UDSF-6G

Technical Explanation

To achieve true cloud-native elasticity, 6G control plane network functions must be completely stateless: if an AMF or SMF container crashes, another instance must immediately take over the session without the user noticing. UDSF-6G provides a distributed, microsecond-latency in-memory data store (built on Redis/Dragonfly clusters) where transient session contexts, timers, and TCP states are cached and synchronized across edge clusters.

Key Functions

• Microsecond-latency in-memory key-value storage for transient session states
• Enabling 100% stateless network function architectures for instantaneous auto-scaling
• Instantaneous session state recovery upon unexpected container or node crashes
• Dynamic memory eviction and TTL expiration policies preventing memory leaks
• Geo-distributed replication keeping edge session caches warm prior to user handovers