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The evolution of Air Traffic Management (ATM) systems relies heavily on Service-Oriented Architectures (SOA) and System Wide Information Management (SWIM) services. These technologies enhance data accessibility and interoperability but introduce significant challenges, particularly in integrating new APIs into legacy systems. While operationally robust, these systems lack flexibility, incur high update costs, and struggle to meet modern demands. Air Navigation Service Providers (ANSPs) have limited control over industrial Human-Machine Interfaces (HMIs), which require extensive validation before any modification. Furthermore, European regulations, such as the Pilot Common Project (PCP), mandate the integration of SWIM services. Current tools lack interactivity, making it difficult to engage users and assess usability effectively. Traditional prototyping methods, such as static mock-ups, fall short of addressing these challenges. To tackle these challenges, we present VINCE (Visualize, INfluence, and Consolidate Evolutions), a digital twin webbased platform designed for agile HMI prototyping, SWIM API integration, and user-centered design. Developed in DSNA/DTI premises, VINCE enables iterative development and improves HMI usability by incorporating user feedback. In a context where major systems are acquired as off-the-shelf solutions and there is a need to influence the future evolution of these systems, VINCE can be a particularly valuable toolf. This paper introduces the VINCE platform, describes its current Proof of Concept focused on radar HMIs, and outlines how it enables new design methodologies for ATM modernization.