ReadyAPI (api tools): Automate enterprise-grade API testing from one secure, on-prem platform for faster time to market. ReadyAPI is a comprehensive platform designed for automated API testing, encompassing functional, security, and performance testing, as well as API and web virtualization. It enables developers and QA teams to create, manage, and scale API tests with minimal scripting, supporting various API types like REST, SOAP, Kafka, JDBC, and JMS. Key capabilities: Functional API Testing (REST, SOAP, Kafka, JDBC, JMS), API Security Testing (SQL injection, fuzzing, XSS vulnerability scans), API Performance Testing (load, stress, spike tests), API & Web Virtualization (mock services for REST, SOAP, JMS, JDBC), CI/CD Integration (Jenkins, Azure DevOps, Git, TeamCity). ReadyAPI is paid-only, with most plans including a trial period. Buyers most often compare ReadyAPI against Apidog, Paw, Playwright.
TL;DR - ReadyAPI
Automates functional, security, and performance API testing.
Integrates with CI/CD pipelines for continuous testing.
Offers API virtualization to eliminate testing dependencies.
Pricing: Paid only
Best for: Enterprises & pros
4.6/5 across review platforms
Pros & Cons
Pros
Unified platform for multiple types of API testing (functional, security, performance).
Low-code interface simplifies test creation and management.
Seamless integration with popular CI/CD tools.
API virtualization reduces dependencies and accelerates testing.
Provides actionable insights through comprehensive reporting.
Cons
No explicit mention of a free tier, only a free trial.
Focus on on-prem deployment might not suit all cloud-native teams.
Requires some scripting knowledge for advanced customization.
ReadyAPI is a comprehensive platform designed for automated API testing, encompassing functional, security, and performance testing, as well as API and web virtualization. It enables developers and QA teams to create, manage, and scale API tests with minimal scripting, supporting various API types like REST, SOAP, Kafka, JDBC, and JMS.
The platform helps streamline API testing by integrating seamlessly with CI/CD tools, allowing for consistent quality and security checks throughout the development pipeline. It also provides robust performance testing capabilities to simulate real-world traffic and identify bottlenecks, and offers API virtualization to remove dependencies and accelerate testing cycles. ReadyAPI is ideal for organizations looking to improve the quality, reliability, and speed of their API development and deployment.
What types of APIs can ReadyAPI validate in a single platform?
ReadyAPI can validate a wide range of APIs including REST, SOAP, Kafka, JDBC, and JMS. This allows for comprehensive end-to-end validation within a single low-code platform.
How does ReadyAPI integrate with CI/CD tools?
ReadyAPI seamlessly integrates with popular CI/CD tools such as Jenkins, Azure DevOps, Git, TeamCity, and Docker. This integration allows for automated test runs across multiple environments and streamlines the delivery pipeline.
What kind of vulnerability scans can ReadyAPI perform as part of automated test runs?
ReadyAPI can perform various vulnerability scans, including SQL injection, fuzzing, and XSS. These scans are integrated into automated test runs to identify security issues before APIs go live.
How does ReadyAPI facilitate API performance testing?
ReadyAPI allows users to generate load, stress, and spike tests to evaluate API performance under real-world traffic and peak demand. It also enables the reuse of functional tests to accelerate load test creation for REST and SOAP APIs.
What is the purpose of API & Web Virtualization in ReadyAPI?
API & Web Virtualization in ReadyAPI helps remove dependencies in the testing pipeline by virtualizing RESTful, SOAP, TCP, and JMS services. This allows for the creation and deployment of dynamic mock services to enable parallel development and testing, even when actual services are unavailable or rate-limited.
How does ReadyAPI's API Discovery feature work?
ReadyAPI's built-in traffic recorder captures real requests from a browser, proxy, or external client. This captured live HTTP traffic can then be filtered and converted into reusable test cases, virtual services, or API definitions, even without existing specifications.