zoom-virtual-agent-android

You can bridge Android WebView with Zoom Virtual Agent by implementing a Java/Kotlin bridge to handle exit, common, and support handoff events. This requires injecting the runtime context and initializing handlers before loading the agent page to ensure lifecycle-safe embedding.

JavaScript bridge callbacks fail when handlers are not initialized before the WebView loads the agent page. Lifecycle drift causes inconsistent routing, so you must wire the JS bridge, inject the runtime context, and apply URL governance before triggering any native callbacks.

To keep Zoom Virtual Agent navigation in-app on Android, apply shouldOverrideUrlLoading decisions and configure multi-window behavior in your WebView. This URL governance ensures secure navigation and coordinates message routing between the WebView content and native code.

Yes, you need a lifecycle-safe embedding policy to handle Zoom Virtual Agent handoff events. You must ensure native handlers are initialized before JS callbacks fire and perform proper cleanup on exit to prevent fragile integration and inconsistent callback routing across app states.

The best way to handle support handoff from a WebView to native Android flows is using a Java/Kotlin bridge with a dedicated support_handoff callback. This coordinates message routing securely, allowing the native app to take over customer interactions when triggered by the agent.

Yes, you can use a Java bridge to coordinate exitHandler and commonHandler events for Zoom Virtual Agent on Android. This setup communicates between WebView content and native code, applying explicit URL handling policies to manage exit and common events safely.