A mid-sized European cloud provider (similar to OVH or Scaleway). Challenge: They needed to isolate thousands of tenants, each with their own overlapping IP addresses (e.g., every tenant using 10.0.0.0/8). VLANs (max 4096) were insufficient. MAC address table exhaustion was a constant risk due to ARP flooding.
End of paper.
If you're struggling to manage your network infrastructure, take a cue from these IP Fabric success stories. With its innovative approach and proven results, IP Fabric is an essential tool for any organization seeking to revolutionize its network management capabilities.
The traditional three-tier network architecture (access, distribution, core) is increasingly unable to meet the demands of modern data centers: high throughput, low latency, seamless scalability, and rapid failure recovery. The IP Fabric—based on protocols like BGP EVPN (Border Gateway Protocol Ethernet VPN) and VXLAN (Virtual Extensible LAN)—has emerged as the standard for next-generation networking. This paper analyzes documented success stories from financial services, cloud providers, healthcare, and large enterprises. Across these case studies, organizations consistently report a 70-90% reduction in network convergence time, a 60% decrease in operational expenditures (OpEx) related to network changes, and the elimination of spanning tree protocol (STP) limitations, enabling true active-active topologies.
The empirical evidence from financial services, cloud providers, healthcare, and retail enterprise migrations is unambiguous: IP Fabrics based on BGP EVPN/VXLAN deliver on their promise. They eliminate STP, enable active-active utilization, scale to tens of thousands of tenants, and reduce network operational costs by over 60%. The success stories are no longer about early adopters testing the technology; they are about mainstream IT organizations who found that the IP Fabric was the only way to meet modern demands for speed, reliability, and agility.
Network Segmentation and Zero Trust Security
A prominent financial institution was struggling to manage its sprawling network, which spanned multiple data centers and cloud environments. With IP Fabric, the team gained a unified view of its network topology, allowing them to quickly identify and resolve issues. The results were staggering:
A mid-sized European cloud provider (similar to OVH or Scaleway). Challenge: They needed to isolate thousands of tenants, each with their own overlapping IP addresses (e.g., every tenant using 10.0.0.0/8). VLANs (max 4096) were insufficient. MAC address table exhaustion was a constant risk due to ARP flooding.
End of paper.
If you're struggling to manage your network infrastructure, take a cue from these IP Fabric success stories. With its innovative approach and proven results, IP Fabric is an essential tool for any organization seeking to revolutionize its network management capabilities.
The traditional three-tier network architecture (access, distribution, core) is increasingly unable to meet the demands of modern data centers: high throughput, low latency, seamless scalability, and rapid failure recovery. The IP Fabric—based on protocols like BGP EVPN (Border Gateway Protocol Ethernet VPN) and VXLAN (Virtual Extensible LAN)—has emerged as the standard for next-generation networking. This paper analyzes documented success stories from financial services, cloud providers, healthcare, and large enterprises. Across these case studies, organizations consistently report a 70-90% reduction in network convergence time, a 60% decrease in operational expenditures (OpEx) related to network changes, and the elimination of spanning tree protocol (STP) limitations, enabling true active-active topologies.
The empirical evidence from financial services, cloud providers, healthcare, and retail enterprise migrations is unambiguous: IP Fabrics based on BGP EVPN/VXLAN deliver on their promise. They eliminate STP, enable active-active utilization, scale to tens of thousands of tenants, and reduce network operational costs by over 60%. The success stories are no longer about early adopters testing the technology; they are about mainstream IT organizations who found that the IP Fabric was the only way to meet modern demands for speed, reliability, and agility.
Network Segmentation and Zero Trust Security
A prominent financial institution was struggling to manage its sprawling network, which spanned multiple data centers and cloud environments. With IP Fabric, the team gained a unified view of its network topology, allowing them to quickly identify and resolve issues. The results were staggering: