

IBM Engineering Test Management and OpenText Application Quality Management compete in the software testing solutions category. IBM Engineering Test Management appears to have the upper hand due to its collaboration and integration capabilities.
Features: IBM Engineering Test Management focuses on robust test planning and execution, seamless integration with other IBM tools, and enhanced collaboration features. OpenText Application Quality Management distinguishes itself with comprehensive application testing, advanced analytics, and detailed reporting capabilities.
Room for Improvement: IBM Engineering Test Management can benefit from enhancing its analytics capabilities, improving user interface intuitiveness, and expanding third-party integration options. OpenText Application Quality Management could improve in areas like enhancing integration capabilities, providing more flexible testing configurations, and streamlining user experience for non-technical users.
Ease of Deployment and Customer Service: IBM Engineering Test Management offers a flexible deployment model with comprehensive support options, making it suitable for diverse enterprise needs. OpenText Application Quality Management provides a simplified cloud-based management system focused on fast implementation with reliable customer support.
Pricing and ROI: IBM Engineering Test Management might have higher initial setup costs but often provides a strong return on investment through its collaborative and integration advantages. OpenText Application Quality Management is priced competitively with promising ROI for businesses needing advanced analytics tools.
It acts as an enabler for effective test and program management.
Technical support has been excellent.
Quality is always high yet not perfect.
I am mostly happy with the technical support from OpenText ALM _ Quality Center.
OpenText ALM Quality Center is definitely scalable.
From a stability standpoint, OpenText ALM Quality Center has been pretty good.
The user-friendly nature could be enhanced as the interface isn’t intuitive.
HPLM has one of the best UIs compared to other test management tools, allowing for efficient navigation between test pieces, test folders, test suites, and test execution.
As for the scalability of OpenText ALM _ Quality Center, there are limitations, particularly in agile methodologies, which is currently my main concern.
It would be cheaper to use a cloud model with a pay-per-use licensing model.
It creates constant visibility into the test process, showing the status, bugs, and automated test results.
The integration with internal applications and CollabNet is made possible through exposed APIs, allowing necessary integrations.
We can create a requirement for stability metrics with the test cases to ensure all requirements are covered.
| Product | Mindshare (%) |
|---|---|
| OpenText Application Quality Management | 9.9% |
| IBM Engineering Test Management | 4.0% |
| Other | 86.1% |
| Company Size | Count |
|---|---|
| Small Business | 1 |
| Midsize Enterprise | 3 |
| Large Enterprise | 7 |
| Company Size | Count |
|---|---|
| Small Business | 41 |
| Midsize Enterprise | 32 |
| Large Enterprise | 161 |
IBM Engineering Test Management integrates with development and test automation tools, offering traceability between requirements and defects. It features versioning for artifact management, customizable Rational Quality Manager, web-based administration, and manual test case automation capabilities.
IBM Engineering Test Management supports Agile and DevOps, facilitating manual and automated testing. It allows for creating and executing test cases and plans using tools like Selenium and Micro Focus Quick Test Professional. Users manage testing processes by developing plans and automating test cases, with results stored in Rational Quality Manager. While valued for its integration and artifact management, users request usability enhancements, faster uploads, improved task management, and better support for automation integration, hierarchical test case organization, parameter support, and storage management.
What are the key features of IBM Engineering Test Management?IBM Engineering Test Management is implemented across industries to manage testing processes in Agile and DevOps environments. Consulting firms utilize it to create test plans for clients, while testing teams automate processes with Selenium and Micro Focus Quick Test Professional, storing outcomes in Rational Quality Manager for comprehensive analysis and decision-making.
OpenText Application Quality Management offers a scalable, user-friendly interface with seamless automation tool integration, positioned to enhance test case management and defect tracking.
OpenText Application Quality Management provides comprehensive tools for scalable test management and effective defect management, supporting real-time tracking and detailed reporting. It empowers users with enhanced traceability between requirements, tests, and defects. The customization options and integration capabilities ensure adaptability for a broad range of testing requirements to support efficient test management, execution, and reporting. Improvements are necessary in requirements traceability, user interface updates, and integration with Agile and DevOps tools. Performance and reporting enhancements, browser compatibility, licensing, costs, and customer support remain areas for growth. Users manage test cycles, log defects, and maintain test cases, benefiting from the system's ability to record results for manual and automated testing. It facilitates regression and performance testing and supports software development lifecycle tracking to ensure comprehensive coverage.
What are the key features of OpenText Application Quality Management?OpenText Application Quality Management is widely implemented in industries focusing on test management, defect tracking, and requirements mapping. Companies utilize its capabilities to integrate with systems supporting regression and performance testing, effectively tracking phases of the software development lifecycle to ensure comprehensive requirements coverage and insightful reporting. Transitioning to newer versions and managing large projects are seen as opportunities for increased efficiency.
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