Today we're testing EVPN route policy filtering in JUNOS. Recently released in 19.4R1, this feature will help get around the issue of L2 on spines spanning multiple data centres to enhance forwarding behaviour 😁
— Dan Hearty (@danhearty) January 23, 2020
Category: Random
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Assassins Creed in 2020…
2020 ASSASSIN’S CREED LEAKED! NEW DETAILS ABOUT THE NEXT RELEASE – Let’s…
by u/Nightshade_yt_ in a:t5_2wmb0
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De-bogonising 2a10::/12 | RIPE
With the RIPE NCC having become the first RIR to receive an additional /12 IPv6 allocation (2a10::/12) from IANA a few months ago, we will soon begin to delegate space from this IPv6 block to LIRs. In preparation for this, in order to improve routability and minimise the risk of filtering, the RIPE NCC will perform several de-bogonising activities in the next few weeks.We plan to start announcing the full /12, as well as a few /32 or longer blocks out of 2a10::/12 from AS12654 (RIPE Routing Information System (RIS)), within the next few days. We will analyse data from RIS and RIPE Atlas and we plan to write up an analysis around this effort.We want to remind everybody to update their bogon filters and allow routes originating from 2a10::/12 in their network.
Source: RIPE NEWS, Routing WG, Google (De-bogonising 2a10::/12)
A short history of TCP vs BBR – Video – Packet Pushers
Geoff Huston, APNIC’s Chief Scientist, breaks down how TCP and BBR work to show the advantages and disadvantages of both.Highlighting that BBR wins because its stamps all over Cubic. Survival of the fittest means that legacy OS with old TCP flow control will be worse off and die quicker. Which is nice.
Source: A short history of TCP vs BBR – Video – Packet Pushers
Vodafone tests open cellular radio tech that could lower call costs
Open standards for radio networks ? … ‘3 steps forward, and less than ⅛ back’ ?
Your wireless carrier is usually beholden to using proprietary cellular network tech from the likes of Ericsson or Nokia, but there may soon be a more universal technology that could benefit your bank account. Vodafone has started the first European tests (specifically, the UK) for OpenRAN, an Intel co-developed open access radio system that harmonizes hardware and software in cellular infrastructure. It doesn’t sound exciting, but it effectively opens the door to lower-cost cell networks — and that, in turn, could lower the costs of your calls and data.
Source: Vodafone tests open cellular radio tech that could lower call costs
RPKI: The path to secure Internet routing – DCD
As Internet traffic has increased and databases have become more outdated, the importance of routing validation has increased
“Retweet if you have taken down a network.” – @labeveryday
Auch! That hurt.
Retweet if you have taken down a network.
I’ll go first.
— Du'An S. Lightfoot ☁️ (@labeveryday) September 18, 2019