CAST Revolutionizes Application Development and Maintenance with AI

CAST Revolutionizes Application Development and Maintenance with AI

Today, CAST, the leader in software intelligence technology, announced a groundbreaking advancement in artificial intelligence (AI) that will revolutionize application development and maintenance. This development aims to address a major challenge in the realm of application development and maintenance (ADM), specifically in the maintenance and modernization of existing software.

Currently, the use of AI in ADM is primarily focused on generating new code. However, the majority of ADM resources are actually dedicated to maintaining, enhancing, and modernizing existing applications. This process requires a deep understanding of the unique makeup of each specific application, which goes beyond the capabilities of current large language models (LLMs) that are only trained on publicly available information.

CAST’s software intelligence technology bridges this gap by automatically reverse engineering and extracting detailed metadata about the internal structures of complex software systems. This data effectively grounds AI engines, enabling them to understand, maintain, and modernize existing applications with precision and efficiency.

Over the past nine months, CAST has collaborated with global system integrators and leading AI providers, demonstrating that grounding AI with outputs from their software intelligence technology allows AI engines to comprehend the inner workings of a software system. This collaboration is nearing a significant milestone, with the completion of a working prototype expected by the end of this year.

This technological innovation marks a substantial leap forward, as it greatly boosts the productivity of ADM teams working on application modernization and evolutive maintenance. It showcases CAST’s commitment to enabling AI to provide significant additional value to IT organizations worldwide by revolutionizing how existing code is understood and enhanced.

“CAST’s research and development team has been working closely with our partners to unlock the full potential of AI in ADM,” said Dr. Bill Curtis, Chief Scientist at CAST. “By combining our software intelligence technology with AI, we can empower developers to change, fix, modernize, or adapt complex software with the assistance of smart agents. This is a game-changer for the industry.”

The implications of this breakthrough are far-reaching. In addition to improving the efficiency of ADM teams, it paves the way for AI-powered smart agents that can automate the modernization and adaptation of software to targeted cloud environments. This not only saves time and resources but also ensures that software remains up to date and compatible with evolving technologies.

The completion of the working prototype is eagerly awaited by the industry, as it will mark a significant milestone in the integration of AI and software intelligence technology. Once fully realized, this innovation has the potential to transform the way software is developed and maintained, unlocking unprecedented value for IT organizations across the globe.

CAST’s dedication to enabling AI to provide additional value to IT organizations is apparent. The company aims to revolutionize how existing code is understood and enhanced, solidifying its position as a leader in software intelligence technology. With their groundbreaking advancements, CAST is pushing the boundaries and propelling the industry forward.

It is an exciting time for the world of software development. As AI continues to advance, its integration with software intelligence technology holds great promise for the future. With the completion of the working prototype on the horizon, the industry eagerly anticipates the transformative impact that this innovation will have on application development and maintenance.


Written By

Jiri Bílek

In the vast realm of AI and U.N. directives, Jiri crafts tales that bridge tech divides. With every word, he champions a world where machines serve all, harmoniously.