IBM Engineering Test Management and OpenText LoadRunner Cloud belong to software testing environments, with a focus on test management and performance testing respectively. OpenText LoadRunner Cloud seems to have the upper hand with its performance advantages, though IBM provides superior test planning capabilities.
Features: IBM Engineering Test Management provides efficient planning, tracking, and management of test artifacts. It is designed for comprehensive test case management in a structured framework. OpenText LoadRunner Cloud offers robust performance testing with support for load and stress testing across cloud environments. It provides detailed performance insights, facilitating the identification of bottlenecks.
Room for Improvement: IBM Engineering Test Management could improve in reducing setup complexity and enhancing integration with third-party tools. Streamlining user experience for new users would be beneficial. Additionally, better automation integration could enhance its capabilities. OpenText LoadRunner Cloud could improve in offering more intuitive user interfaces and simplifying test configuration processes. Enhanced reporting features and expanded protocol support would add value.
Ease of Deployment and Customer Service: OpenText LoadRunner Cloud offers a cloud-based deployment model that is flexible and integrates well with DevOps tools, ensuring swift beginnings and excellent customer support. IBM Engineering Test Management requires more detailed setup and might take longer to integrate into complex ecosystems, but it benefits from strong support channels.
Pricing and ROI: IBM Engineering Test Management entails higher setup costs but may achieve significant ROI in environments needing extensive test management and regulatory compliance. OpenText LoadRunner Cloud presents a cost-effective solution for performance testing with favorable pricing for cloud deployments, leading to quicker ROI through efficiency and reduced time-to-market.
The ROI is not necessarily cost savings. Sometimes a customer wants to use OpenText LoadRunner Cloud, or it's the only tool that will solve the problem depending on the application.
LoadRunner Cloud helps with risk elimination by reducing performance degradation in production, ensuring a better end-user experience.
It's important to note that OpenText has recently taken over Micro Focus.
It is very scalable, and on the cloud, it's even more scalable, potentially unlimited.
With load generators available, it is easily scalable to meet our needs.
The solution is highly scalable, which is its main feature.
OpenText LoadRunner Cloud is extremely stable for our use case.
In-depth analysis tools found in the standalone LoadRunner analysis, such as graph merging and setting granularity, would be beneficial.
I expect an improvement in the cloud location offering to better serve local applications, particularly to enhance testing accuracy for users in regions like Thailand.
It's delivering functionality, but we also use JMeter, which is free.
OpenText LoadRunner Cloud pricing is flexible, offering a more affordable solution compared to the more expensive on-premise LoadRunner.
In the standalone LoadRunner analysis, I can merge graphs or set granular filters to obtain custom reports.
Its LoadRunner functionality allows us to record a solution's networking protocol and replay them.
OpenText LoadRunner Cloud can scale in a cloud-based environment to support up to ten thousand concurrent users without capacity loss, which is not possible with on-premise solutions on personal machines.
IBM Engineering Test Management (ETM), formerly known as IBM Rational® Quality Manager (RQM), is a business-driven software quality environment designed for collaborative and customizable test planning, workflow control, tracking, and metrics reporting. When integrated with IBM DevOps Test Embedded (Test Embedded), ETM allows users to create test environments and scripts, deploy and run tests, and view HTML reports. This integration enables the creation of ETM test environments linked to Test Embedded target deployment ports, the deployment and execution of Test Embedded tests through the ETM interface, and the mapping of ETM test scripts to Test Embedded test suites. Additionally, users can import test suites as ETM test scripts, build new ETM test cases, and view test results as HTML reports within ETM. The integration requires the Test Embedded adapter service to be running on the user's computer.
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