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bgp reconvergence
About this tag
BGP reconvergence refers to the process by which Border Gateway Protocol routers recalculate and propagate new paths after a network failure or topology change. On WindowsForum.com, discussions center on real-world events such as the September 2025 Red Sea cable cuts, which forced major cloud providers like Microsoft Azure to reroute traffic across longer paths. These incidents highlight how BGP reconvergence impacts global cloud latency, connectivity, and service reliability. Topics include the mechanics of route propagation, the role of submarine cable chokepoints, and strategies for building resilient cloud networks. The tag is relevant for IT professionals and network engineers managing Azure or other cloud infrastructure.
Multiple undersea fibre-optic cables in the Red Sea were cut on 6 September 2025, triggering measurable slowdowns and intermittent connectivity across South Asia and the Middle East and forcing major cloud and carrier operators — most visibly Microsoft Azure — to reroute traffic, warn customers...
Internet traffic between Asia, the Middle East and parts of Europe slowed sharply after multiple undersea fibre‑optic cables in the Red Sea were severed on 6 September 2025, forcing cloud operators — most visibly Microsoft Azure — and regional carriers to reroute traffic, warn customers of...
Microsoft Azure users saw slower-than-normal responses after multiple undersea fiber-optic cables in the Red Sea were reported damaged, forcing traffic onto longer detours while Microsoft and carrier partners rerouted and rebalanced capacity to preserve reachability.
Background / Overview
The...
azure service health
bgpreconvergence
cloud resilience
connectivity
cross-region
incident response
latency
microsoft azure
red sea corridor
subsea cables
traffic engineering
Microsoft has warned that users of its Azure cloud may see higher-than-normal latency and intermittent disruptions after multiple undersea fiber-optic cables in the Red Sea were cut, forcing traffic onto longer alternate routes while repair work and global rerouting continue. Background
The Red...