Test Data Management

In the rapidly evolving landscape of software development and testing enterprises are facing unprecedented challenges around data quality, speed, and privacy. GenRocket’s Quality Evolution Platform (QEP) is the industry’s first integrated solution that bridges legacy test data management (TDM) with design-driven synthetic data and an AI-orchestrated future. QEP gives engineering teams complete control over test and training data, so they can increase coverage, protect privacy, and release faster—without waiting on production refreshes or exposing PII.

As data privacy regulations tighten and the risk of data exposure grows, enterprises are rethinking their approach to test data management (TDM). In particular, software engineering and quality assurance (QA) teams are facing new pressure from Chief Information Security Officers (CISOs) and compliance officers to stop using masked production data in lower environments. Increasingly, organizations are turning to synthetic data as a secure and scalable alternative. At GenRocket, we’re seeing this shift accelerate across enterprise quality engineering teams with both new and existing customers.

Part 4: Positioning GenAI in the Landscape of Synthetic Data Solutions

Discover how GenRocket's innovative platform combines enterprise-class scalability, dynamic data generation, and seamless integration to deliver synthetic data for any test case.

Recent research indicates that 50% of organizations are still struggling with test data management. In this insightful conversation, Adrian O’Leary, SVP of Quality Engineering and Intelligent Automation from Apexon, and Garth Rose, CEO of GenRocket, discuss the issues facing test

Until recently, the global financial services industry (estimated at $22.5 trillion in 2021) has been slow to adopt cloud computing for its core processing functions. Entrenched legacy applications, uncertain cybersecurity risks, and regulatory compliance issues have all presented steep barriers to cloud adoption in the financial sector.