BrandPost: Why You Need the Ability to Explain AI

Trust is a critical factor in most aspects of life. But this is especially true with complex concepts like artificial intelligence (AI). In a word, it’s essential for day-to-day users to trust these technologies will work.“AI is so complicated that it can be difficult for operators and users to have confidence that the system will do what it’s supposed to do,” said Andrew Burt, Managing Partner, BNH.AI.Without trust, individuals will remain uncertain, doubtful, and possibly even fearful of AI solutions, and those concerns can seep into implementations.To read this article in full, please click here

Technology Short Take 164

Welcome to Technology Short Take #164! I’ve got another collection of links to articles on networking, security, cloud, programming, and career development—hopefully you find something useful!

Networking

  • William Morgan’s 2022 service mesh recap captures some of the significant events in service mesh in 2022, although through a Linkerd-colored lens. I do agree that the synergy between service mesh and the Gateway API was a surprise for a lot of folks, but they really are a good match.
  • Back in October of last year, Tom Hollingsworth weighed in on Hedgehog, the networking company that has set out to commercialize SONiC, a Linux-based NOS used extensively in Azure.
  • Ah, the bygone sounds of yesteryear…what a blast from the past!

Servers/Hardware

  • What do you think of the ThinkPhone? (Hat tip to James Kane for bringing this to my attention.)
  • I just found this article buried in my list of “articles to include in a future TST”: it’s a list of blade server resources from “blade server guy” Kevin Houston.

Security

Cloud Computing/Cloud Management

BrandPost: A Close Look at a Retailer’s Modern Network – and its ROI

Artificial intelligence (AI) solutions are grabbing headlines for good reasons. These technologies — which include intelligent automation, machine learning (ML), and natural language processing (NLP) — are delivering business value and easing the workloads of IT and network teams.For example, an AI-driven network can reduce the need for IT staff to: Travel to remote locations to provision network capabilities Spend days pushing out updated network configurations to access points Manually stitch together information to gain visibility into incidents Spend hours or days troubleshooting network support tickets AI-enabled network solutions can also help IT teams rapidly deliver network enhancements and get ahead of issues before they become problems. The combination of AI, ML, and data science enables automated event correlation, root cause identification, anomaly detection, and more. Together, these technologies optimize operations across wireless, wired, and SD-WAN networks.To read this article in full, please click here

Towards a global framework for cross-border data flows and privacy protection

Towards a global framework for cross-border data flows and privacy protection
Towards a global framework for cross-border data flows and privacy protection

As our societies and economies rely more and more on digital technologies, there is an increased need to share and transfer data, including personal data, over the Internet. Cross-border data flows have become essential to international trade and global economic development. In fact, the digital transformation of the global economy could never have happened as it did without the open and global architecture of the Internet and the ability for data to transcend national borders. As we described in our blog post yesterday, data localization doesn’t necessarily improve data privacy. Actually, there can be real benefits to data security and - by extension - privacy if we are able to transfer data across borders. So with Data Privacy Day coming up tomorrow, we wanted to take this opportunity to drill down into the current environment for the transfer of personal data from the EU to the US, which is governed by the EU’s privacy regulation (GDPR). Looking to the future, we will make the case for a more stable, global cross-border data transfer framework, which will be critical for an open, more secure and more private Internet.

The privacy challenge to cross-border data flows

In the last decade, we have Continue reading

Inside Geo Key Manager v2: re-imagining access control for distributed systems

Inside Geo Key Manager v2: re-imagining access control for distributed systems
Inside Geo Key Manager v2: re-imagining access control for distributed systems

In December 2022 we announced the closed beta of the new version of Geo Key Manager. Geo Key Manager v2 (GeoV2) is the next step in our journey to provide customers with a secure and flexible way to control the distribution of their private keys by geographic location. Our original system, Geo Key Manager v1, was launched as a research project in 2017, but as customer needs evolved and our scale increased, we realized that we needed to make significant improvements to provide a better user experience.

One of the principal challenges we faced with Geo Key Manager v1 (GeoV1) was the inflexibility of our access control policies. Customers required richer data localization, often spurred by regulatory concerns. Internally, events such as the conflict in Ukraine reinforced the need to be able to quickly restrict access to sensitive key material. Geo Key Manager v1’s underlying cryptography was a combination of identity-based broadcast encryption and identity-based revocation that simulated a subset of the functionality offered by Attribute-Based Encryption (ABE). Replacing this with an established ABE scheme addressed the inflexibility of our access control policies and provided a more secure foundation for our system.

Unlike our previous scheme, which limited future Continue reading

Cyberattacks on Holocaust educational websites increased in 2022

Cyberattacks on Holocaust educational websites increased in 2022
Cyberattacks on Holocaust educational websites increased in 2022

Today we mark the International Holocaust Remembrance Day. We commemorate the victims that were robbed of their possessions, stripped of their rights, deported, starved, dehumanized and murdered by the Nazis and their accomplices. During the Holocaust and in the events that led to it, the Nazis exterminated one third of the European Jewish population. Six million Jews, along with countless other members of minority and disability groups, were murdered because the Nazis believed they were inferior.

Seventy eight years later, after the liberation of the infamous Auschwitz death camp, antisemitism still burns with hatred. According to a study performed by the Campaign Against Antisemitism organization on data provided by the UK Home Office, Jews are 500% more likely to be targeted by hate crime than any other faith group per capita.

Cyberattacks targeting Holocaust educational websites

From Cloudflare’s vantage point we can point to distressing findings as well. In 2021, cyberattacks on Holocaust educational websites doubled year over year. In 2021, one out of every 100 HTTP requests sent to Holocaust educational websites behind Cloudflare was part of an attack. In 2022, the share of those cyber attacks grew again by 49% YoY. Cyberattacks represented 1.6% of all Continue reading

IDC networking trifecta: SD-WAN, automation, and analytics

To get the most out of SD-WAN, organizations should augment it with analytics and automation that can provide valuable insights and boost security as well, according to IDC.“SD-WAN plays an important role in just about everything enterprises want to do from supporting distributed applications or multi-cloud applications to providing on-ramps to the public cloud backbone and connectivity to site-to-site or site to multi-site use cases,” said Brandon Butler, research manager with IDC’s Enterprise Networks practice speaking at a Cisco-sponsored webinar this week.To read this article in full, please click here

Hedge 163: Netops, Mapping, and Working Hard

It’s one of those episodes where Tom, Eyvonne, and Russ just sit around and talk about the news of the day. We cover three topics in this show. The first is Netops, automation, and where this is all going. The second is on the FCC mapping process and the reality of broadband in the US. The third—perhaps a little controversial—is about IT work habits, innovation, and adding value.

download

Calico Open Source 2022 highlights

2022 has been a year full of new releases, new events, and new projects for Open Source Calico. Let’s take a look at Project Calico’s 2022 highlights and see if you’ve missed any exciting news.

New version releases

Project Calico is maintained by Tigera’s engineering team who are dedicated to adding new features, fixing bugs, and improving the user experience. Based on the feedback and support our team has received from the community, they have successfully released three new versions of Calico in the past year: v3.22, v3.23, and v3.24.

V3.22 (January 28th 2022)

  • Project Calico is now only a single directory, making it easier for contributors to add their changes
  • Ability to convert Kubernetes NetworkPolicy objects into Calico NetworkPolicies

V3.23 (May 9th 2022)

  • Added IPv6 VXLAN support
  • Added VPP dataplane beta
  • Added Calico networking support in AKS
  • BGP enhancements
  • Added container storage interface (CSI) support
  • Added Windows HostProcess containers support (tech preview)

V3.24 (August 18th 2022)

  • Added IPv6 WireGuard support
  • Added IPAM API enhancements
  • More operator installation configuration options
  • Added ability to split IP pools
  • Transitioned from pod security policies to pod security standards

Calico education and training

The newest addition to our Continue reading

Azure Networking Fundamentals: Internet Access with VM-Specific Public IP

Comment: Here is a part of the introduction section of the Third chapter of my Azure Networking Fundamentals book. I will also publish other chapters' introduction sections soon so you can see if the book is for you. The book is available at Leanpub and Amazon (links on the right pane).

In chapter two, we created a VM vm-Bastion and associated a Public IP address to its attached NIC vm-bastion154. The Public IP addresses associated with VM’s NIC are called Instance Level Public IP (ILPIP). Then we added a security rule to the existing NSG vm-Bastion-nsg, which allows an inbound SSH connection from the external host. Besides, we created VMs vm-front-1 and vm-Back-1 without public IP address association. However, these two VMs have an egress Internet connection because Azure assigns Outbound Access IP (OPIP) addresses for VMs for which we haven’t allocated an ILPIP (vm-Front-1: 20.240.48.199 and vm-Back-1-20.240.41.145). The Azure portal does not list these IP addresses in the Azure portal VM view. Note that neither user-defined nor Azure-allocated Public IP addresses are not configured as NIC addresses. Instead, Azure adds them as a One-to-One entry to the NAT table (chapter 15 introduces a Continue reading

Writing An IETF Draft: Formatting, Authorship, And Submissions

This series started by discussing the history of the IETF and some of the tools you might use to build submissions to the IETF process. This, the second, post, will consider document formatting and two of the (sometimes) more difficult sections of an IETF draft to fill in. Formatting Just using one of the acceptable […]

The post Writing An IETF Draft: Formatting, Authorship, And Submissions appeared first on Packet Pushers.

Navigating the changing data localization landscape with Cloudflare’s Data Localization Suite

Navigating the changing data localization landscape with Cloudflare’s Data Localization Suite

This post is also available in Português.

Navigating the changing data localization landscape with Cloudflare’s Data Localization Suite

At Cloudflare, we believe that deploying effective cybersecurity measures is the best way to protect the privacy of personal information and can be more effective than making sure that information stays within a particular jurisdiction. Yet, we hear from customers in Europe, India, Australia, Japan, and many other regions that, as part of their privacy programs, they need solutions to localize data in order to meet their regulatory obligations.

So as we think about Data Privacy Day, which is coming up on January 28, we are in the interesting position of disagreeing with those who believe that data localization is a proxy for better data privacy, but of also wanting to support our customers who have to comply with certain regulations.

For this reason, we introduced our Data Localization Suite (DLS) in 2020 to help customers navigate a data protection landscape that focuses more and more on data localization. With the DLS, customers can use Cloudflare’s powerful global network and security measures to protect their businesses, while keeping the data we process on their behalf local. Since its launch, we’ve had many customers adopt the Data Localization Suite. In this blog post we Continue reading

The Zen of Ansible

[This blog post is based on my presentation at AnsibleFest 2022 in Chicago and virtually.]

Recently, a suggestion was made to adopt Tim Peters’ “The Zen of Python”  as an overall guiding principle for designing good automation content. That gave me pause because it didn’t seem like the right thing to me. While there is definitely some very good advice to “The Zen of Python” that can be applied to Ansible content, adopting it in its entirety would not provide the best user experience that Ansible is capable of and known for. Its presence as a guiding principle for content design gives the wrong impression and re-enforces a mindset we don't want to recommend.

This got me thinking, what is “the zen” of Ansible?

I considered the spirit of “The Zen of Python” and then I returned to the Ansible best practices talk that I first co-presented back in 2016 at Red Hat Summit and later touched upon here in this blog. In that talk, I said that Ansible was designed with a philosophy of sorts from the very beginning.

“The Ansible way” is to provide an automation tool that is simple, powerful and agentless. Ansible enables users with Continue reading

Hiding Malicious Packets Behind LLC SNAP Header

A random tweet1 pointed me to Vulnerability Note VU#855201 that documents four vulnerabilities exploiting a weird combination of LLC and VLAN headers can bypass layer-2 security on most network devices.

Before anyone starts jumping up and down – even though the VLAN header is mentioned, this is NOT VLAN hopping.

The security researcher who found the vulnerability also provided an excellent in-depth description focused on the way operating systems like Linux and Windows handle LLC-encapsulated IP packets. Here’s the CliffNotes version focused more on the hardware switches. Even though I tried to keep it simple, you might want to read the History of Ethernet Encapsulation before moving on.

Read more …

Hiding Malicious Packets Behind LLC SNAP Header

A random tweet1 pointed me to Vulnerability Note VU#855201 that documents four vulnerabilities exploiting a weird combination of LLC and VLAN headers can bypass layer-2 security on most network devices.

Before anyone starts jumping up and down – even though the VLAN header is mentioned, this is NOT VLAN hopping.

The security researcher who found the vulnerability also provided an excellent in-depth description focused on the way operating systems like Linux and Windows handle LLC-encapsulated IP packets. Here’s the CliffNotes version focused more on the hardware switches. Even though I tried to keep it simple, you might want to read the History of Ethernet Encapsulation before moving on.

Read more …
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