Kentik Blog

Organizations are under constant attack, and it’s critical to reduce the time it takes to detect attacks to minimize their cost. This first article in our new security series dives deep into how Kentik helps customers before, during, and after a cyberattack.

Kentik customers can now map traffic and performance of Microsoft Azure infrastructure with visibility into Azure Firewalls, Express Routes, Load Balancers, VWANs, and more in Kentik Cloud.

Today’s modern enterprise WAN is a mix of public internet, cloud provider networks, SD-WAN overlays, containers, and CASBs. This means that as we develop a network visibility strategy, we must go where no engineer has gone before to meet the needs of how applications are delivered today.

Streaming telemetry holds the promise of radically improving the reliability and performance of today’s complex network infrastructures, but it does come with caveats. In the first of a new series, Kentik CEO Avi Freedman covers streaming telemetry’s history and original development.

API monitoring is the process of keeping tabs on the performance of your REST APIs. Learn how Kentik’s API monitoring tools let you identify bottlenecks, spot performance drops, and maintain API availability. Learn more in this API monitoring how-to tutorial.

Limited visibility into network performance across multi-clouds frustrates even the best teams. That’s why we’re thrilled to announce enhanced AWS and GCP support for Kentik Cloud, enabling network, cloud, and infrastructure teams to rapidly troubleshoot and understand multi-cloud traffic.

Stretching back to the AS7007 leak of 1997, this comprehensive blog post covers the most notable and significant BGP incidents in the history of the internet, from traffic-disrupting BGP leaks to crypto-stealing BGP hijacks.

Cloud network reliability has become a catch-all for four related concerns: availability, resiliency, durability, and security. In this post, we’ll discuss why NetOps plays an integral role in delivering on the promise of reliability.

By automating capacity planning for IP networks, we can achieve cost reduction, enhanced accuracy, and better scalability. This process requires us to collect data, build predictive models, define optimization objectives, design decision algorithms, and carry out consistent monitoring and adjustment. However, the initial investment is large and the result will still require human oversight.

As organizations continue to shift their operations to cloud networks, maintaining the performance and security of these systems becomes increasingly important. Read on to learn about incident management and the tools and strategies organizations can use to reduce MTTR and incident response times in their networks.