Easy and efficient edge optimization, delivered.
“Kentik has the best feature functionality on the market and has substantially reduced our MTTR for customer, peering, and transit-related issues. It’s rare to be able to leverage one product for value in so many different and useful ways across the organization, but with Kentik, we’ve been able to do just that.”
ISPs use Kentik’s Peering & Interconnection workflows to analyze traffic patterns, AS paths and cost models so they can choose where to peer, which IXes to use and how to balance traffic across transit and peering to reduce latency for subscribers and lower cost per Mbps.
Kentik enriches flows with ASN and geo metadata, so you can filter and compare traffic and performance by AS and region and see which providers and geographies deliver better latency, throughput or reliability for your users.
Kentik correlates flow and BGP data so you can see AS paths, providers, latency and volume for traffic to specific destinations across different ISPs, making it easy to compare Internet paths and choose the best-performing or most cost-effective routes.
Kentik’s Traffic Costs features calculate cost-per-Mbps for each interconnect by combining utilization and volume data with your pricing, giving you real-time visibility into how much you pay per bit on each transit and peering link.
Kentik’s flow analytics and utilization dashboards show real-time and historical bandwidth on transit and peering links and highlight top talkers, letting you identify interconnects that are trending toward saturation so you can upgrade or re-balance traffic before congestion and packet loss appear.
Kentik classifies traffic by CDN and service and lets you compare CDN performance and routing across different interconnect types and providers so you can see how content is handed off, which routes perform best and where CDN routing decisions may be hurting user experience.
Kentik distinguishes subscriber-facing CDN traffic from cache-fill flows and shows how origin fetch traffic enters your network by provider, site and path; that visibility helps you find inefficient origin routes or misconfigurations and tune peering or cache placement to reduce upstream load and latency.





