
Reimagining Quality Engineering through Autonomous Intelligence
QEnix AI is Edvensoft’s next-generation AI-powered Quality Engineering accelerator, designed to modernize and unify testing across manual, automation, and API layers.
QEnix AI is Edvensoft’s next-generation AI-powered Quality Engineering accelerator, built to transform testing across manual, automation, and API landscapes. Powered by large language models and intelligent agents, QEnix AI brings autonomy, speed, and precision to every aspect of the quality lifecycle.
It enables test case generation directly from images, documents, or natural language prompts, and integrates seamlessly with PM tools like Jira, ClickUp, and Figma to create and synchronize test cases. Through bi-directional integration with test management systems such as Zephyr, TestRail, and Xray, QEnix AI ensures real-time alignment between design, execution, and reporting.
On the automation front, QEnix AI autonomously executes test cases across multiple frameworks, supports self-healing, and continuously updates results back into integrated systems. For API testing, it connects with Swagger and Postman to automatically discover APIs, generate test data, and execute validations on demand.
Its unified reporting dashboard delivers intelligent insights across manual, automation, and API executions—helping teams analyze efficiency, performance, and quality trends in real time. Designed for modern Agile and DevOps environments, QEnix AI empowers organizations to move from traditional testing to autonomous, AI-driven Quality Engineering—accelerating releases while reducing effort and cost.


Problem:
A leading retail POS and store operations platform struggled with fragmented test management, slow regression cycles, and a manual-intensive testing process across multiple regions. Lack of integration between Jira, Zephyr, and automation tools caused poor visibility and inconsistent quality outcomes.

Problem:
A fleet leasing and management company faced challenges in maintaining test consistency across their Driver View and Fleet View applications. Test cycles were slow, manual updates in Zephyr led to duplication, and API validations were ad hoc without proper integration.
