It’s one of those articles aimed at the people with Cisco ACI experience who don’t bother with reading all the install and other guides again while going through n’th time of building and ACI fabric, like me. When it comes to Cisco ACI, you really should. There’s a small change with the physical build of the third generation of APIC server where 10G SFP interfaces from APIC towards the Leaf switches (used for fabric discovery and later for the in-band controller to fabric communication) where 4x10G card is built in the server and not like 2x10G on M2/L2 and other
The post New ACI deployment? Watch out when connecting APICs to Leafs appeared first on How Does Internet Work.
Napalm offers an easy way to configure and gather information from network devices using a unified API. No matter what vendor it is used against the input task and returned output will be the same. The only thing that will not be vendor neutral is the actual commands run and configuration being applied. This post documents experiences of trying to replace the whole configuration on NXOS using Napalm with Ansible.
Now on first look she is so adorable, don’t be fooled by looks this dog is responsible for destruction of usb cables, foot wear , headphones, trash can openings and garden destruction.
Idea inspired from : https://youtu.be/ALKz1eKj4n0
Aws deeplens – https://aws.amazon.com/deeplens/
So here is the idea, over the course of next few days to months, I will start capturing many constructive and destructive images of my dog and start training a AI model which will give us a reasonable idea on what exactly she is up to when we leave her alone and alert us accordingly.
Am not a ML developer let alone be an expert, but aws makes it easy to train and deploy models and you don’t have to know much to get started. I developed another ML model with aws rekognition which identifies unwanted plants and shrubs in a raised bed.
I got set up this deeplens and deployed a model project in no less than 5 minutes and am being honest. Here is a sample model which identifies cat vs dog , this model comes is among example models.
It has a Mqtt topic which you can subscribe as well
-Rakesh
In one of his recent blog posts Tom Hollingsworth described what I semi-consciously felt about the CCIE lab exam for at least 25 years: it’s full of contrived scenarios that look more like Iron Chef than real life.
I understand they had to make the lab harder and harder to stop cheating (because talking with candidates and flunking the incompetents is obviously not an option), and there’s only so much one can do with a limited set of technologies… but forcing networking engineers to find ever-more-devious ways to solve overly-complex problems is nothing else but fuel for rampant MacGyverism.
Anyway, I don’t think this mess will ever be fixed, so the only thing we can do is to enjoy the rant.
In short: The Trolley Problem is not the kind of a problem that is open to a solution. The Trolley Problem is not for solving, it’s for teaching—for stimulating, for illustrating, for provoking, for exposing predilections and contradictions. It’s a thought experiment. (Philosophy also performs thought experiments with zombies.) The point is not to work out the answer to a riddle; the point is to think about the implications of the circumstances. We open Pandora’s Box, but we don’t intend to catch the demons and stuff them back in; we let them fly around wreaking Continue reading
Six months ago, when the World Health Organization declared COVID-19 a pandemic, it accelerated the shift out of offices and schools and onto the Internet. Back then, we asked if the Internet was resilient enough to withstand Coronavirus. After several months of observations, we confirmed that it is, thanks to the strength, resilience and success of the open architecture that underpins it. Since then, concerns about the Internet’s ability to handle the increase in lockdown-driven traffic seem to have abated, resulting in fewer articles and blog posts on the topic.
As we head into the final months of 2020, some businesses have reopened in a limited capacity, allowing employees to return to their brick-and-mortar workplaces. Many students are also returning to school, whether in person or online. Yet, the lack of affordable and available Internet access remains a significant issue. Earlier this year, we heard stories about students sitting outside schools and libraries in search of reliable WiFi in order to attend classes. As the new school year starts in North America, we heard about students using WiFi signals from a local fast food chain restaurant to complete their homework. And with students now needing to Continue reading
Today's Heavy Networking jumps into the Free Range Routing (FRR) project, including features of the latest release, what's on the roadmap, and use cases and platform support. Our guest is Donald Sharp, a longtime FRR contributor and Principle Engineer at NVIDIA.
The post Heavy Networking 541: An Update On Free Range Routing appeared first on Packet Pushers.
No plan, no script, no net. In this episode Tony and Jordan give a peek behind the curtains on what has been going on with them both personally and professionally. This episode has a bit of everything. Personal struggles, new hobbies, work news, and a Defcon capture the flag story. This is the Smörgåsbord.
![]() |
Network Collective thanks NVIDIA for sponsoring today’s episode. NVIDIA is positioned as the leader in open networking and provides end-to-end solutions at all layers of the software and hardware stack. You can experience NVIDIA Cumulus in the Cloud for free! Head on over to:
https://cumulusnetworks.com/ncpod |
Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/
The post The Smörgåsbord appeared first on Network Collective.
If you’re working solely with IP-based networks, you’re probably quick to assume that hop-by-hop destination-only forwarding is the only packet forwarding paradigm that makes sense. Not true, even today’s networks use a variety of forwarding mechanisms, most of them called some variant of routing or switching.
What exactly is the difference between the two, and what is bridging? I’m answering these questions (and a few others like what’s the difference between data-, control- and management planes) in the Bridging, Routing and Switching Terminology video.