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Cisco to buy network-monitoring firm SamKnows for better last-mile visibility

Cisco again opened its checkbook this week and snatched up privately held broadband-network monitoring company SamKnows for an undisclosed amount.Founded in 2008, the London-based firm uses a global network of software agents located in everything from home systems to mobile devices and service provider netoworks to get a real-time measurement of internet performance and customer experience. Through a central dashboard the  company can analyze the results and identify faults and the root cause of problems to help with remediation.SamKnows technology will be integrated into Cisco’s ThousandEyes cloud-based network intelligence software that analyzes everything from the performance of local and wide-area networks to ISP, cloud, and collaboration-application performance to the health of the internet.To read this article in full, please click here

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How to password protect with Vim

In this Linux tip we will learn how to encrypt using Vim

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Using PuTTY to connect to Linux

PuTTY is a great tool for connecting between systems of different types. In case you’re not familiar with the tool, the name has no connection to Silly Putty. Instead, the capitalization of the TTY part of the name suggests its connection with the acronym tty. It provides an easy way to log into a Linux system from Windows as well as many other systems.Say you want to log into your Linux system from a Windows system. This tool will allow you to set up a connection (IP address, host name, etc.) and control the size, colors and font to be used. This post explains how to set PuTTY up to optimize your view of the Linux command line. PuTTY was actually born on Windows to make this kind of connection possible.To read this article in full, please click here

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Using PuTTY to connect to Linux

PuTTY is a great tool for connecting between systems of different types. In case you’re not familiar with the tool, the name has no connection to Silly Putty. Instead, the capitalization of the TTY part of the name suggests its connection with the acronym tty. It provides an easy way to log into a Linux system from Windows as well as many other systems.Say you want to log into your Linux system from a Windows system. This tool will allow you to set up a connection (IP address, host name, etc.) and control the size, colors and font to be used. This post explains how to set PuTTY up to optimize your view of the Linux command line. PuTTY was actually born on Windows to make this kind of connection possible.To read this article in full, please click here

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What’s new in Ansible Automation Platform 2.4

 

We are excited to announce the general availability of Red Hat Ansible Automation Platform 2.4, which continues to build on our core promise to help customers “Create, Manage, and Scale” their automation.

This blog post outlines a number of new features and capabilities found in the 2.4 release, including the long-anticipated general availability of Event-Driven Ansible. Ansible Automation Platform 2.4 is going to greatly expand the scope of both what and how organizations are able to automate with Ansible—so let’s dive right in.  

Event-Driven Ansible

Back at AnsibleFest 2022, we introduced the Event-Driven Ansible developer preview and the results have been very exciting. By developing this set of capabilities in the upstream community, we worked alongside the Ansible community, partners and customers to release numerous certified and community source plugins right at launch. Now fully supported as a component of Ansible Automation Platform 2.4, Event-Driven Ansible comes with a new webUI, Event-Driven Ansible controller, to help you integrate your Event-Driven Ansible with Ansible Automation Platform and take advantage of a host of new capabilities.

Event-Driven Ansible controller for Event-Driven Ansible - Getting Started

Event-Driven Ansible connects intelligent sources of events with corresponding actions via rules. Continue reading

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HN687 Juniper CORA Coherent Optics Enabling IPoDWDM

Its about reducing the cost and complexity of DWDM coherent optical networks. Connecting the DWDM network directly to your router removes the DWDM edge equipment which simplifies operation, reduce cost,space & power while improving provisioning time. How is Juniper entering this market and what do you need to know ?

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HN687 Juniper CORA Coherent Optics Enabling IPoDWDM

Its about reducing the cost and complexity of DWDM coherent optical networks. Connecting the DWDM network directly to your router removes the DWDM edge equipment which simplifies operation, reduce cost,space & power while improving provisioning time. How is Juniper entering this market and what do you need to know ?

The post HN687 Juniper CORA Coherent Optics Enabling IPoDWDM appeared first on Packet Pushers.

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Cloudflare Zaraz supports JSONata

Cloudflare users leverage Zaraz for loading their third-party JavaScript tools. Tools like analytics, conversion pixels, widgets and alike, load faster and safer when loaded through Zaraz.

When configuring a tool in Zaraz, users can specify the payload to be included when sending information to it. This allows for the transmission of more detailed data. For example, when sending the "Button Clicked" event to Google Analytics, users can include additional information such as the ID of the button element and the content of the user_id cookie at the time of the button press. In Zaraz, users have the flexibility to add as many fields as desired when configuring the action.

Typically, information reaches Zaraz through the execution of zaraz.track("event name", { properties }) within the website's code. The properties object can contain relevant details that will be sent to third-party tools, such as the button ID in the previous example. However, there are cases where users may need to process and manipulate the information before sending it to their third-party tools.

To address this requirement, we recently introduced Worker Variables, which enables users to send information to a Cloudflare Worker, perform manipulations on it, and return a modified value. Continue reading

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Cato Networks launches AI-powered tracker for malware command and control

Cato Networks’ new deep learning algorithms are designed to identify malware command and control domains and block them more quickly than traditional systems based on domain reputation, thanks to extensive training on the company’s own data sets.Cato, a SASE provider based in Tel Aviv, announced the new algorithmic security system today. The system is predicated on the idea that domain reputation tracking is insufficient to quickly identify the command servers used to remotely control malware. That’s because most modern malware uses a domain generation algorithm (DGA) to rapidly generate pseudorandom domain names — which the deployed malware also has a copy of.To read this article in full, please click here

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Cato Networks launches AI-powered tracker for malware command and control

Cato Networks’ new deep learning algorithms are designed to identify malware command and control domains and block them more quickly than traditional systems based on domain reputation, thanks to extensive training on the company’s own data sets.Cato, a SASE provider based in Tel Aviv, announced the new algorithmic security system today. The system is predicated on the idea that domain reputation tracking is insufficient to quickly identify the command servers used to remotely control malware. That’s because most modern malware uses a domain generation algorithm (DGA) to rapidly generate pseudorandom domain names — which the deployed malware also has a copy of.To read this article in full, please click here

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A New Contender: NVMe in the Data Center

NVMe (nonvolatile memory express) delivers the faster performance data centers need to move to and operate in hybrid and multi-cloud environments.

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What’s new in Calico Enterprise 3.17: Namespace isolation, WireGuard support for AKS and EKS, and more!

We are excited to introduce the early preview releases for Calico Enterprise 3.17. This release focuses on helping enterprises have a strong security posture for their containers and Kubernetes clusters. Let’s go through some of the highlights of this release.

Namespace isolation with automatic Security Policy Recommendations

Calico will now automatically generate security policies based on workload dependencies and incoming and outgoing traffic to isolate namespaces in your Kubernetes cluster.

WireGuard support for AKS and EKS with Calico CNI 

Users can now protect data-in-transit data in Microsoft AKS and Amazon EKS clusters by enabling WireGuard encryption with the Calico CNI.

Improved management of  Workload-based WAF 

Secure specific workload-to-workload communications at the application level with Calico’s workload-based web application firewall (WAF) by selecting and deselecting specific services.

Policy-based routing for egress gateways

Define policies on which egress gateway to use (or none at all) depending on the destination of egress traffic.

We hope you’ll enjoy these product upgrades and enhancements. We will continue to deliver new releases with innovative solutions to solve container and Kubernetes security challenges. Watch this space for future updates and details about how to leverage these features in your environment.

Check out our self-paced workshops for Continue reading

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Japan bolsters its chip industry with buyout of equipment maker JSR

Japanese semiconductor equipment maker JSR has accepted a buyout offer of $6.4 billion (909.3 billion yen) from the Japanese government, in the country’s latest move to bolster its domestic chip industry.JSR is the world's leading maker of photoresists , the chemicals used for the process of printing circuit designs on chip wafers. It is also one of three Japanese companies that controls the world’s supply of fluorinated polyimide and hydrogen fluoride, compounds which are used to make the semiconductors found in supercomputers, AI-harnessing data centers and iPhones.Under the plan, Japan Investment Corp (JIC) – state-backed investment enterprise of Japan, specializing in private equity and venture capital investments primarily in Japan – would offer JSR $31.25 (4,350 yen) per share, a price that represents a 35% premium on the company’s share price when the markets closed on Friday. The resulting deal will see the company go private and provide Japan with a greater control over a technological process of which it is already a global leader.To read this article in full, please click here

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Followup: IP Multicast – Good in Theory, Bad in Reality.

The debates around IP multicast stopped about five to ten years ago AFAICT. No one wants to deal with it anymore. In theory, IP multicast was a good idea but in the real world it was a deeply flawed. 

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Lost in transit: debugging dropped packets from negative header lengths

Previously, I wrote about building network load balancers with the maglev scheduler, which we use for ingress into our Kubernetes clusters. At the time of that post we were using Foo-over-UDP encapsulation with virtual interfaces, one for each Internet Protocol version for each worker node.

To reduce operational toil managing the traffic director nodes, we've recently switched to using IP Virtual Server's (IPVS) native support for encapsulation. Much to our surprise, instead of a smooth change, we instead observed significant drops in bandwidth and failing API requests. In this post I'll discuss the impact observed, the multi-week search for the root cause, and the ultimate fix.

Recap and the change

To support our requirements we've been creating virtual interfaces on our traffic directors configured to encapsulate traffic with Foo-Over-UDP (FOU). In this encapsulation new UDP and IP headers are added to the original packet. When the worker node receives this packet, the kernel removes the outer headers and injects the inner packet back into the network stack. Each virtual interface would be assigned a private IP, which would be configured to send traffic to these private IPs in "direct" mode.

This configuration presents several problems for our operations teams.

Continue reading

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Recapping Speed Week 2023

This post is also available in Deutsch.

Speed Week 2023 is officially a wrap.

In our Welcome to Speed Week 2023 blog post, we set a clear goal:

“This week we will help you measure what matters. We’ll help you gain insight into your performance, from Zero Trust and API’s to websites and applications. And finally we’ll help you get faster. Quickly.”.

This week we published five posts on how to measure performance, explaining which metrics and approaches make sense and why. We had a deep dive on the latest Core Web Vital, “Interaction to Next Paint”, what it means and how we can help. There was a post on Time To First Byte (TTFB) and why it isn't a good way to measure good web performance. We also wrote about how to measure Zero Trust performance, and announced the Internet Quality page of Cloudflare Radar - giving everyone the ability to compare Internet connection quality across Internet Service Providers, countries, and more.

We launched new products such as Observatory, Digital Experiencing Monitoring and Timing Insights. These products give an incredible window into how your applications and websites are performing through the eyes of website visitors Continue reading

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How to deploy Red Hat Ansible Automation Platform on AWS to AWS GovCloud in the United States

This blog is co-authored by Zack Kayyali and Hicham (he-sham) Mourad

Deploying Red Hat Ansible Automation Platform Foundation

The steps below detail how to install Ansible Automation Platform on AWS United States GovCloud from the AWS Marketplace. The steps to deploy into AWS GovCloud and AWS Commercial cloud are nearly identical. Before starting your deployment process, please ensure the AWS account you are using to deploy has the following IAM roles. These IAM roles are required to deploy the AWS foundation stack offering. The foundation stack offering here refers to the base Ansible Automation Platform 2 deployment.

This blog details how to deploy Ansible Automation Platform on AWS and access the application. This deployment process will be configured to set up Ansible Automation Platform in its own Virtual Private Cloud (VPC) that it creates and manages. We also support deploying into an existing VPC.

To begin, first log into your Commercial AWS account. If you have a private offer, ensure that these are accepted for both the foundation and extension node offerings.

Note: 

• The foundation offer refers to the “Red Hat Ansible Automation Platform 2 - Up to 100 Managed Nodes” marketplace item. 
• The extension node offer refers to Continue reading

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Welcome to the Ansible Lightspeed with IBM Watson Code Assistant Technical Preview

Welcome to the Ansible Lightspeed with IBM Watson Code Assistant Technical Preview

By Craig Brandt

At Red Hat Summit and AnsibleFest 2023, we announced Ansible Lightspeed with IBM Watson Code Assistant, a new generative AI service for Ansible automation. Today, we are thrilled to announce the Ansible Lightspeed technical preview launch.

In this blog, we’ll walk through the steps to access the Ansible Lightspeed with IBM Watson Code Assistant technical preview service and get it up and running in your Visual Studio Code environment. Then we’ll share more about what you can expect from the experience and how to generate your first Ansible tasks with generative AI.

This is exciting stuff, so let’s dive right in.

Technical Preview: Empowering Ansible Users with AI

Ansible Lightspeed with IBM Watson Code Assistant is a purpose-built generative AI tool that aims to streamline the creation of Ansible content. This capability is natively integrated into your VS Code editor via the Ansible VS Code extension. The AI capabilities are powered by Watson Code Assistant, a foundation model trained on Ansible Galaxy, GitHub, and other open sources of data.

The technical preview is open and available, free of charge, to all Ansible users. As more users engage with Continue reading

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NB436: Cisco AI Silicon, DEM. HPE Greenlake AI LLM. FCC Talks Bandwidth Caps.

Cisco announces AI Networking versions of SIlicon One ASICs and buys another DEM business. HPE Greenlake adds AI LLM. FTC talks bandwidth caps. Google accusing Microsoft of monopolistic behaviour. We laughed.

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NB436: Cisco AI Silicon, DEM. HPE Greenlake AI LLM. FCC Talks Bandwidth Caps.

Cisco announces AI Networking versions of SIlicon One ASICs and buys another DEM business. HPE Greenlake adds AI LLM. FTC talks bandwidth caps. Google accusing Microsoft of monopolistic behaviour. We laughed.

The post NB436: Cisco AI Silicon, DEM. HPE Greenlake AI LLM. FCC Talks Bandwidth Caps. appeared first on Packet Pushers.