Cloud Notes: AWS VPC
https://codingpackets.com/blog/cloud-notes-aws-vpc
https://codingpackets.com/blog/cloud-notes-aws-vpc
https://codingpackets.com/blog/cloud-notes-aws-vpc
https://codingpackets.com/blog/aws-networking
https://codingpackets.com/blog/cloud-notes-aws-vpc
https://codingpackets.com/blog/aws-networking
Imagine, if you will, how troublesome AMD’s chip business would be at the end of 2022 had it not decided way back in 2015 to re-enter the datacenter with its Epyc processors. …
Datacenter And Xilinx Power Through In Q4 And Beyond For AMD was written by Timothy Prickett Morgan at The Next Platform.
There’s a trend to cloudify every aspect of IT. You might think that there’s no need to understand classical networking because “the cloud” solves problems related to routers and switches. The truth is that clouds have massive networks under the hood. Someone needs to connect cloud services and bring users to these clouds in a […]
The post A Journey To The AWS Advanced Networking Certification appeared first on Packet Pushers.
The idea of memory-safe languages is in the news lately. C/C++ is famous for being the world's system language (that runs most things) but also infamous for being unsafe. Many want to solve this by hard-forking the world's system code, either by changing C/C++ into something that's memory-safe, or rewriting everything in Rust.
Forking is a foolish idea. The core principle of computer-science is that we need to live with legacy, not abandon it.
And there's no need. Modern C compilers already have the ability to be memory-safe, we just need to make minor -- and compatible -- changes to turn it on. Instead of a hard-fork that abandons legacy system, this would be a soft-fork that enables memory-safety for new systems.
Consider the most recent memory-safety flaw in OpenSSL. They fixed it by first adding a memory-bounds, then putting every access to the memory behind a macro PUSHC() that checks the memory-bounds:
A better (but currently hypothetical) fix would be something like the following:Most network automation journeys start with building custom scripts and integrations, validating use cases, and getting value from low-hanging fruit. This is the fun part! However,...
The post Brief: When to consider Anuta Networks for automation appeared first on /overlaid.
When an IP packet is sent from one host to another in a local area […]
The post ARP Spoofing Attack with Scapy first appeared on Brezular's Blog.
On today's Day Two Cloud podcast, we speak with Jan Hofmeyr, a VP within Amazon Web Services (AWS). This show was recorded at AWS re:Invent 2022 in Las Vegas, and we discuss EC2 at the edge, AWS Outposts and how local zones work, connecting Outposts to the AWS cloud, and more.
The post Day Two Cloud 180: Understanding AWS EC2 At The Edge appeared first on Packet Pushers.
David Gee couldn’t resist making a few choice comments after I asked for his opinion of an early draft of the Network Automation Expert Beginners blog post, and allowed me to share them with you. Enjoy 😉
Network automation offers promises of reliability and efficiency, but it came without a warning label and health warnings. We seem to be perpetually stuck in a window display with sexily dressed mannequins.
David Gee couldn’t resist making a few choice comments after I asked for his opinion of an early draft of the Network Automation Expert Beginners blog post, and allowed me to share them with you. Enjoy 😉
Network automation offers promises of reliability and efficiency, but it came without a warning label and health warnings. We seem to be perpetually stuck in a window display with sexily dressed mannequins.