There have been a lot of changes to the IPv6 space since the original NIST USGv6 profile was released back in 2008. The goal of the profile, says Michayla Newcombe, associate director at the University of New Hampshire InterOperability Laboratory (UNH-IOL), was to aid the US government in the macro adoption of IPv6.
Adoption would assist the government in IT modernisation efforts, reduce complexity in networks, increase security and accommodate future expansion. Since 2008, the percentage...
Organizations are faced with complex decisions when evaluating what products will improve network security. There are many factors that go into this type of decision of what products will improve the security of a network. Next-generation firewalls are a critical piece of network security, so they need to be carefully evaluated when purchasing. A next-generation firewall defines the latest evolution in firewalls that take traditional firewall function of packet filtering, network and port translations and stateful inspections adding additional filtering,...
When creating security metrics, it's critical that test methodologies cover multiple scenarios to ensure that devices perform as expected in all environments.
Networks are a complex collection of components defined by many different standards. These standards help solve network problems ranging from security to performance and usability.
An open standard is a publicly available standard that can be consumed in a variety of ways for deploying a secure solution for a network. Readers of open security...
In 2008, the National Institute of Standards and Technology (NIST) released the initial IPv6 profile that launched the subsequent U.S Government (USGv6) test program. The USGv6 test program was referenced in Federal Acquisition Regulations for purchasing of IT equipment. The first major revision of the profile was recently released that updates the original profile.
In the 10 years between the profile releases, many advances have been made in areas of networking, particularly with IPv6. Presented here are some of...
SAN JOSE, Calif.--(BUSINESS WIRE)-- NetSecOPEN , the first industry organization focused on the creation of open, transparent network security performance testing standards, today announced that 11 prominent security vendors, test solutions and services vendors, and testing laboratories have joined the organization as Founding Members. The organization also announced the appointment of its first board of directors, who will guide NetSecOPEN toward its goal: making open network security testing standards a reality.
These developments signal decisive momentum for...
Ten years after the initial release, the National Institute of Standards and Technology announced a new revision of the United States Government IPv6 profile. The USGv6 profile ensures government agencies the products they buy are IPv6-capable, and the profile gives them a way to communicate their IT needs to suppliers.
The UNH InterOperability Lab (UNH-IOL) is the USGv6 test lab for North America and over the past ten years we have seen hundreds of unique devices come through for...
The move to Internet Protocol Version 6 addresses has been underway for a number of years, as the world exhausted the supply of IPv4 internet addresses . The momentum in software-defined networking and the internet of things is driving faster adoption of IPv6 — and the need for testing of devices to ensure that they can be successfully deployed in IPv6 environments, according to Tim Winters, the University of New Hampshire InterOperability Lab’s senior executive for software and IP...
UNH-IOL updated its IPv6 testing program to comply with newly released regulations for network devices procured by government agencies, adding SDN and IoT support along the way.
The University of New Hampshire InterOperability Lab updated its IPv6 testing program to comply with new government requirements specified by the National Institute of Standards and Technology. UNH-IOL, a technology testing facility in Durham, N.H., also added support for SDN protocols in its updated program.
The testing program applies...
In January this year, the University of New Hampshire Interoperability Lab (UNH-IOL) moved into a new building, allowing the UNH-IOL to better monitor the building systems including HVAC and the backup power generator. As a networking lab, we are always looking for ways to automate our systems to reduce the need for human intervention and maintenance.
This interconnecting of physical devices, vehicles, buildings, and embedded devices is the Internet of Things (IoT). IoT doesn’t just apply to a world...
The service aims to provide a competitive advantage by enabling emerging IoT companies to validate their devices through trusted, third-party interoperability testing.
The University of New Hampshire InterOperability Laboratory (UNH-IOL) in the US has introduced an Internet of Things (IoT) product testing service specific to home environments, industrial networks, smart cities and connected cars.
The group said the Internet Protocol (IP) testing services will help improve IoT interoperability, reduce time-to-market and enhance customer experience....