Legacy enterprise applications remain functionally powerful but are often difficult to use, relying on fragmented workflows, dense forms, and expert knowledge. GenHAPI introduces a chat-to-action orchestration layer that enables users to interact with legacy systems through natural-language conversation while preserving control, auditability, and compliance. The system translates conversational requests into structured tasks defined in a declarative intent knowledge base and executes them via the Model Context Protocol (MCP) under explicit human confirmation. GenHAPI combines conversational orchestration, parameter governance, and optional vision-based UI grounding to support mixed-initiative interaction across heterogeneous enterprise environments. We report the system architecture, an intent engineering pipeline derived from real user traces, and a multi-agent workflow for safe tool invocation. Preliminary evaluation results include system-level benchmarks and a pilot user study, indicating reduced interaction complexity and improved user control compared to traditional workflows.

GenHAPI: Conversational Orchestration over MCP to Unlock Complex Legacy Workflows / Andrea Ferracani; Filippo Principi; Pavan Kartheek Rachabathuni; Marco Bertini;. - ELETTRONICO. - (2026), pp. 0-14. ( 28th International Conference on Human-Computer Interaction Montreal Convention Centre, Montreal, Canada 26 - 31 July 2026).

GenHAPI: Conversational Orchestration over MCP to Unlock Complex Legacy Workflows

Andrea Ferracani
;
Filippo Principi;
2026

Abstract

Legacy enterprise applications remain functionally powerful but are often difficult to use, relying on fragmented workflows, dense forms, and expert knowledge. GenHAPI introduces a chat-to-action orchestration layer that enables users to interact with legacy systems through natural-language conversation while preserving control, auditability, and compliance. The system translates conversational requests into structured tasks defined in a declarative intent knowledge base and executes them via the Model Context Protocol (MCP) under explicit human confirmation. GenHAPI combines conversational orchestration, parameter governance, and optional vision-based UI grounding to support mixed-initiative interaction across heterogeneous enterprise environments. We report the system architecture, an intent engineering pipeline derived from real user traces, and a multi-agent workflow for safe tool invocation. Preliminary evaluation results include system-level benchmarks and a pilot user study, indicating reduced interaction complexity and improved user control compared to traditional workflows.
2026
HCI INTERNATIONAL 2026
28th International Conference on Human-Computer Interaction
Montreal Convention Centre, Montreal, Canada
26 - 31 July 2026
Andrea Ferracani; Filippo Principi; Pavan Kartheek Rachabathuni; Marco Bertini;
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1470960
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