IBM launches a software-defined storage server for AI

IBM has added a new member to its Spectrum Scale Enterprise Storage Server (ESS) portfolio that featuers a faster controller CPU and more throughput and that is designed  to work with Nvidia’s DGX dense compute servers for AI training.The new ESS 3500 is a 2U design with 24 drive bays and a maximum raw capacity of 368TB. But it can achieve up to 1PB through LZ4 compression, a first for the series that earlier ESS versions do not have. The ESS 3500 can achieve up to 91GB/s of throughput performance, better than the 80GB/s of the older models.To read this article in full, please click here

Weekend Reads 052022


The steepening trajectory towards event-driven and real-time API architecture is imminent.


The idea of this declaration has a lot to do with the “Past of the Internet.” When the Internet was developing in the 1980s and 1990s, it was seen primarily as a tool that would expand individual freedoms worldwide, strengthen democracy, and create prosperity through innovation and economic progress.


I’m not sure that most people understand the extent to which our online experience has moved to the cloud – and this movement to the cloud means we’re using a lot more bandwidth than in the recent past.


Among the many disruptions facing modern communication service providers (CSPs), one of the biggest is the growing role of data centers (DCs) in their business.


A bargain-basement, $5 price tag on a 3-year-old remote access Trojan (RAT) has concerned some security researchers, who see the move as signs of a possible race to the bottom in terms of pricing — or that new, disrupting developers are entering the cybercriminal market.


Researchers are marveling at the scope and magnitude of a vulnerability that hackers are actively exploiting to take full control of network devices that run on some of the world’s biggest Continue reading

Canada bans Huawei, ZTE in 5G networks

Canada is the latest country to ban Huawei and ZTE equipment from use in the telecommunications field generally and 5G networks in particular, as the government's announcement this week detailed its intention to introduce a broad, new telecom security framework.Canadian telecom companies are to be barred officially from buying new Huawei or ZTE equipment as of September of this year, according to the government's policy statement Thursday. Canada will also mandate the removal of all Huawei and ZTE gear from 5G networks by June 28, 2024, as well as the removal of all those companies' 4G/LTE equipment by the end of 2027.This means that, like the US, Canada's move to ban certain Chinese networking gear extends to equipment already in use, so that telecom companies that have bought such gear will need to replace it. It's unclear from the announcement whether Canada will follow the US' lead in providing financial assistance to companies working to rid their networks of banned equipment, although the statement did say that the government plans to "engage with industry" in order to make sure that logistical considerations for gear replacement are taken into account.To read this article in full, please click here

Heavy Networking 631: Saying No

On today's Heavy Networking we talk about why it's important to say "No" when someone tries to put more work on you than you can handle. Guest Tom Hollingsworth wrote a controversial blog post entitled “No Is A Complete Sentence” about how to say "No," to even when it's hard to do. We talk about the nuances of this stance, the risks you take when you do, time management, balancing workloads, and more.

Heavy Networking 631: Saying No

On today's Heavy Networking we talk about why it's important to say "No" when someone tries to put more work on you than you can handle. Guest Tom Hollingsworth wrote a controversial blog post entitled “No Is A Complete Sentence” about how to say "No," to even when it's hard to do. We talk about the nuances of this stance, the risks you take when you do, time management, balancing workloads, and more.

The post Heavy Networking 631: Saying No appeared first on Packet Pushers.

Intel Takes The SYCL To Nvidia’s CUDA With Migration Tool

After years of false starts and delays with various products, we are finally at a point where Intel will truly start to test the breadth of its heterogenous computing strategy, thanks to the release of new Gaudi2 machine learning chips from Intel and the upcoming launch of its much-anticipated “Ponte Vecchio” GPU that will power Argonne National Laboratory’s “Aurora” exascale supercomputer. …

Intel Takes The SYCL To Nvidia’s CUDA With Migration Tool was written by Dylan Martin at The Next Platform.

Intel to build $700M sustainability-focused R&D lab

Intel has announced its intention to invest $700 million in a new research and development lab focused on developing sustainable data center technologies, such as immersion cooling, water usage effectiveness, and heat recapture and reuse.The 200,000-square-foot lab will be located at Intel’s Jones Farm campus in Hillsboro, Oregon. Construction will begin this year, with an estimated opening date of late 2023. To read this article in full, please click here

Intel to build $700M sustainability-focused R&D lab

Intel has announced its intention to invest $700 million in a new research and development lab focused on developing sustainable data center technologies, such as immersion cooling, water usage effectiveness, and heat recapture and reuse.The 200,000-square-foot lab will be located at Intel’s Jones Farm campus in Hillsboro, Oregon. Construction will begin this year, with an estimated opening date of late 2023. To read this article in full, please click here

What is Nmap and why do you need it on your network?

Nmap, short for Network Mapper, is a free and open source tool used for vulnerability checking, port scanning and, of course, network mapping. Despite being created back in 1997, Nmap remains the gold standard against which all other similar tools, either commercial or open source, are judged.Nmap has maintained its preeminence because of the large community of developers and coders who help to maintain and update it. The Nmap community reports that the tool, which anyone can get for free, is downloaded several thousand times every week.To read this article in full, please click here

What is Nmap and why do you need it on your network?

Nmap, short for Network Mapper, is a free and open source tool used for vulnerability checking, port scanning and, of course, network mapping. Despite being created back in 1997, Nmap remains the gold standard against which all other similar tools, either commercial or open source, are judged.Nmap has maintained its preeminence because of the large community of developers and coders who help to maintain and update it. The Nmap community reports that the tool, which anyone can get for free, is downloaded several thousand times every week.To read this article in full, please click here

Wendy Komadina: No one excited me more than Cloudflare, so I joined.

Wendy Komadina: No one excited me more than Cloudflare, so I joined.
Wendy Komadina: No one excited me more than Cloudflare, so I joined.

I joined Cloudflare in March to lead Partnerships & Alliances for Asia Pacific, Japan, and China (APJC). In the last month I’ve been asked many times: “Why Cloudflare?” I’ll be honest, I’ve had opportunities to join other technology companies, but no other organization excited me more than Cloudflare. So I jumped. And I couldn’t be more thrilled for the opportunity to build a strong partner ecosystem for APJC.

Wendy Komadina: No one excited me more than Cloudflare, so I joined.

When I considered joining Cloudflare, I recall consistently reading the message around “Helping to Build a Better Internet”. At first those words didn’t connect with me, but they sounded like an important mission.

I did my research and read analyst reports to learn about Cloudflare's market position, and then it dawned on me, Cloudflare is leading a transformation. Taking traditional on-premise networking and security hardware and building a transformational cloud-based solution, so customers don’t need to worry about which company supplied their kit. I was excited to learn that Cloudflare customers can simply access the vast global network that has been designed to make everything that customers connect to on the Internet secure, private, fast, and reliable. So hasn’t this been done before? For compute and storage that transformation is almost Continue reading

Automation at the Edge – Summit 2022

As some of you may know, Red Hat Summit was back in person in Boston last week. For those who are not familiar, Red Hat Summit is the premier enterprise open source event for IT professionals to learn, collaborate, and innovate on technologies from the datacenter and public cloud to the edge and beyond. Red Hat made a lot of exciting announcements, with several that included Red Hat Ansible Automation Platform. If you could not make the event or would like to revisit some of the content, you can access any session on demand. 

One of the big announcements at Summit was the unveiling of new levels of security from the software supply chain to the edge. In Ansible Automation Platform 2.2, Red Hat is introducing a technical preview of Ansible content signing technology. The new capability helps with software supply chain security by enabling automation teams to validate that the automation content being executed in their enterprise is verified and trusted. 

With the announcement of this new edge capability, we showcased a session for Ansible and edge that is available on demand. The session “GitOps your distributed edge computing model with Red Hat Ansible Automation Platform” Continue reading

The Dangers of 5G Technology for Airplanes

The next generation of wireless technology, 5G, is set to revolutionize the way we live and work. 5G works by using higher frequency signals than previous generations of wireless technology. These higher frequency signals are more easily absorbed by obstacles like buildings and trees, which can cause interference. 

What is 5G technology and how does it work

5G uses a higher frequency of radio waves than previous generations of wireless technology. This means that 5G can carry more data and achieve higher speeds than 4G. However, it also means that 5G signals don’t travel as far as 4G signals and are more easily blocked by obstacles like walls and trees.

To overcome this challenge, 5G networks use a process called beamforming. Beamforming involves using multiple antennas to focus the signal in a specific direction. This allows the signal to travel further and Penetrate obstacles more easily. As a result, beamforming is a key technology that makes 5G possible.

In addition to beamforming, 5G networks also rely on a process called massive MIMO (multiple-input, multiple-output). Massive MIMO involves using dozens or even hundreds of antennas to send and receive data. This allows 5G networks to handle large amounts of traffic Continue reading

Monitoring our monitoring: how we validate our Prometheus alert rules

Monitoring our monitoring: how we validate our Prometheus alert rules

Background

Monitoring our monitoring: how we validate our Prometheus alert rules

We use Prometheus as our core monitoring system. We’ve been heavy Prometheus users since 2017 when we migrated off our previous monitoring system which used a customized Nagios setup. Despite growing our infrastructure a lot, adding tons of new products and learning some hard lessons about operating Prometheus at scale, our original architecture of Prometheus (see Monitoring Cloudflare's Planet-Scale Edge Network with Prometheus for an in depth walk through) remains virtually unchanged, proving that Prometheus is a solid foundation for building observability into your services.

One of the key responsibilities of Prometheus is to alert us when something goes wrong and in this blog post we’ll talk about how we make those alerts more reliable - and we’ll introduce an open source tool we’ve developed to help us with that, and share how you can use it too. If you’re not familiar with Prometheus you might want to start by watching this video to better understand the topic we’ll be covering here.

Prometheus works by collecting metrics from our services and storing those metrics inside its database, called TSDB. We can then query these metrics using Prometheus query language called PromQL using ad-hoc queries (for example to power Grafana Continue reading

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