Now Available: Red Hat Ansible Automation Platform 1.2
Red Hat Ansible Automation Platform 1.2 is now generally available with increased focus on improving efficiency, increasing productivity and controlling risk and expenses. While many IT infrastructure engineers are familiar with automating compute platforms, Ansible Automation Platform is the first holistic automation platform to help manage, automate and orchestrate everything in your IT infrastructure from edge to datacenter. To download the newest release or get a trial license, please sign up on http://red.ht/try_ansible.
An automation platform for mission critical workloads
The Ansible project is a remarkable open source project with hundreds of thousands of users encompassing a large community. Red Hat extends this community and open source developer model to innovate, experiment and incorporate feedback to satisfy our customer challenges and use cases. Red Hat Ansible Automation Platform transforms Ansible and many related open source projects into an enterprise grade, multi-organizational automation platform for mission-critical workloads. In modern IT infrastructure, automation is no longer a nice-to-have; it’s often now a requirement to run, operate and scale how everything is managed: including network, security, Linux, Windows, cloud and more.
Ansible Automation Platform includes a RESTful API for seamless integration with existing IT tools Continue reading
Modern Networks For An Increasingly Distributed IT World
The shift by enterprise IT vendors from hardware box makers to software and services vendors has been ongoing for several years as OEMs have looked to adapt to the rapid changes in a tech world that is becoming application- and data-centric. …
Modern Networks For An Increasingly Distributed IT World was written by Jeffrey Burt at The Next Platform.
Many services, one cloudflared
I work on the Argo Tunnel team, and we make a program called cloudflared, which lets you securely expose your web service to the Internet while ensuring that all its traffic goes through Cloudflare.
Say you have some local service (a website, an API, a TCP server, etc), and you want to securely expose it to the internet using Argo Tunnel. First, you run cloudflared, which establishes some long-lived TCP connections to the Cloudflare edge. Then, when Cloudflare receives a request for your chosen hostname, it proxies the request through those connections to cloudflared, which in turn proxies the request to your local service. This means anyone accessing your service has to go through Cloudflare, and Cloudflare can do caching, rewrite parts of the page, block attackers, or build Zero Trust rules to control who can reach your application (e.g. users with a @corp.com email). Previously, companies had to use VPNs or firewalls to achieve this, but Argo Tunnel aims to be more flexible, more secure, and more scalable than the alternatives.
Some of our larger customers have deployed hundreds of services with Argo Continue reading
European Union, Use Facts to Make Cybersecurity Decisions – Not Myths
Nearly 450 million EU citizens are counting on the Council of the European Union to make decisions that protect their safety. The Council has a duty make these decisions based on reliable information.
In the next week, the Council of the European Union is expected to consider a resolution that argues that law enforcement “must be able to access data in a lawful and targeted manner.” This resolution is the first step of a wider push by the European Union to demand law enforcement access to encrypted data.
But are they relying on accurate information to make their decisions?
A report leaked from the European Commission in September, Technical solutions to detect child sexual abuse in end-to-end encrypted communications, tries to analyze different ways to spot illegal content in private communications that use end-to-end encryption. This leaked report could influence their decison-making on encryption policy in the EU.
The EU Commission’s report alludes to the idea that some access methods may be less risky than others. However, the bottom line is that each method presents serious security and privacy risks for billions of users worldwide.
Don’t take just my word for it. According to the Internet Society and the Continue reading
Fast Failover: Topologies
In the blog post introducing fast failover challenge I mentioned several typical topologies used in fast failover designs. It’s time to explore them.
The Basics
Fast failover is (by definition) adjustment to a change in network topology that happens before a routing protocol wakes up and deals with the change. It can therefore use only locally available information, and cannot involve changes in upstream devices. The node adjacent to the failed link has to deal with the failure on its own without involving anyone else.
Fast Failover: Topologies
In the blog post introducing fast failover challenge I mentioned several typical topologies used in fast failover designs. It’s time to explore them.
The Basics
Fast failover is (by definition) adjustment to a change in network topology that happens before a routing protocol wakes up and deals with the change. It can therefore use only locally available information, and cannot involve changes in upstream devices. The node adjacent to the failed link has to deal with the failure on its own without involving anyone else.
“Wombat” Puts Arm’s SVE Instruction Set to the Test
We’ve been closely following momentum with Fujitsu’s Arm-based A64FX processor, from its inception to its placement inside the world’s most powerful supercomputer. …
“Wombat” Puts Arm’s SVE Instruction Set to the Test was written by Nicole Hemsoth at The Next Platform.
What Are Data Types Anyways?
There are actually quite a few resources out there for a novice programmer to learn about data types like strings, integers, floats, and more. The wikipedia page, as an example, covers a broad spectrum of potential meanings. Just about any book or tutorial focused on a particular programming language will start off by listing the types supported by that language. This makes sense, since they are the fundamental building block of being able to do pretty much anything in that language.Vendor Lock-In. Maybe Not So Evil. (Video)
Is vendor lock-in all that bad? Many argue yes. You’re tied to a vendor because you’ve used some of their proprietary technology, and so you’re (apparently) stuck with it forever, limiting your future business agility. I think that’s an incomplete argument, though.
Exploiting the “Legacy Tax” Loophole for HPC Storage
Over the next few years, we can expect to hear even more about large-scale computing sites bumping up against the memory wall, although not necessarily where they might expect. …
Exploiting the “Legacy Tax” Loophole for HPC Storage was written by Nicole Hemsoth at The Next Platform.
Tools 1. Top 5 tools for network performance troubleshooting
Hello my friend,
some time ago we’ve been recently engaged in the troubleshooting of the performance issues. Namely, the speed of the communication between the application’s endpoints in two data centres was not persistent. Instead, it was deviating a lot having multiple TCP retransmissions for certain flows. The issues was successfully solved, and we’d like to share with you the tools we have used to identify and validate various aspects of traffic forwarding.
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retrieval system, or transmitted in any form or by any
means, electronic, mechanical or photocopying, recording,
or otherwise, for commercial purposes without the
prior permission of the author.
Can automation help with performance troubleshooting?
Absolutely. During our network automation training we show how to utilise various Linux tools from configuration management tools (e.g. Ansible) and programming languages (Bash, Python). That gives you ready examples from our training, which you can use in your network immediately, and endless possibilities to create your own automated troubleshooting workflows.
Our network automation training has two faces: either live or self-paced. So you can choose yourself, what works better for you. On our side, we Continue reading
The Hedge Podcast #60: Ben Andresen and Growing Teams
How can managers grow teams that add value to the company? Teams are made up of people, and people need to grow, so the key is in learning how to grow people. Join us at the Hedge as we discuss learning paths, doing what’s right for the company and the person, and growing teams by growing people.
Blazing The Trail For Exascale Storage
When it comes to advanced technologies at the high end of compute, networking, and storage, Lawrence Livermore National Laboratory is one of the world’s pathfinding testbeds. …
Blazing The Trail For Exascale Storage was written by Timothy Prickett Morgan at The Next Platform.
Briefings In Brief 098: Cisco Tetration Enables Microsegmentation And App Dependency Mapping
Cisco Tetration enables microsegmentation and application dependency mapping for on-premises and cloud applications. This Briefings In Brief explores essential details on Tetration, including how it works and how it fits with other products in Cisco's portfolio. This briefing is based on a Security Field Day presentation by Cisco on the Tetration product.Briefings In Brief 098: Cisco Tetration Enables Microsegmentation And App Dependency Mapping
Cisco Tetration enables microsegmentation and application dependency mapping for on-premises and cloud applications. This Briefings In Brief explores essential details on Tetration, including how it works and how it fits with other products in Cisco's portfolio. This briefing is based on a Security Field Day presentation by Cisco on the Tetration product.
The post Briefings In Brief 098: Cisco Tetration Enables Microsegmentation And App Dependency Mapping appeared first on Packet Pushers.