All EuroNOG presentations are available online
As you know, I’m back in Poland, this time attending PLNOG. Meeting the wonderful team of the PLNOG organizers brought back old memories and I figured out I haven’t blogged about the Euronog videos they started publishing late last year. The last time I checked their web site only a few videos were available. Imagine my surprise when I figured out almost all the presentations they recorded are now available for download.
My first Internet Draft has just been published
While I was discussing the intricacies of Cisco’s IPv6 implementation with Gunter Van de Velde a while ago, he suddenly changed hats and asked me whether I would be willing to contribute to a BGP filtering best practices draft. I’m still too young to realize it’s not a good idea to say YES every time you see something interesting and immediately accepted the challenge.
Published on , commented on March 10, 2023
Anyone Can Get IPv6 PI Space – Buy More RAM and TCAM?
Till a few weeks ago, you could get provider-independent (PI) IPv6 address space in RIPE region only if you “demonstrated that you’ll be multihomed”, which usually required having nothing more than an AS number. With the recent policy change, anyone can get PI address space (and this is why you should get it) as long as they have a sponsoring LIR, and the yearly fee for an independent resource (RIPE-to-LIR) is €50.
See you @ PLNOG in Warsaw
The 8th PLNOG meeting starts in less than a week and the fantastic Andrzej Targosz has yet again kindly invited me to talk about cloud networking and data center fabrics (the first session is on Monday afternoon, the second one on Tuesday morning). I’ll be in Warsaw from Sunday evening to late Wednesday morning, so if you’d like to meet me, ask me a really tough question (layer-2 DCI is off-limits), discuss your network design, or just drink a cup of coffee or a beer with me (please don’t mention vodka), send me an e-mail and we’ll figure out where and when to meet.
Does CCIE still make sense?
A reader of my blog sent me this question:
I am a Telecommunication Engineer currently preparing for the CCIE exam. Do you think that in a near future it will be worth to be a CCIE, due to the recent developments like Nicira? What will be the future of Cisco IOS, and protocols like OSPF or BGP? I am totally disoriented about my career.
Well, although I wholeheartedly agree with recent post from Derick Winkworth, the sky is not falling (yet):
Edge Virtual Bridging (802.1Qbg) – a Technology Refusing to Die
I thought Edge Virtual Bridging (EVB) would be the technology transforming the kludgy vendor-specific VM-aware networking solutions into a properly designed architecture, but the launch of L2-over-IP solutions for VMware and Xen hypervisors is making EVB obsolete before it ever made it through the IEEE doors.
Embrace the Change ... Resistance Is Futile ;)
After all the laws-of-physics-are-changing hype it must have been anticlimactic for a lot of people to realize what Nicira is doing (although I’ve been telling you that for months). Not surprisingly, there were the usual complaints and twitterbursts:
Updated Webinar Roadmaps
I finally found just the right set of tools to draw and update webinar roadmaps without too much hassle, and updated all of them to include the webinars developed during late 2011 and planned for 2012:
NEC+IBM: Enterprise OpenFlow you can actually touch
I didn’t expect we’d see multi-vendor OpenFlow deployment any time soon. NEC and IBM decided to change that and Tervela, a company specialized in building messaging-based data fabrics, decided to verify their interoperability claims. Janice Roberts who works with NEC Corporation of America helped me get in touch with them and I was pleasantly surprised by their optimistic view of OpenFlow deployment in typical enterprise networks.
6WIND: Solving the Virtual Appliance Performance Issues
We all know that the performance of virtual networking appliances (firewalls, load balancers, routers ... running inside virtual machines) really sucks, right? Some vendors managed to offload the packet-intensive processing into the hypervisor kernel, getting way more bang for the buck, but that’s a pretty R&D-intensive undertaking.
We also know that The Real Men use The Real Hardware (ASICs and FPGAs) to get The Real Performance, right? Wrong!