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Latest Posts

Using Kentik Journeys for Network Troubleshooting

Kentik Journeys uses an AI-based, large language model to explore data from your network and troubleshoot problems in real time. Using natural language queries, Kentik Journeys is a huge step forward in leveraging AI to democratize data and make it simple for any engineer at any level to analyze network telemetry at scale.

The Cloudification of Telcos and the Evolution of the Telecom Ecosystem

In the rapidly evolving telecom sector, the concept of “cloudification” is not just a trend but a transformative shift, reshaping how services are delivered and managed. This change is underpinned by modern software architectures featuring modularity, microservices, and cloud-native designs. As we embrace this new era, marked by the rise of “netcos” and “servcos,” we must also navigate the complexities it brings.

Anatomy of an OTT Traffic Surge: Peacock Delivers First Exclusively Streamed NFL Playoff Game

NFL playoffs are here, and Doug Madory tells us how Saturday’s first-ever exclusively live-streamed NFL playoff game was delivered without making any references to pop superstar Taylor Swift or her sizzling romance with nine-time Pro Bowler Travis Kelce.

The Benefits and Drawbacks of SNMP and Streaming Telemetry

Is SNMP on life support, or is it as relevant today as ever? The answer is more complicated than a simple yes or no. SNMP is reliable, customizable, and very widely supported. However, SNMP has some serious limitations, especially for modern network monitoring — limitations that streaming telemetry solves. In this post, learn about the advantages and drawbacks of SNMP and streaming telemetry and why they should both be a part of a network visibility strategy.

The Power of Paris Traceroute for Modern Load-Balanced Networks

Modern networking relies on the public internet, which heavily uses flow-based load balancing to optimize network traffic. However, the most common network tracing tool known to engineers, traceroute, can’t accurately map load-balanced topologies. Paris traceroute was developed to solve the problem of inferring a load-balanced topology, especially over the public internet, and help engineers troubleshoot network activity over complex networks we don’t own or manage.