Day Two Cloud 208: HashiCorp Licensing Changes And The Day Two Cloud-Chaos Lever Crossover

Today on Day Two Cloud we dive into the implications of licensing changes that HashiCorp has made to its popular Terraform software. In short, the company has switched from an open source to a business source license. HashiCorp says it felt compelled to make the change to ensure that some other business entity doesn't take the open-source software and turn it into a competing product (looking at you, AWS). Will the licensing change have a significant impact? For 99% of users probably not, but there are caveats and concerns to discuss. Today's show is a crossover with Chaos Lever, a weekly podcast co-hosted by Ned Bellavance and Chris Hayner that covers IT news.

The post Day Two Cloud 208: HashiCorp Licensing Changes And The Day Two Cloud-Chaos Lever Crossover appeared first on Packet Pushers.

BrandPost: Top four benefits of SASE for the modern workplace

By: Gabriel Gomane, Senior Product Marketing Manager at Aruba, a Hewlett Packard Enterprise company.With the acceleration of digital transformation and hybrid working, organizations are moving their applications to the cloud at a faster pace. Users are now accessing sensitive data in the cloud from any location and device, often through untrusted connections. Traditional security models based on perimeter defenses are becoming obsolete as the security perimeter dissolves.To solve these challenges, watch my video to learn how SASE (Secure Access Service Edge) enable the workplace transformation.To read this article in full, please click here

Intel details next generation of Xeon processors

Intel used the Hot Chips 2023 show to introduce the next generation of its Xeon processors, codenamed Sierra Forest and Granite Rapids. This will be the first generation of Xeon processors with different core designs: the new Efficient-core (E-core) architecture and existing Performance-core (P-core) architecture. The new processors will be considerably beefier than the previous generation, codenamed Sapphire Rapids. They will feature up to 144 cores and emphasize greater memory and I/O bandwidth performance, two areas where Xeon has lagged behind AMD’s Epyc processors.To read this article in full, please click here

Intel details next generation of Xeon processors

Intel used the Hot Chips 2023 show to introduce the next generation of its Xeon processors, codenamed Sierra Forest and Granite Rapids. This will be the first generation of Xeon processors with different core designs: the new Efficient-core (E-core) architecture and existing Performance-core (P-core) architecture. The new processors will be considerably beefier than the previous generation, codenamed Sapphire Rapids. They will feature up to 144 cores and emphasize greater memory and I/O bandwidth performance, two areas where Xeon has lagged behind AMD’s Epyc processors.To read this article in full, please click here

Will RedCap 5G spark IoT gold rush?

The arrival of 5G cellular technology was supposed to be the match that set the IoT world on fire, but it hasn’t exactly worked out that way. It’s not that the flames have been doused, but rather that IoT growth has smoldered instead of blazed.5G itself has become widely deployed for a variety of use cases, but adoption has been slow for IoT-centric enterprise applications like health-related wearables, industrial IoT networks, surveillance and security, asset tracking and fleet management.To read this article in full, please click here

Automating Azure Infrastructure for High Availability Web Hosting with Ansible

Is it a hassle to set up the infrastructure for a new website every time you need to run a short-term project, such as a marketing campaign or just for testing? Do you spend too much on resources that are only used for a short period? Look no further, because automation is here to save the day!

By automating the process of setting up the infrastructure and configuring it to host your application, you can save time, reduce errors, and make it cost-effective. The goal is to spin up a platform to host a website with just a click of a button for a one-off campaign or a recurring event.

In this post, we discuss the advantages of automating infrastructure provisioning and configuration through an example to create a platform, which you can customize to suit your needs. Let's get started!

 

Target setup

For the availability of our website, we intend to implement a two-tier software architecture consisting of a few virtual machines (VM) with a load balancer in front of them. The first tier will be the client interface or presentation layer, while the second tier are VMs running the web application and database. For a more scalable Continue reading

ARP and Static Routes

A few days ago, I described how ARP behaves when the source- and destination IP addresses are not on the same subnet (TL&DR: it doesn’t care). Now, let’s see how routers use ARP to get the destination MAC address for various entries in the IP routing table. To keep things simple, we’ll use static routes to insert entries in the IP routing table.

We’ll run our tests in a small virtual lab with two Linux hosts and an Arista vEOS switch. The link between H1 and RTR is a regular subnet. H2 has an IP address on the Ethernet interface, but RTR uses an unnumbered interface.

Read more …

ARP and Static Routes

A few days ago, I described how ARP behaves when the source- and destination IP addresses are not on the same subnet (TL&DR: it doesn’t care). Now, let’s see how routers use ARP to get the destination MAC address for various entries in the IP routing table. To keep things simple, we’ll use static routes to insert entries in the IP routing table.

We’ll run our tests in a small virtual lab with two Linux hosts and an Arista vEOS switch. The link between H1 and RTR is a regular subnet. H2 has an IP address on the Ethernet interface, but RTR uses an unnumbered interface.

Read more …

The Next 100X For AI Hardware Performance Will Be Harder

For those of us who like hardware and were hoping for a big reveal about the TPUv5e AI processor and surrounding system, interconnect, and software stack at the Hot Chips 2023 conference this week, the opening keynote by Jeff Dean and Amin Vahdat, the two most important techies at Google, was a bit of a disappointment. …

The post The Next 100X For AI Hardware Performance Will Be Harder first appeared on The Next Platform.

The Next 100X For AI Hardware Performance Will Be Harder was written by Timothy Prickett Morgan at The Next Platform.

Google’s Cross-Cloud Network service aims to simplify multicloud networking

Google Cloud has added a new service that promises to make it easier for enterprise customers to securely network multiple cloud-based resources.The Cross-Cloud Network service consists of new and existing Google Cloud technology and includes a partner ecosystem to help organizations develop, build and support distributed enterprise applications across clouds.“We know that 70-plus percent of our enterprises are going to adopt multicloud. [The] idea behind Cross-Cloud Network is that today many organizations operate bespoke networks with turnkey security to connect to those clouds that are operationally complex to manage and build, thereby resulting in a much higher total cost of ownership and soaring costs,” said Muninder Sambi, vice president and general manager of networking for Google Cloud. “They set up private data centers to connect and secure the hybrid workforce to access cloud and on-prem resources and manage multiple CDN clouds to accelerate web apps. All of this can also lead to an inconsistent security posture and drives up total costs,” Sambi said.To read this article in full, please click here

Google’s Cross-Cloud Network service aims to simplify multicloud networking

Google Cloud has added a new service that promises to make it easier for enterprise customers to securely network multiple cloud-based resources.The Cross-Cloud Network service consists of new and existing Google Cloud technology and includes a partner ecosystem to help organizations develop, build and support distributed enterprise applications across clouds.“We know that 70-plus percent of our enterprises are going to adopt multicloud. [The] idea behind Cross-Cloud Network is that today many organizations operate bespoke networks with turnkey security to connect to those clouds that are operationally complex to manage and build, thereby resulting in a much higher total cost of ownership and soaring costs,” said Muninder Sambi, vice president and general manager of networking for Google Cloud. “They set up private data centers to connect and secure the hybrid workforce to access cloud and on-prem resources and manage multiple CDN clouds to accelerate web apps. All of this can also lead to an inconsistent security posture and drives up total costs,” Sambi said.To read this article in full, please click here

CompTIA to offer advanced cloud networking certification

A new series of advanced certifications from CompTIA aims to validate IT pros who have multiple years of work experience and expert-level skills in data, cybersecurity, and cloud networking.“Each certification exam will validate deep expertise in job roles recognized as being at the expert level,” said Thomas Reilly, chief product officer at CompTIA, in a statement. “Beyond validating technical skills, IT pros who earn a CompTIA Xpert Series certification will have demonstrated their ability to understand, implement, and articulate advanced technology solutions in any business environment.”To read this article in full, please click here

Fortinet adds wireless and IoT security features to SASE platform

Fortinet continues to enhance its Secure Access Service Edge (SASE) package by adding support for microbranches, extending wireless LAN protections, and improving data loss prevention (DLP) and end-user monitoring capabilities.The vendor added the new features to its FortiSASE offering, which includes SD-WAN, secure web gateway, firewall as a service, cloud access security broker, and zero trust network access (ZTNA), all running on top of its FortiOS operating system. The package can be centrally managed via the firm’s FortiManager software, which sets network and security policies across the Fortinet product line.To read this article in full, please click here

Fortinet adds wireless and IoT security features to SASE platform

Fortinet continues to enhance its Secure Access Service Edge (SASE) package by adding support for microbranches, extending wireless LAN protections, and improving data loss prevention (DLP) and end-user monitoring capabilities.The vendor added the new features to its FortiSASE offering, which includes SD-WAN, secure web gateway, firewall as a service, cloud access security broker, and zero trust network access (ZTNA), all running on top of its FortiOS operating system. The package can be centrally managed via the firm’s FortiManager software, which sets network and security policies across the Fortinet product line.To read this article in full, please click here

Cloudflare’s tenant platform in action: Meter deploys DNS filtering at scale

Cloudflare’s tenant platform in action: Meter deploys DNS filtering at scale

In January 2023, we announced support for Managed Service Providers (MSPs) and other businesses to create 'parent-child' and account-level policy configurations when deploying Cloudflare for DNS filtering. Specifically, organizations leverage the integration between our Tenant API and Cloudflare Gateway, our Secure Web Gateway (SWG) to protect their remote or office end users with web filtering and inspection. Already, customers like the US federal government, MalwareBytes, and a large global ISP take advantage of this integration to enable simpler, more flexible policy management across larger deployments across their end customers

Today, we're excited to showcase another similar story: Meter, a provider of Internet infrastructure, is leveraging the Tenant API integration for DNS filtering to help their clients enforce acceptable Internet use policies.

How Meter deploys Cloudflare to secure Internet browsing

Meter, headquartered in San Francisco and founded in 2015, provides Internet infrastructure that includes routing, switching, wireless, and applications. They help deliver faster, more efficient, more secure networking experiences for a diverse range of corporate spaces, including offices, warehouses, retail, manufacturing, biotech, and education institutions.

Meter integrates with the Cloudflare Tenant API to provide DNS filtering to their customers. With the Meter dashboard, Meter customers can set policies to Continue reading

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