In this scenario, Wi-Fi is intentionally disabled on B-PHONE0 while a live session is active. SCCI detects the availability change and performs fallback handover to B-PHONE3 so the interaction continues instead of dying with the original node.
Handover Demonstration
Real SCCI scenario showing failover, session continuity, capability-based orchestration, and image generation after handover
Look for the exact moment Wi-Fi is disabled on B-PHONE0, availability changes, and the active session is resumed through B-PHONE3 instead of restarting.
This proves the orchestrator is resilient to node connectivity loss and can preserve the user experience through adaptive orchestration.
Session continuity after connectivity loss, automatic fallback from B-PHONE0 to B-PHONE3, and dynamic task routing based on node capabilities, including multi-role execution on a single node.
It shows a concrete failure scenario, not only a load scenario: one phone loses Wi-Fi and SCCI keeps the session alive by moving execution to another phone.
After the handover, B-PHONE3 continues the chat session and also handles image generation. This demonstrates that nodes are not limited to a single role. The SCCI router dynamically assigns tasks based on both availability and capabilities.
This scenario demonstrates adaptive distributed AI orchestration. When the primary node fails, the system preserves the session, reassigns execution, and continues handling new tasks such as image generation without interruption.