Today's Full Stack Journey episode puts host Scott Lowe in the guest chair to share his own sojourns through the IT stacks.
The post Full Stack Journey 028: Turning The Mic On Scott Lowe appeared first on Packet Pushers.
The launch is the first for a standards-based 5G network in the U.S. and taps AT&T's deep SDN deployments.
The networking-focused hardware is built for the Open19 Foundation infrastructure platform.
The two groups will combine memberships to develop industry guidance and best practices for Industrial IoT as well as fog and edge computing.
Luxtera’s technology integrates high performance optics directly with silicon electronics, bringing what it calls “fiber to the chip” connectivity to speed the transfer of data between servers.
As operators roll out 5G, they need to get to grips with the thorny issue of which will be the best backhaul solution to support the higher data speeds and lower latency.
Red Hat Ansible Automation is widely known to automate and configure Linux and Windows hosts, as well as network automation for routers, switches, firewalls and load balancers. Plus, there are a variety of modules that deal with the cloud and the API around it such as Microsoft Azure, Amazon Web Services (AWS) and Google Compute Engine. And there are other modules that interact with Software as a Service (SaaS) tools like Slack or ServiceNow. Although the downtime for these APIs is very minimal, it does happen, and it is even more likely that the connection between your Ansible control host (where you are running Ansible from) and the cloud-centric API could be down.
In this blog post, I will cover some tips and tricks for dealing with unreliable connections to cloud-centric APIs and how I build Ansible Playbooks in a reliable manner. As a technical marketing engineer, I consider my customers the Red Hat field teams, and often Solutions Architects are running playbooks from unreliable hotel wireless, coffee shops and sometimes even airplanes! I have to make sure playbooks have some more robustness built in for these odd situations. It is hair-pulling frustrating to get through a 20 task Continue reading
Continuing some exploration of Pandas, I realized in networking we often has to deal with Toptalkers, I dont have any Networking Realted Top Talker IP Data as such but wanted to see if this can checked on my Laptop’s current Processes comsuming CPU and Top processes which are repeated often.
Without dragging the topic
-> Took the text file it was delimited with space (TOP Command will generally Delimit)
-> Converted to Pandas Read FWF and then converted the file to CSV
-> Used CSV to read into specific %CPU coloumn and implemented SORT function in descending order.
-> Finally Took Counter from Collections Module and implemented it on the list.
output looksl something like this
Pandas are effective and easy, I will continue to explore some functions so as to build some scripts in day to day activities.
-Rakesh
Why did we trust telco networks until now ?
The post Are Telcos Secure ? Not provably, so No. appeared first on EtherealMind.
Enriched flow data technology has greatly matured with granularity for solving network incidents, configuration issues, capacity planning, and more.
The final topic David Gee and Christoph Jaggi mentioned in their interview was big data and AI (see also: automated workflows, hygiene of network automation and network automation security):
Two other concurrent buzzwords are big data and artificial intelligence. Can they be helpful for automation?
Big Data can provide a rich pool of event-sourcing information and, as infrastructures get more complex, it’s essential that automation triggers are as accurate as possible.
Read more ...I love parity storage. Whether it’s traditional RAID 5/6, erasure coding, raidz/raid2z, whatever. It gives you redundancy on your data without requiring double the drives that mirroring or mirroring+stripping would require.
The drawback is write performance is not as good as mirroring+stripping, but for my purposes (lots of video files, cold storage, etc.) parity is perfect.
In my primary storage array, I use double redundancy on my parity, so effectively N+2. I can lose any 2 drives without losing any data.
I had a simple Storage Spaces mirror on my Windows 10 Pro desktop which consisted of (2) 5 TB drives using ReFS. This had four problems:
ReFS had some nice features such as checksumming (though for data checksumming, you had to turn it on), but given the type of data I store on it, the checksumming isn’t that important (longer-lived data is stored either on Dropbox and/or my ZFS array). I do require Dropbox, so back to NTFS it is.