5G Applications

• High bandwidth (e.g., YouTube, video streaming) demands eMBB slices.
• Low latency & reliability (e.g., Skype, video calls) require uRLLC slices.

Traditional systems lacked a simple way to dynamically map applications to the correct slice. As a result, users faced:

• Inefficient bandwidth usage.
• Service degradation due to misrouted traffic.
• Complex manual setup without centralized management.

• Profile Management: Define multiple profiles with APN, S-NSSAI, and operator settings.
• Multi-Session Management: Initiate and manage multiple PDU sessions in parallel.
• Routing Policy Engine: Assign applications to slices automatically based on defined rules.
• Monitoring Dashboard: Display real-time metrics such as throughput, latency, and signal quality.
• Auto-Switch Mechanism: Seamlessly switch traffic between slices when conditions or policies change.

• Performance Optimization: Applications always use the most suitable slice (eMBB for video, uRLLC for voice).
• Reliability: Automatic failover ensures uninterrupted service even if one slice becomes unstable.
• Efficiency: Reduces wasted bandwidth by routing traffic intelligently.
• Visibility & Control: Administrators can manage interfaces, profiles, and routing policies in one UI.
• Scalability: Supports concurrent sessions across multiple slices, ready for enterprise adoption.