Level 3 Communications, LLC

Jonathan Callahan

David R Siegel

John Kane

Mark Taylor

Lawrence Wayne Gowin

Ricky Lynn Nooner

Kevin John Royer

Erik Sear

Marcellus Nixon

Barbara Smith

Dave Siegal

Implementations described and claimed herein provide systems and methods for generating network intelligence based on network data. In one implementation, a network traffic dataset representative of network traffic across one or more ports of a primary network is obtained. The ports are associated with a secondary network in communication with the primary network. A content distribution network log associated with the secondary network is obtained. The content distribution log includes a history of content requests. A domain name system log associated with the secondary network is obtained. The domain name system log includes one or more Internet Protocol addresses. Network intelligence is generated based on the network traffic dataset, the content distribution network log, and the domain name system log. The network intelligence may be customer analytics, an aggregated data feed, and/or recommendations for inventory placement.

Systems and methods for generating network intelligence through real-time analytics

Implementations described and claimed herein provide systems and methods for balancing network loads across distinct provider networks using enriched network traffic flow data. In one implementation, network traffic flow data representative of network traffic exchanged between a first provider network and a second provider network is generated. The network traffic flow data is enriched using at least one enrichment feed. A network load indication for the first provider network is calculated using the enriched network traffic flow data. The network load indication is a function of a bandwidth measurement and a distance measurement.

Systems and methods for identifying and remedying traffic imbalances and inequities between networks

Implementations described and claimed herein providing systems and methods for modeling and visualizing interconnection relationships between a first provider network and a partner. In one implementation, a partner of a provider network is defined by at least one interconnection point where network traffic may be exchanged between the provider network and the partner. An interconnection relationship is generated based on the at least one interconnection point. The interconnection relationship is modeled.

System and methods for identifying and remedying traffic imbalances and inequities between networks

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Lakewood, CO, United States of America

Jonathan Callahan