Scott Hogg
Scott Hogg is the CTO for Global Technology Resources, Inc. (GTRI). Scott has been a network computing and security consultant for over 20 years. He has a B.S. in Computer Science from Colorado State University, a M.S. in Telecommunications from the University of Colorado, along with his CCIE (#5133), CISSP (#4610), among many other vendor and industry certifications. For the past 14 years Scott has been working with IPv6 technologies. Scott is the author of the Cisco Press book titled "IPv6 Security" and he has given numerous presentations and demonstrations of IPv6 technologies. He is also currently the Chair Emeritus of the Rocky Mountain IPv6 Task Force and part of the Infoblox IPv6 Center or Excellence.
OpenFlow Supports IPv6 Flows
Software Defined Networking systems are gaining IPv6 capabilities
Promise Theory
The way we have created IT systems over the years has been very linear with each individual component being statically configured. If a human makes an error in any one of the many configurations, then the whole system breaks down. ...
Software Containers: Used More Frequently than Most Realize
Whether you have considered trying to secure an application by putting it into a “sandbox” or wondered how a Software as a Service (SaaS) provider keeps your application and data isolated from other customers, you have been...
ARIN Enters Phase 4 of IPv4 Exhaustion
After IANA allocated the final IPv4 addresses to the five Regional Internet Registries (RIRs) on February 3, 2011, the RIRs have been running out of IPv4 addresses over the past three years. APNIC ran out on April 15, 2011; RIPE NCC...
Windows XP: Goodbye and Good Riddance
There has been much written recently about the end of support for Windows XP on April 8, 2014. There are concerns about security vulnerabilities that will be used after Microsoft stops patching the operating system. However, if...
Not your Father’s Flow Export Protocol (Part 2)
In the previous article we covered how NetFlow, IPFIX and the variety of other flow export protocols can be used to give us some application traffic visibility. However, nothing gives as much detail as raw packet decode. A new...
Your Father’s Flow Export Protocol (Part 1)
You may be familiar with NetFlow, IPFIX and other similar protocols like J-Flow and sFlow. These protocols provide useful insight into traffic mix and communities of interest. However, these protocols do not contain the...
The erosion of IT's middle class
As new technologies continue to emerge in the network, the need for highly skilled IT administration resources will grow just as well.However, the advent of Software Defined Networking (SDN), cloud systems, and orchestration software...
Clos Networks: What's Old Is New Again
Clos networks were first created in the mid-1950s as a method to switch telephone calls. Clos networks evolved into crossbar topologies and eventually into chassis-based Ethernet switches using a crossbar switching fabric. Now Clos...
Using SDN to Create a Packet Monitoring System
Because of the limitations of SPAN/monitor ports on switches, organizations have turned to using taps and packet monitoring switches. These solutions can be expensive which has lead companies to look for alternatives. Establishing...
gogoNET LIVE 4! IPv6 Conference Recap
There have been many IPv6-related conferences, seminars, and events over the past decade. These events have aimed to educate the attendees about IPv6 and the potential of the maturing Internet protocol. This year’s gogoNET IPv6...
Dual-Protocol Routing with Raspberry Pi
Network Engineers are always looking for new ways to gain some low-cost network testing capabilities. Few companies sufficiently fund networking labs for their networking teams to learn on prior to deployment. Many have use Cisco...
Raspberry Pi as a Network Monitoring Node
The Raspberry Pi is an amazing little inexpensive Linux-based computer. It has been remarkably successful and there have been over 1 million Raspberry Pi systems sold. The Raspberry Pi can also be a useful tool in conventional IT...
Understand and Obey the Laws of Networking
There are several universal laws in the networking world that we must all abide by. Understanding these laws gives us deeper insight into the connected world we live in. Like civil law, in some cases these laws are not necessarily...
OSPFv3 for IPv4 and IPv6
Many enterprises use OSPF version 2 for their internal IPv4 routing protocol. OSPF has gone through changes over the years and the protocol has been adapted to work with IPv6. As organizations start to contemplate how they will...
IPv6 Network Management
Good engineering practices dictate that when we prepare to build something we must plan for the long-term operations. Having the ability to properly manage the technology after it is deployed will ensure its longevity. If the...
Mobile Devices and BYOD are Driving IPv6 Adoption
In 2013, it is expected that the number of mobile devices will exceed the number of people. Each of these devices will need an IP address to reach content on the Internet. The Bring Your Own Device (BYOD) movement is driving the...
Jumbo Frames
Many networks use 1500-byte MTU size, but the MTU size can be reduced by encapsulation, tunneling or other overlay network protocols. These situations reduce the end-to-end effective MTU size which reduces throughput and network...
MTU Size Issues
The Maximum Transmission Unit (MTU) is the largest number of bytes an individual datagram can have on a particular data communications link. When encapsulation, encryption or overlay network protocols are used the end-to-end...
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