Nyansa Voyance at NFD18

In this post, Aaron Conaway takes a look at Nyansa’s Voyance, which he saw at Networking Field Day last month. This network analytics solution focuses on user experience. He focuses on how the Voyance Crawler sits inside a network, looking at a variety of data points, from wireless controllers to API calls and more. This is correlated to get a full understanding of how a user experiences a network, and provides suggestions on how to remediate issues.

Automating My World

Aaron Conaway talks about how he goes about automating his world and the tools he uses to do it. He mentions Python, Rundeck, and Ansible, who he recently saw present at Networking Field Day 18.

Off The Cuff – Conferences And Social Media For Engineers

The Network Collective Podcast panel at Cisco Live US discusses the career changing value of conferences and social media for network engineers.

ASIC Programmability from Barefoot Networks

Barefoot Networks presented their fully programmable Tofino switch at Networking Field Day last month. It left an impression on a lot of our delegates, including Aaron Conaway. He came away impressed that Tofino is the opposite of a fixed-function ASIC. By being fully programmable, the switch is essentially a blank slate, that can be completely reprogrammed in a software update taking 50ms. The other implication is that the switch can insert tracking information natively to your traffic, all while maintaining high performance. It’s a total rethink on how a switch can behave. This may put the burden of providing features to the switch OS makers, but it still turns a switch from something fixed in stone to a dynamic part of your network.

QoS? Really?

QoS? Really?

Aaron Conaway

Aaron has been doing networking for quite a while and has worked in several industries ranging from multi-billion-dollar payment gateways to critical Internet infrastructure. The breadth of his exposure includes experience in the architecture, design, implementation, and operations of routing, switching, firewalling, and load balancing.