Could the Cisco CCIE lab in RTP be moving?
Let me preface this post by saying that this post is not Cisco official nor sponsored. This post should be …
The post Could the Cisco CCIE lab in RTP be moving? appeared first on Fryguy's Blog.
Let me preface this post by saying that this post is not Cisco official nor sponsored. This post should be …
The post Could the Cisco CCIE lab in RTP be moving? appeared first on Fryguy's Blog.
Retailers face serious challenges and opportunities as consumer shopping behavior and expectations evolve. The lessons learned in addressing the challenges have applications in many enterprise settings.
I’ve been experimenting with getting RADIUS to deploy switching filters to Juniper switches recently, as part of a reference architecture demo. The concept is called REACH2020 and combines network virtualisation with the ability to identify network users and devices so that categories of user can be put into different virtual networks. This leaves the firewall that connects the virtual networks together as a convenient single point of control.
Anyway, back to the matter in hand. It turns out there’s a limit to the length of switching filter you can send a Juniper EX.
In this case, I am using Aruba Clearpass 6.6 to send some RADIUS attributes to a Juniper EX4300 switch using Junos 17.4. What I need to do is send a web portal address that a connecting client will be redirected to, and a switching filter so that they can’t go anywhere other than the portal. The switching filter is required as far as I can tell – if you just send the portal address, Junos ignores the RADIUS attribute.
An alternative way of achieving this is to configure your centralised web authentication (CWA) web portal on every edge switch, but since RADIUS Continue reading
The last two months of 2018 will be jam-packed with webinars and on-site events:
December will be a storage, EVPN and SDN month:
Read more ... Developers are able to manage their serverless and FaaS deployments from the platform to work across different infrastructure environments.
The chipmaker expects to release the new class of Intel Xeon Scalable processors in the first half of 2019.
This week is IETF 103 in Bangkok, Thailand, and we’re bringing you daily blog posts highlighting the topics of interest to us in the ISOC Internet Technology Team. And following on from the previous day, Tuesday also features a packed agenda.
LPWAN will be discussing whether to move to a Working Group Last Call on the Static Context Header Compression (SCHC) framework for IPv6 and UDP, that provides both header compression and fragmentation functionalities. Three other drafts describe similar schemes for SigFox,LoRaWAN and IEEE 802.15.4 type networks.
NOTE: If you are unable to attend IETF 103 in person, there are multiple ways to participate remotely.
Then at 11.20 UTC+7, IPWAVE will be focusing on updates to the specification for transmitting IPv6 Packets over IEEE 802.11 Networks in Vehicular communications, and the use cases for IP-based vehicular networks. There have also been a couple of updates to DNS Name Autoconfiguration for Internet of Things Devices and IPv6 Neighbor Discovery for Prefix and Service Discovery in Vehicular Networks, so these may also be discussed.
6MAN will be meeting at 13.50 UTC+7 and has nine drafts up for discussion. The couple of working group Continue reading
Supply chains need IT systems that are highly available, and in an era in which most organizations rely on distributed data centers and cloud services, that’s become a far more complex task.
In recent weeks, the Naval War College published a paper that contained a number of claims about purported efforts by the Chinese government to manipulate BGP routing in order to intercept internet traffic.
In this blog post, I don’t intend to address the paper’s claims around the motivations of these actions. However, there is truth to the assertion that China Telecom (whether intentionally or not) has misdirected internet traffic (including out of the United States) in recent years. I know because I expended a great deal of effort to stop it in 2017.
On 9 December 2015, SK Broadband (formerly Hanaro) experienced a brief routing leak lasting little more than a minute. During the incident, SK’s ASN, AS9318, announced over 300 Verizon routes that were picked up by OpenDNS’s BGPstream service:
Woah, an ASN in Korea just hijacked a bunch of other ASNs across APAC. pic.twitter.com/46Ih5CaVmi
— Compose Button Richard Westmoreland (@RSWestmoreland) December 9, 2015
The leak was announced exclusively through China Telecom (AS4134), one of SK Broadband’s transit providers. Shortly afterwards, AS9318 began transiting the same routes from Verizon APAC (AS703) to China Telecom (AS4134), who in turn began announcing them to international Continue reading
On 12 October, the Internet Society’s India Delhi Chapter (ISOC-Delhi) hosted the Youth Internet Governance Forum (YIGF) in New Delhi, India. Adarsh Umesh and Praneet Kaur share their thoughts on the event.
Hello everyone! A special “Hi!” from our side to the youth because this blog is specially dedicated to the youth of India.
We’re very much inspired to write this blog due to the wonderful experience with the India Youth Internet Governance Forum (YIGF 2018). It was amazing to be a part of the multistakeholder advisory group and the event overall was a grand success. This would not have been possible without the consistent support from inSIG, ICANN, APNIC and the Internet Society.
The YIGF 2018 was organized as day 0 event on the 12th October 2018, a day before the India School on Internet Governance 2018 (inSIG-2018) at Indira Gandhi Delhi Technical University for Women (IGDTUW). The event was well-designed and planned with a lot of technical exposure as well as fun. It extended support to youth from all over the country to attend the event. We provided fellowships to 15 delegates from different parts across India. The fellowship covered both travel and accommodation expenses for five Continue reading
It's no surprise that groups representing wireless workers claim the merger will cost American jobs. But connecting T-Mobile and Sprint to possible security risks related to China is a new angle that could have an impact on the deal.
Calling the initiative Verizon 2.0, the new operating structure is intended streamline the company. This latest move builds on Verizon’s promise to cut $10 billion in costs.
The two acquisitions will boost the company's mobile and enterprise credentials, particularly with regard to Active Directory and mobile application security.
The bundled hardware and software includes data center switching and routing hardware acquired from Brocade.