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Applied Infrastructure

Real-world feedback: University focus

It is always great to get feedback directly from our customers and I had the privilege of a good exchange of information with Matthew Almand of Texas A&M University.  They have a big network, comprised of 25 backbone Catalyst 6500 routers at 10 locations, interconnected by 1G and 10G links.  There are 340 buildings, outfitted with a variety of distribution switches, from Catalyst 6500s in the larger buildings to smaller switches like the Catalyst 3750, 3560, 3550, or 2960.  The edge switches are Catalyst 2950s and 2960, plus some legacy gear, over 3000 in all.

The applications in a University are typically all over the map, starting with video conferencing, e-learning, and of course e-mail.  Unofficially, there will also be some level of peer-to-peer networking of some sort.

When I asked Matthew "How does NetMRI help you?", he replied:
"It allows us to have a comprehensive view at the health, compliancy, "goodness" of the network. From this comprehensive view we can --

create and prioritize simple tasks (duplex mismatches, spanning tree priority, etc.) for a small number of devices

create and prioritize and execute simple tasks (daylight saving time dates) for all devices

create and prioritize complex tasks (IOS code upgrades in response to PSIRT announcements).

The point I'm trying to make is that NetMRI can produce the "hits" for a deficiency / inconsistency or that the data it collects can be used to produce other actions. This can be small precise strikes or could encompass a wide swathe."

Matthew goes on to describe how the compliance and inventory functionality are big timesavers, checking for proper implementation of their own best practice configurations and  tracking inventory for Property Management auditors and to accurately track equipment listed in Cisco's PSIRT announcement.  "We used to spend considerable effort just collecting the information on IOS levels, line card modules hardware revisions, etc before the actual work of installing new IOS could begin," Matthew says.

Matthew and his team at Texas A&M have a compelling set of business drivers that matches well with NetMRI's functionality.  Thank you, Matthew, for sharing your experience.

  -Terry 

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About tslattery

Terry Slattery, CCIE #1026, is a senior network engineer with decades of experience in the internetworking industry. Prior to joining Chesapeake NetCraftsmen as a full time consultant, Terry was the founder and CTO of Netcordia, and inventor of NetMRI, a suite of network management products. Terry started Netcordia as a consulting company in 2000 and transitioned to a network management product company in 2003. During the consulting days, he used his network design and implementation skills to lead a team in the design and implementation of a high availability network at a brokerage clearing house. Terry is the former President and founder of Chesapeake Computer Consultants, Inc., a networking and computer systems training and consulting company. He co-invented and patented the vLab(tm) internet-based remote lab system. He is co-author of the McGraw Hill text Advanced IP Routing in Cisco Networks. Terry led the team that developed the current Cisco IOS user interface under contract to Cisco Systems. Terry is experienced in the design and installation of large TCP/IP based networks and is a successful network protocol instructor. He is the second Cisco Certified Internetworking Expert (CCIE) #1026 and the first outside of Cisco. He enjoys membership on the Vanderbilt University Engineering School’s Industrial Advisory Board and the IEEE.

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