprises are directed to contact mabl's sales department directly via their mabl pricing page.

Common integrations

mabl is designed to integrate with various tools commonly used in software development and DevOps workflows. Key integration categories include:

• CI/CD Platforms: Integrate with tools like Jenkins, GitHub Actions, GitLab CI/CD, and Azure DevOps to trigger mabl tests automatically as part of the build and deployment process. (e.g., mabl Jenkins integration documentation)
• Issue Tracking: Connect with platforms like Jira to automatically create or update issues based on test failures. (e.g., mabl Jira integration guide)
• Alerting & Notifications: Send test results and failure alerts to communication tools such as Slack and Microsoft Teams.
• Source Control: Link tests to specific code branches or commits for better traceability.
• APIs: Utilize mabl's API for programmatic control over test execution, results retrieval, and test management. (e.g., mabl API reference)

Alternatives

• Testim: An AI-powered test automation platform specializing in codeless and low-code test creation with a focus on stability and speed.
• Cypress: A JavaScript-based end-to-end testing framework for web applications, offering a fast and reliable testing experience for developers.
• Playwright: An open-source Node.js library for browser automation, enabling reliable end-to-end testing across modern web browsers.
• Selenium: An open-source suite of tools for automating web browsers, widely used for cross-browser testing.
• Applitools: Focuses on visual AI testing, using machine learning to detect visual bugs and UI regressions across different browsers and devices.

Getting started

While mabl is primarily a low-code platform and much of its test creation is done through its UI, developers can interact with it via its CLI and APIs. Below is an example of using the mabl CLI to run a deployment event, which can trigger tests associated with a specific deployment in a CI/CD pipeline. This example assumes the mabl CLI is already installed and configured with appropriate API keys.

// Example using mabl CLI to trigger a deployment event
// This would typically be executed in a CI/CD pipeline script.

// First, install the mabl CLI globally (if not already installed):
// npm install -g @mablhq/mabl-cli

const { execSync } = require('child_process');

const applicationID = 'your-application-id'; // Replace with your mabl Application ID
const environmentID = 'your-environment-id'; // Replace with your mabl Environment ID
const revision = 'git-commit-sha-12345'; // Replace with your current code revision/commit hash
const deployer = 'CI/CD pipeline'; // Identifier for who triggered the deployment

try {
  console.log('Triggering mabl deployment event...');
  
  // Execute the mabl deployments create command
  const command = `mabl deployments create \
    --application-id ${applicationID} \
    --environment-id ${environmentID} \
    --revision ${revision} \
    --deployer '${deployer}' \
    --headless`; // --headless runs tests without opening a browser window

  const output = execSync(command, { encoding: 'utf-8' });
  console.log('Mabl deployment event triggered successfully:\n', output);

  // The output will contain information about the triggered tests and their URLs.
  // You can parse this output to get test run IDs or direct links to results.

} catch (error) {
  console.error('Error triggering mabl deployment event:', error.message);
  // Handle errors, e.g., by failing the CI/CD job
  process.exit(1);
}

This JavaScript snippet demonstrates how a CI/CD script might use the mabl deployments create command. The application-id and environment-id link the deployment to specific configurations within mabl, while revision and deployer provide contextual information for reporting. The --headless flag is commonly used in automated environments to run tests without a visible browser UI.