Version 3.9

Streaming API Response Support (Send In Parts):
The Sync API now supports progressive response delivery through the new "Send In Parts" functionality. This enhancement transforms the traditional request-response pattern by delivering large responses in manageable chunks across multiple synchronous HTTP requests. Users experience faster perceived performance and more interactive conversations as partial results are delivered immediately rather than waiting for complete responses. The feature includes support for voice interruptions (barge-in), typing indicators, and multiple response types, providing fine-grained control over interaction flow while maintaining the simplicity of standard HTTP protocols.
Enhanced Conversation Export with Complete User Data:
Conversation exports now include all user information such as email addresses, user IDs, and other customer-specific data that can be configured in the conversations interface. This enhancement enables more effective customer support processes by allowing support teams to take person-specific actions and quickly locate historical conversation records for individual users.

Platform Migration to .NET 9 and ABP Framework 9.3.1:
The platform has been upgraded to the latest .NET 9 framework and ABP 9.3.1, providing improved performance, enhanced security features, and access to the latest development capabilities.
Optimized Project Publishing Process:
Publishing performance has been significantly improved through two key optimizations. The graceful publish timeout has been reduced for pods that may still be receiving requests after publish completion, ensuring faster deployment cycles. Additionally, automatic draft VA training operations are now removed during the publish process, streamlining the deployment workflow and reducing unnecessary background processing.
Minor UI Improvements:
Several minor improvements have been made to the user interface to enhance user experience and usability.
Minor Bug Fixes:
Various minor bugs have been addressed to improve overall system stability and performance.