Abstract
A system is proposed herein for autonomous, policy-driven bandwidth scaling of live media flows in Internet Protocol (IP) fabric networks. An ingress switch measures actual flow bitrate against an allocation enforced by a policer and detects sustained deviations. An orchestrator evaluates whether a multicast group is eligible for scaling, checks capacity along the flow path, and coordinates changes to flow policies on affected switches. For a bitrate increase, the system reserves capacity across the path before committing a higher allocation and rejects a request if capacity or policy conditions are not satisfied. For a sustained decrease, the system reduces the provisioned allocation, subject to tolerance and minimum-rate bounds, and returns reclaimed capacity to a shared pool after the path acknowledges the change. Per-group eligibility, priority arbitration, hysteresis, asymmetric detection windows, action limits, and settling intervals bound changes during live operation. When orchestration is unavailable, existing switch policies remain enforced; after reconnection, stored policy intent is reconciled with measured network state.
Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Sivaprakasam, Praveena and Vishwarupe, Sachin V., "AUTONOMOUS DETECTION AND DYNAMIC BANDWIDTH SCALING OF LIVE MEDIA FLOWS IN IP FABRIC NETWORKS", Technical Disclosure Commons, (November 05, 2026)
https://www.tdcommons.org/dpubs_series/12755