Routed optical networking, part of the Converged SDN Transport Architecture, is a new network paradigm that delivers improved operational efficiencies and simplicity. The solution works by merging IP and private line services onto a single layer where all the switching is done at Layer 3. Routers are connected hop-by-hop with standardized pluggable coherent optics.
 
With a single service layer based upon IP, flexible management tools can leverage telemetry and model-driven programmability to streamline lifecycle operations. This simplified architecture integrates open data models and standard APIs, enabling a provider to focus on automation initiatives for a simpler topology.

Learn more: https://www.cisco.com/c/en/us/solutions/service-provider/routed-optical-networking.html?dtid=opdcsnc001469  
Follow us: twitter.com/ciscochampion 

Cisco Champion Hosts
David Penaloza Seijas (twitter.com/davidsamuelps), Verizon Enterprise Solutions
Liam Keegan (twitter.com/liamjkeegan), 24/7 Networks, Solutions Architect
Shai Silberman (twitter.com/shaidom), San Jose State University, Director, Network Services

Guest 
Walid Wakim, Cisco, Distinguished Engineer, Optical Systems 

Moderator
Amilee San Juan (twitter.com/amileesan1), Cisco, Customer Voices and Cisco Champion Program

S9|E7 Cisco Routed Optical Networking: A New Network Paradigm

Full-stack observability provided by Cisco solutions moves beyond domain monitoring into full-stack visibility, insights, and actions, transforming siloed data into actionable insights that provide shared context for your IT teams. 
 
Cisco is focused on full-stack observability with business context. Business context is the ability to map service capabilities and quality across digital applications and infrastructure, with insights to the real business impact experienced by the end user, whether internal worker, external partner, or end customer  
 
Join Champions and Cisco Fellow Carlos Perieira as they uncover what it means, how it works and discuss how it helps operations teams via our end-to-end observability approach and deliverables, while minimizing or eliminating issues before they happen. 

(3:37) What's the difference between monitoring, observability, and full-stack observability? 
(7:23) How does that resonate with the companies you work for? 
(20:40) What are the main use cases? And what are some of the examples there? (Three categories > then the three main use cases) 
(28:26) How does the data move in between AppD, ThousandEyes and Intersight? 
(30:30) Is AppDynamics the central piece? 
(35:29) Where do you see Full Stack Observability in 12 or 18 mos?  
(36:48) Where does Nexus Dashboard and Insights fit into that? Why isn't it messaged that way? 

 
Related links 
Product page: https://www.cisco.com/c/en/us/solutions/full-stack-observability.html 
Cisco Live 2022 session (for full conference passes): https://www.ciscolive.com/global/attend/sessions/session-catalog.html?search=BRKCLD-2759#/  
Follow us: twitter.com/ciscochampion   
 
Cisco Champion Hosts 
Dan Kelcher (twitter.com/ipswitch), Merdian IT, Enterprise Network and Cybersecurity Solutions Architect 
Daren Fulwell (twitter.com/darenfulwell), ANS Group, Technical Architect 
Eric Chou (twitter.com/ericchou), Network Automation Nerds, Engineer  
 
Guest  
Carlos Pereira, Cisco Fellow and Chief Architect  
 
Moderator 
Amilee San Juan (twitter.com/amileesan1), Cisco, Customer Voices and Cisco Champion Program

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Don't forget to follow us on Twitter: twitter.com/ciscochampion

S9|E17 Move Beyond Monitoring with Full-Stack Observability

The weekly podcast by technologists, for technologists. Hosted by Cisco Champions.

S9|E17 Move Beyond Monitoring with Full-Stack Observability

Cisco Champion Radio

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