What do you get when you write code next to a Christmas tree? You can expect to get tons of eye candy, and that’s what netlab release 1.7.1 is all about.
It all started with a cleanup idea: I could replace the internal ASCII table-drawing code with the prettytable library. Stefan was quick to point out that I should be looking at the rich library, and the rest is history:
What do you get when you write code next to a Christmas tree? You can expect to get tons of eye candy, and that’s what netlab release 1.7.1 is all about.
It all started with a cleanup idea: I could replace the internal ASCII table-drawing code with the prettytable library. Stefan was quick to point out that I should be looking at the rich library, and the rest is history:
Commissioned: After two years of collective confinement, the world’s population rushed outdoors with a passion. …
The post Urban mobility transformation enhances the “Fast” but removes the “Furious” first appeared on The Next Platform.
Urban mobility transformation enhances the “Fast” but removes the “Furious” was written by Martin Courtney at The Next Platform.
For traditional HPC workloads, AMD’s MI250X is still a powerhouse when it comes to double precision floating point grunt. …
The post Sometimes The Best AI Accelerator Is The 37,888 GPUs You Already Have first appeared on The Next Platform.
Sometimes The Best AI Accelerator Is The 37,888 GPUs You Already Have was written by Tobias Mann at The Next Platform.
SPONSORED FEATURE: The next generation internet is all about experience. Hyperscalers like Google, Azure and Facebook epitomize the importance of both technological and customer experience. …
The post Why hyperscale networks have been decades in the making first appeared on The Next Platform.
Why hyperscale networks have been decades in the making was written by Martin Courtney at The Next Platform.
I published dozens of free-to-download slide decks on ipSpace.net. Downloading them required the free ipSpace.net subscription which is no longer available because I refuse to play a whack-a-mole game with spammers.
You might like the workaround I had to implement to keep those PDFs accessible: they are no longer behind a regwall.
You can find the list of all the free content ipSpace.net content here. The Conferences and Presentations page is another source of links to public presentations.
I published dozens of free-to-download slide decks on ipSpace.net. Downloading them required the free ipSpace.net subscription which is no longer available because I refuse to play a whack-a-mole game with spammers.
You might like the workaround I had to implement to keep those PDFs accessible: they are no longer behind a regwall.
You can find the list of all the free content ipSpace.net content here. The Conferences and Presentations page is another source of links to public presentations.
Is network engineering still cool?
It certainly doesn’t seem like it, does it? College admissions seem to be down in the network engineering programs I know of, and networking certifications seem to be down, too. Maybe we’ve just passed the top of the curve, and computer networking skills are just going the way of coopering. Let’s see if we can sort out the nature of this malaise and possible solutions. Fair warning—this is going to take more than one post.
Let’s start here: It could be that computer networking is a solved problem, and we just don’t need network engineers any longer.
I’ve certainly heard people say these kinds of things—for instance, one rather well-known network engineer said, just a few years back, that network engineers would no longer be needed in five years. According to this view, the entire network should be like a car. You get in, turn the key, and it “just works.” There shouldn’t be any excitement or concern about a commodity like transporting packets. Another illustration I’ve heard used is “network bandwidth should just be like computer memory—if you need more, add it.”
Does this really hold, though? Even if we accept the Continue reading
It looks like Hewlett Packard Enterprise might be having a datacenter networking revival. …
The post Why Would HPE Buy Juniper Networks? first appeared on The Next Platform.
Why Would HPE Buy Juniper Networks? was written by Timothy Prickett Morgan at The Next Platform.
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| CanaKit Raspberry Pi 5 Starter Kit - Aluminum |
ssh [email protected]Use ssh to log into Raspberry Pi (having installled the micro SD card).
sudo apt-get update && sudo apt-get -y upgradeUpdate packages and OS to latest version.
curl Continue reading
In the previous post VXLAN/EVPN – Host ARP, I talked about how knowing the MAC/IP of endpoints allows for ARP suppression. In this post we’ll take a look at host mobility. The topology used is the same as in the previous post:
Currently SERVER-1 is connected to LEAF-1. What happens if SERVER-1 moves to LEAF-2? This would be a common scenario for a virtual infrastructure. First let’s take a look at LEAF-4 on what routes we have for SERVER-1:
Leaf4# show bgp l2vpn evpn 0050.56ad.8506
BGP routing table information for VRF default, address family L2VPN EVPN
Route Distinguisher: 192.0.2.3:32777
BGP routing table entry for [2]:[0]:[0]:[48]:[0050.56ad.8506]:[0]:[0.0.0.0]/216, version 662
Paths: (2 available, best #2)
Flags: (0x000202) (high32 00000000) on xmit-list, is not in l2rib/evpn, is not in HW
Path type: internal, path is valid, not best reason: Neighbor Address, no labeled nexthop
AS-Path: NONE, path sourced internal to AS
203.0.113.1 (metric 81) from 192.0.2.12 (192.0.2.2)
Origin IGP, MED not set, localpref 100, weight 0
Received label 10000
Extcommunity: RT:65000:10000 ENCAP:8
Originator: 192.0.2.3 Cluster list: 192.0.2.2
Advertised Continue reading
This post is also available in Deutsch and Français.
Welcome to the sixteenth edition of Cloudflare’s DDoS Threat Report. This edition covers DDoS trends and key findings for the fourth and final quarter of the year 2023, complete with a review of major trends throughout the year.
DDoS attacks, or distributed denial-of-service attacks, are a type of cyber attack that aims to disrupt websites and online services for users, making them unavailable by overwhelming them with more traffic than they can handle. They are similar to car gridlocks that jam roads, preventing drivers from getting to their destination.
There are three main types of DDoS attacks that we will cover in this report. The first is an HTTP request intensive DDoS attack that aims to overwhelm HTTP servers with more requests than they can handle to cause a denial of service event. The second is an IP packet intensive DDoS attack that aims to overwhelm in-line appliances such as routers, firewalls, and servers with more packets than they can handle. The third is a bit-intensive attack that aims to saturate and clog the Internet link causing that ‘gridlock’ that we discussed. In this report, we Continue reading