#United States #Austin #Legacy Modernization #GAPVelocity #Visual Basic 6

Visual Basic 6 Drives Legacy Modernization Demand

In the realm of software modernization, Visual Basic 6 (VB6) has emerged as a predominant player, driving demand for legacy modernization solutions. A recent study by GAPVelocity AI, an arm of Growth Acceleration Partners, reveals that an astonishing 67.6% of organizations seeking to modernize their legacy applications reported using VB6.

The report, titled The State of Legacy Modernization Demand 2026, delves into inquiries from 1,105 organizations across more than 120 countries. This in-depth analysis took place between August 2025 and August 2026, providing a clear view of the current landscape of legacy technologies.

Key Findings of the Report

1. Dominance of Visual Basic 6: Of all inquiries analyzed, 747 were attributed to VB6, outpacing other technologies by a significant margin. This software, which was first launched in 1998 and has not been supported since 2008, is clearly still in widespread use today.

2. Aging Technology: A staggering 83% of the legacy systems examined fall under technologies that debuted before the year 2000. The Visual Basic family alone is responsible for 73.4% of this demand.

3. Global Reach: The findings emphasize a growing demand outside the United States, with 58% of inquiries stemming from international organizations. Across the globe, there has been a notable surge in demand for Microsoft Access, which grew 6.3 times year-over-year. This increase points to a broader trend of organizations seeking modernization solutions for their outdated systems.

4. Codebase Variations: The study also highlights significant differences in the codebases of legacy applications. The average VB6 application consists of about 124,000 lines of code, contrasting sharply with an average of 1 million lines for PowerBuilder applications and 1.3 million for those built on Clarion. This discrepancy illustrates the varying complexities organizations face in their modernization journeys and the potential impact of these legacy systems on overall operations.

5. Mapping Modernization Efforts: Understanding that simply counting inquiries does not capture the full portrait of legacy application challenges, GAPVelocity AI stresses the importance of recognizing large-scale enterprise systems. Many legacy systems were constructed outside of traditional IT frameworks, meaning modernization efforts must extend beyond what is commonly understood.

Implications for AI Modernization

The report suggests that claims regarding AI modernization must be thoroughly examined against the actual needs of buyers, rather than relying on easier-to-demonstrate solutions. The complexity of legacy systems poses unique challenges for modern AI, primarily due to limited training data, proprietary user-interface frameworks, and the absence of standardized mappings to contemporary architectures.

Conclusion

As organizations worldwide grapple with aging software and the demand for modernization solutions rises, Visual Basic 6 stands out as a key area of focus. The implications of this research emphasize the urgency for businesses to address their legacy technology ecosystems. As they prepare for modernization efforts, understanding the landscape and specific challenges their systems present will be crucial for a successful transition.

For those interested in the nuances outlined in this report, The State of Legacy Modernization Demand 2026 can be accessed through GAPVelocity AI's official site, where organizations can glean insights to guide their modernization strategies effectively.

Additionally, GAPVelocity AI will provide a live demonstration of their Visual Basic 6 modernization tool to Blazor on Azure at an upcoming webinar scheduled for September 16, 2026. Registration for this event is currently open, inviting industry professionals to witness the capabilities of modern solutions against the backdrop of legacy challenges.