Ericsson De-Centralizes the RAN
Elastic RAN is like cloud RAN, but with fewer limits, Ericsson says.
Elastic RAN is like cloud RAN, but with fewer limits, Ericsson says.
A new open source team will work with ONOS, OpenDaylight, and the ONF.
CloudFlare released HTTP/2 support for all customers on December 3rd, 2015. Now, two months later, it's time to take a look at the impact of this release on the HTTP/2 "universe" and also at what has changed from a HTTP/2 vs. SPDY vs. HTTP 1.1 traffic ratio perspective.
Previously, we showcased browser market share data from our own website. Using these numbers, we predicted the ratio of HTTP/2 traffic that we expected to see once enabled. Now, we can compare this original data set with updated data from the last 48 hours.
Below is the market share of HTTP/2 capable browsers that we saw on our website during a 48 hour period. The first one was before our HTTP/2 launch, the other one was last week. Both data sets were pulled from Google Analytics, and user agents were analyzed for HTTP/2 support.
HTTP/2 capable browser | Global Market Share Late Nov 2015 | Global Market Share Late Jan 2016 |
---|---|---|
IE 11 on Windows 10 | 0.14% | 0.34% |
Edge 12, and 13 | 0.35% | 0.48% |
Firefox 36 - 45 | 5.09% | 11.05% |
Chrome 41 - 49 | 15.06% | 38.86% |
Safari 9 | 0.91% | 2.69% |
Opera Continue reading |
The case study presented involves a migration from custom database to WordPress. The company with the task is Valet and it has a vast portfolio of previously done jobs that included shifts from database to WordPress, multisite-to-multisite, and multisite to single site among others. The client is Shift.ms.
The client, Shift.ms, presented a taxing problem to the team. Shift.ms had a custom database that they needed migrated to WordPress. They had installed a WordPress/BuddyPress and wanted their data moved into this new installation. All this may seem rather simple. However, there was one problem; the client had some data in the newly installed WordPress that they intended to keep.
The main problem was that the schema for the database and that of WordPress are very different in infrastructure. The following issues arose in an effort to deal with the problem:
VMware NSX provides an integrated Distributed Firewall (DFW), which offers L2-L4 security at the vNIC level and protects East-West traffic, and an Edge Firewall provided by the Edge Services Gateway (ESG), which offers L2-L4 security at the edge and protects North-South traffic in and out of the Software Defined Data Center (SDDC).
The DFW is a kernel-level module and allows for enhanced segmentation and security across a virtualized environment. DFW enables a distributed security architecture allowing for micro-segmentation.
In addition to the DFW and ESG Firewall, there are many third party integrations with well-known security partners such as Check Point and Palo Alto Networks. In this blog, we’ll focus on the Check Point vSEC solution for NSX. For a complete list of security partner solutions and more information, see the supported NSX third party security products on the VMware NSX Technical Partners Webpage.
For this blog, the following VMware and Check Point components and corresponding versions are used:
The post Worth Reading: The Challenges of IPv6 and DNSSEC appeared first on 'net work.
These are the toughest operational challenges an IT managers should watch out for in the shift to network virtualization.
Networking is at a turning point, and engineers who want to stay relevant must look to the future.
As the number of service providers you rely on increases, you need detailed network forensic data you can share with providers to assist with troubleshooting and speed up resolution.
The post Keep Your Growing List of Service Providers Honest appeared first on Packet Pushers.
As the number of service providers you rely on increases, you need detailed network forensic data you can share with providers to assist with troubleshooting and speed up resolution.
The post Keep Your Growing List of Service Providers Honest appeared first on Packet Pushers.