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This Presentation date is January 29, 2018 at 15:45 - 16:45 local time. |
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Presenters: Remi Philippe, Tim Garner
Delegate Panel: Arjan Timmerman, Dominik Pickhardt, Gian Paolo Boarina, Ivan Pepelnjak, Jasper Bongertz, Jens Soeldner, Max Mortillaro, Nicola Arnoldi
Cisco Tetration and Big Data Analytics with Remi Phillipe
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It begins with visibility. Streaming telemetry of flow, network state, and process events, combined with flexible identity sources yields Tetration an unparalleled view of the data centre landscape. From this vantage point powerful analytics furnishes the network engineer with the most advanced toolbox they ever had. In this session, Cisco overviews the solution architecture, explore sensor options and work through a number of use cases that exercises the tools at hand: behavior driven application dependency maps, centralized flow and network device visibility at per-packet-per-physical-link-per-queue resolution, distributed application segmentation expressed in an intent based policy language, performance monitoring at nanosecond accuracy with a full cross-section of application through to physical infrastructure, and for the performance super-sleuths, easily spotting TCP inefficiencies like window collapse or slow handshakes and tracing them to the network or application.
Personnel: Remi Philippe
Cisco Tetration NPMD with Tim Garner
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It begins with visibility. Streaming telemetry of flow, network state, and process events, combined with flexible identity sources yields Tetration an unparalleled view of the data centre landscape. From this vantage point powerful analytics lead to effective segmentation and threat protection. In this session, Cisco will overview the solution architecture, explore sensor options and work through a use case that will journey us to a more secure data centre through policy discovery, validation, multi-level segmentation (network and host), and compliance. Once all the workloads in our environment are segmented, they explore threat protection through integrations and deep system signals.
Personnel: Tim Garner