Issue Description
During interactive sessions, data payloads distributed via the Real Time Messaging network fail to reach specific endpoints intermittently. For instance, when a client triggers an interactive application event, the linked Artificial Intelligence service fails to receive the corresponding signaling message. This synchronization failure causes the backend logic to generate inconsistent results compared to the active client interface.
Platform/SDK
- SDK: Agora RTM
Root Cause
The data loss originates from an identity collision within the signaling network. The issue occurs when the identical user identification string, uid, is utilized to establish concurrent connections across multiple devices or independent server sessions. The RTM infrastructure enforces a strict single connection policy per identifier. Upon detecting a secondary login attempt with an active identifier, the backend automatically terminates the original session. The preempted session ceases to receive incoming messages, resulting in silent data drops.
Step-by-Step Solution
Enforce Unique Identifier Allocation
Architect the authentication logic to guarantee that every connecting device or service instance receives a universally unique RTM
uid. Hardcoding identifiers across server nodes directly causes session eviction.Optimize Reconnection Routines
Audit the application state machine handling network retries. If the application automatically reconstructs dropped connections, ensure it correctly resumes the existing session sequence rather than instantiating a completely new concurrent login block. Alternatively, implement a graceful teardown process that safely terminates the previous connection before initiating a replacement session.
Monitor System Telemetry for Evictions
Implement log monitoring on the server infrastructure to detect connection replacement events. Scanning the local diagnostic logs for the
link connection abortstring provides immediate visibility into identity collision incidents.Implement Concurrency Safeguards
Refactor the integration architecture to strictly prohibit concurrent signaling logins utilizing identical identifiers. Enforcing this isolation ensures continuous message delivery stability across all connected endpoints.