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Cloudflare incident on February 6, 2025

Multiple Cloudflare services, including our R2 object storage, were unavailable for 59 minutes on Thursday, February 6, 2025. This caused all operations against R2 to fail for the duration of the incident, and caused a number of other Cloudflare services that depend on R2 — including Stream, Images, Cache Reserve, Vectorize and Log Delivery — to suffer significant failures.

The incident occurred due to human error and insufficient validation safeguards during a routine abuse remediation for a report about a phishing site hosted on R2. The action taken on the complaint resulted in an advanced product disablement action on the site that led to disabling the production R2 Gateway service responsible for the R2 API.  

Critically, this incident did not result in the loss or corruption of any data stored on R2. 

We’re deeply sorry for this incident: this was a failure of a number of controls, and we are prioritizing work to implement additional system-level controls related not only to our abuse processing systems, but so that we continue to reduce the blast radius of any system- or human- action that could result in disabling any production service at Cloudflare.

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How Much Money Does Arm Make In The Datacenter?

As we have been saying for quite some time, when it comes to datacenter CPUs, we think that homegrown Arm processors (as well as those made by independents Ampere Computing and Huawei Technologies) will eventually represent at least half of the computing capacity that the hyperscalers and major cloud builders install. …

How Much Money Does Arm Make In The Datacenter? was written by Timothy Prickett Morgan at The Next Platform.

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IPB168: Deploying IPv6-Only Wi-Fi at the SC24 Conference

Want to know how an IPv6-only wireless network was deployed at a conference with 18,000 attendees? Join us as we talk through the technical details with Tom Costello, a senior network engineer at Argonne National Laboratory. Tom volunteers at the International Conference for High Performance Computing, Networking, Storage and Analysis (SC for short) to help... Read more »

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N4N012: Russ White On Why We Need Network Models

Why do we need network models such as OSI? Network architect and author Russ White joins Holly and Ethan to talk about how network models can help engineers ask intelligent questions and understand networking problems. And OSI isn’t your only option–Russ digs into the RINA model and how it compares to OSI (which we covered... Read more »

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The Metadata Advantage: Unlocking insights And Efficiency In Enterprise IT

COMMISSIONED: When it comes to enterprise IT infrastructure, metadata is the secret asset most people don’t think about. …

The Metadata Advantage: Unlocking insights And Efficiency In Enterprise IT was written by Timothy Prickett Morgan at The Next Platform.

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Automation Workflow with Infrahub, Nornir & Jinja2

Originally published in https://www.opsmill.com/simplifying-network-automation-workflows-with-infrahub-nornir-and-jinja2/

In this blog post, we will explore how InfraHub integrates with Jinja2 and Nornir to simplify network automation workflows. To demonstrate, we'll add two Arista devices to InfraHub, treating them as basic access switches. We'll then input the necessary details for these devices to generate configurations. We'll focus on creating VLAN and some interface configurations to keep it simple.

For each device, we'll assign a primary IP (used for SSH), configure a few interfaces with descriptions, and specify an untagged VLAN for each interface. Additionally, we'll define these VLANs globally in InfraHub (not tied to any specific device). A Jinja2 template will then use this information to generate configurations for each device. Finally, we'll use the nornir-infrahub plugin as the inventory source and Napalm to push the generated configurations to each device.

Getting Started with Infrahub

If you’re in the network automation space or attended one of the last two Autocon events, you might have come across a new tool called ‘Infrahub’ from OpsMill

PacketswitchSuresh Vina

Prerequisites

This blog post assumes you are somewhat familiar with Git and Docker. If you’re new to InfraHub, don’t worry, you should still be able to follow Continue reading

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Group Similar Links in netlab Topologies

In the Concise Link Descriptions blog post, I described various data formats that you could use to concisely list nodes attached to a link. Today, we’ll focus on a mechanism that helps you spot errors in your topology: a dictionary of links.

Imagine you have a large topology with dozens of links, and you get an error saying, “there is this problem with links[17]”. It must be great fun counting the links to find which one triggered the error, right?

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Trying to Automate Palo Alto Firewall Objects/Rules Cleanup

In this blog post, we will walk you through how to clean up Palo Alto Firewall Objects and Rules using a simple Python script. The script is designed to search for a specific IP address or an entire subnet and remove any associated references.

The Problem

Have you ever found yourself in a situation where you've decommissioned a server or maybe even an entire subnet, and now you're faced with the task of cleaning up your firewall? If you're using Palo Alto, you probably know that you can't just remove an address object; you first need to eliminate all its references from address groups and rules.

This can become especially cumbersome if a single object is referenced in multiple places—you'll have to remove them one by one. Now, imagine having to do this for an entire subnet where multiple objects are involved. If this sounds familiar, read on to find out how to make this process easier using a simple Python Script.

If you are looking for a more sophisticated solution, feel free to check my other blog post on how to achieve this via the 'pan-os-php' library.

Palo Alto Object and Policy Cleanup with pan-os-php

If you work with Continue reading

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Skepticism About AI Use Does Not Yet Negate The Appetite For AI Hardware

People – and when we say “people” we mean “Wall Street” as well as individual investors – sometimes have unreasonable expectations. …

Skepticism About AI Use Does Not Yet Negate The Appetite For AI Hardware was written by Timothy Prickett Morgan at The Next Platform.

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D2DO264: Serverless Goes Mainstream

Serverless is mature enough now to be a mainstream choice for application development. But that doesn’t mean interesting things aren’t happening. Benjamen Pyle joins Kyler and Ned on Day Two DevOps to talk about the potential for small vendors and startups to develop high-quality services purpose-built to solve specific problems. They also discuss the benefits... Read more »

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Cloudflare’s commitment to advancing Public Sector security worldwide by pursuing FedRAMP High, IRAP, and ENS

Today, we announced our commitment to achieving the US Federal Risk and Authorization Management Program (FedRAMP) - High, Australian Infosec Registered Assessors Program (IRAP), and Spain’s Esquema Nacional de Seguridad (ENS) as part of Cloudflare for Government. As more and more essential services are being shifted to the Internet, ensuring that governments and regulated industries have industry standard tools is critical for ensuring their uptime, reliability and performance.

Cloudflare’s network spans more than 330 cities in over 120 countries, where we interconnect with approximately 13,000 network providers in order to provide a broad range of services to millions of customers. Our network is our greatest strength to provide resiliency, security, and performance. So instead of creating a siloed government network that has limited access to our products and services, we decided to build the unique government compliance capabilities directly into our platform from the very beginning. We accomplished this by delivering critical controls in three key areas: traffic processing, management, and metadata storage.

The benefit of running the same software across our entire network is that it enables us to leverage our global footprint, and then make smart choices about how to Continue reading

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Please Wait While We’re Preparing Your Interfaces

Once a virtual machine running a network operating system boots, you’d expect its data-plane interfaces to be operational, right? Some vendors disagree. It takes over a minute for some network operating systems to figure out they have this thing called interfaces.¹

I would love to figure out what takes them so long (a minute is an eternity on modern CPUs), but I guess we’ll never know.

Behind the Scenes

netlab uses two device provisioning mechanisms: it can start virtual machines with Vagrant or containers with containerlab. Some of those containers might use KVM/QEMU to run a hidden virtual machine (see also: RFC 1925 rule 6a).

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AMD Moves Up Instinct MI355X Launch As Datacenter Biz Hits Records

When we first started The Next Platform a decade ago, there was not really much of a reason to cover the company’s datacenter efforts. …

AMD Moves Up Instinct MI355X Launch As Datacenter Biz Hits Records was written by Timothy Prickett Morgan at The Next Platform.

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PP048: News Roundup – 5G Vulnerabilities Abound, CSRB Disbanded, Magic Packets Target Juniper Routers, and More

JJ and Drew catch you up on cybersecurity news including new research that uncovers a host of 5G/LTE vulnerabilities, the chain of breaches in a BeyondTrust attack that led to infiltration of the US Treasury Dept., and a lawsuit against LinkedIn alleging that data from paying customers was used to train AI models. Researchers unpack... Read more »

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HW045: A Comprehensive Guide to Wi-Fi Explorer Pro 3: Features, Insights, and More!

Wi-Fi Explorer Pro is a popular wireless scanner. On today’s show we dive into the tool with its creator, Adrian Granados. We also talk about the launch of the new book Wi-Fi Explorer Pro 3 – The Definitive User Guide, written by Granados and co-author Nigel Bowden. We delve into the history and features of... Read more »

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No hallucinations here: track the latest AI trends with expanded insights on Cloudflare Radar

During 2024’s Birthday Week, we launched an AI bot & crawler traffic graph on Cloudflare Radar that provides visibility into which bots and crawlers are the most aggressive and have the highest volume of requests, which crawl on a regular basis, and more. Today, we are launching a new dedicated “AI Insights” page on Cloudflare Radar that incorporates this graph and builds on it with additional metrics that you can use to understand AI-related trends from multiple perspectives. In addition to the traffic trends, the new section includes a view into the relative popularity of publicly available Generative AI services based on 1.1.1.1 DNS resolver traffic, the usage of robots.txt directives to restrict AI bot access to content, and open source model usage as seen by Cloudflare Workers AI.

Below, we’ll review each section of the new AI Insights page in more detail.

Tracking traffic trends for AI bots can help us better understand their activity over time. Initially launched in September 2024 on Radar’s Traffic page, the AI bot & crawler traffic graph has moved to the AI Insights page and provides visibility into traffic trends gathered globally over Continue reading

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DNS Nameservers: Service Platforms and Resilience

The internet is held together by the Border Gateway Protocol (BGP). Its a flooding protocol whose intended outcome is to ensure that every BGP speaker has the same information base as every other BGP speaker. What happens when this flooding algorithm fails? What happens if the information in a BGP speaker falls out of sync?

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Arista cEOS Containers Run on Apple Silicon

A few days ago, someone mentioned Arista released a cEOS EFT image running on Arm. Of course, I had to test whether it would run on Apple Silicon.

TL&DR: YES 🎉 🎉

Here’s what you have to do to make the Arista cEOS container work with netlab running on an Ubuntu VM on Apple silicon:

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Kubernetes Network Security at Scale: Troubleshooting, Visibility & Compliance with Calico

Kubernetes adoption continues to grow as enterprises increasingly rely on containerized environments to deploy and scale their application. However, the complexity of the Kubernetes environment has evolved dramatically. It ranges from single-cluster setups of workloads to multi-cluster environments spanning hybrid and multi-cloud infrastructure. Kubernetes deployments are now characterized by their scale and diversity. Further multi-tenancy within a single cluster is becoming standard practice, as seen with the accelerated adoption of managed Kubernetes services available with Microsoft AKS, Amazon EKS, and Google GKE, further complicating the tenant and their workload security.

Organizations are leveraging Kubernetes to manage thousands of workloads within a single cluster and distribute them across multiple clusters for redundancy, geographic coverage, and performance optimization. Additionally, hybrid and multi-cloud deployments allow businesses to balance cost, performance, and compliance requirements.

To manage and secure this growth, organizations must ensure robust network security while maintaining visibility and simplifying operations. Addressing these challenges requires a comprehensive understanding of Kubernetes traffic patterns and the solution to observe, aggregate, and correlate traffic data.

Challenges

Kubernetes environments generate various traffic patterns, including:

• In-cluster traffic: Communication between pods within the same cluster
• Egress traffic: Outbound traffic to external services or the internet
• DNS traffic: Application layer Continue reading

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The Gigabucks Going Into Datacenter Gigawatts

The only thing that takes longer to bring online slower than a datacenter is a chip foundry, which is unfortunate for a lot of different reasons. …

The Gigabucks Going Into Datacenter Gigawatts was written by Timothy Prickett Morgan at The Next Platform.