Amazon Web Services, the juggernaut of cloud computing, may be forging its own path with Arm-based CPUs and associated DPUs thanks to its 2015 acquisition of Annapurna Labs for $350 million. …
Is AWS Making The Switch To Homegrown Network ASICs? was written by Timothy Prickett Morgan at The Next Platform.
Last week we shared the story of how the Sarantaporo.gr Community Network worked with the community of Sykea to help with a pressing problem. Like many other villages in the Thessaly region in central Greece, it lacked access to the Internet. When an alternative solution to Sykea’s connectivity challenges was found, an opportunity opened up […]
The post Sarantaporo.gr Community Network: Connecting Communities Is a Marathon, Not a Race appeared first on Internet Society.
Communication is one of those soft skills so often cited as a key to success—but what does effective communication entail? Mike Bushong joins Eyvonne Sharp and Russ White on the Hedge to discuss radical candor, and the importance of giving and taking honest feedback to relationships and business.
Today's Day Two Cloud podcast is a thorough introduction to AWS Lambda, which is AWS's serverless compute service. We discuss how Lamdba works, what it can do, use cases, and more. Our guide for today's conversation is Julian Wood, Senior Developer Advocate for the Serverless Product Group at AWS. This is not a sponsored show.
The post Day Two Cloud 092: What AWS Lambda Is Good For appeared first on Packet Pushers.
Every CIO needs to adopt a cloud strategy typically moving some e-commerce workloads to the public cloud. Yet, the migration path for the modern enterprise can be constrained by legacy barriers. With mission-critical applications that run in a diverse suite of legacy mainframe to helpdesk to IoT devices, how does one get started and what does this entail?
The reality for any enterprise whose core business is driven by a reliance on corporate-owned technology structure with strict ownership of critical assets is that it operates with many constraints. The cloudification and multi-cloud strategy requires a more pragmatic and systematic approach balancing workloads in the cloud and on-premise enterprise networks.
Every CIO needs to adopt a cloud strategy typically moving some e-commerce workloads to the public cloud. Yet, the migration path for the modern enterprise can be constrained by legacy barriers. With mission-critical applications that run in a diverse suite of legacy mainframe to helpdesk to IoT devices, how does one get started and what does this entail?
The reality for any enterprise whose core business is driven by a reliance on corporate-owned technology structure with strict ownership of critical assets is that it operates with many constraints. The cloudification and multi-cloud strategy requires a more pragmatic and systematic approach balancing workloads in the cloud and on-premise enterprise networks.
A junior networking engineer asked me for a list of recommended entry-level networking blogs. I have no idea (I haven’t been in that position for ages); the best I can do is to share my list of networking-related RSS feeds and the process I’m using to collect interesting blogs:
A junior networking engineer asked me for a list of recommended entry-level networking blogs. I have no idea (I haven’t been in that position for ages); the best I can do is to share my list of networking-related RSS feeds and the process I’m using to collect interesting blogs:
The past several years haven’t been easy on Intel. The world’s top processor maker stumbled on its transition from 14 nanometer to 10 nanometer manufacturing and still finds itself behind rivals like AMD and Arm, which have made the move to 7 nanometer processes and which have line of sight on 5 nanometer. …
Gelsinger Leads Emboldened Intel With Ice Lake Launch was written by Jeffrey Burt at The Next Platform.
Since the release of CVE-2020-8554 on GitHub this past December, the vulnerability has received widespread attention from industry media and the cloud security community. This man-in-the-middle (MITM) vulnerability affects Kubernetes pods and underlying hosts, and all Kubernetes versions—including future releases—are vulnerable.
Despite this, there is currently no patch for the issue. While Kubernetes did suggest a fix, it only applies to external IPs using an admission webhook controller or an OPA gatekeeper integration, leaving the door open for attackers to exploit other attack vectors (e.g. internet, same VPC cluster, within the cluster). We previously outlined these in this post.
Looking at the Kubernetes security market, there are currently a few security solutions that attempt to address CVE-2020-8554. Most of these solutions fall into one or two of three categories:
A few of the solutions rely on preventing vulnerable deployments using an OPA gatekeeper integration; these solutions alert users when externalIP (possibly loadBalancerIP) is deployed in their cluster configurations. Most solutions, however, present a dual strategy with a focus on prevention and detection. They use an admission controller for Continue reading
The Internet was originally designed as a research network, but eventually morphed into a primarily commercial system. While “Internet 2” sounds like it might be a replacement for the Internet, it was really started as a way to interconnect high speed computing systems for researchers—a goal the Internet doesn’t really provide any longer. Dale Finkelsen joins Donald Sharp and Russ White for this episode of the History of Networking to discuss the origins of Internet 2.
At long last, Intel is finally shipping a Xeon SP processor that is based on a 10 nanometer chip manufacturing process and it is finally able to do a better job competing on the technical and economic merits of its Xeon SP processors as architected rather than playing the total system card or the risk card or the discount card to keep its core datacenter compute engine business humming along. …
Intel Fields A 10 Nanometer Server Chip That Competes was written by Timothy Prickett Morgan at The Next Platform.