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Email Routing subdomain support, new APIs and security protocols

It's been two years since we announced Email Routing, our solution to create custom email addresses for your domains and route incoming emails to your preferred mailbox. Since then, the team has worked hard to evolve the product and add more powerful features to meet our users' expectations. Examples include Route to Workers, which allows you to process your Emails programmatically using Workers scripts, Public APIs, Audit Logs, or DMARC Management.

We also made significant progress in supporting more email security extensions and protocols, protecting our customers from unwanted traffic, and keeping our IP space reputation for email egress impeccable to maximize our deliverability rates to whatever inbox upstream provider you chose.

Since leaving beta, Email Routing has grown into one of our most popular products; it’s used by more than one million different customer zones globally, and we forward around 20 million messages daily to every major email platform out there. Our product is mature, robust enough for general usage, and suitable for any production environment. And it keeps evolving: today, we announce three new features that will help make Email Routing more secure, flexible, and powerful than ever.

New security protocols

The SMTP email protocol Continue reading

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DDoS threat report for 2023 Q3

Welcome to the third DDoS threat report of 2023. DDoS attacks, or distributed denial-of-service attacks, are a type of cyber attack that aims to disrupt websites (and other types of Internet properties) to make them unavailable for legitimate users by overwhelming them with more traffic than they can handle — similar to a driver stuck in a traffic jam on the way to the grocery store.

We see a lot of DDoS attacks of all types and sizes, and our network is one of the largest in the world spanning more than 300 cities in over 100 countries. Through this network we serve over 64 million HTTP requests per second at peak and about 2.3 billion DNS queries every day. On average, we mitigate 140 billion cyber threats each day. This colossal amount of data gives us a unique vantage point to understand the threat landscape and provide the community access to insightful and actionable DDoS trends.

In recent weeks, we've also observed a surge in DDoS attacks and other cyber attacks against Israeli newspaper and media websites, as well as financial institutions and government websites. Palestinian websites have also seen a significant increase in DDoS attacks. View Continue reading

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Generative AI Meets Cybersecurity: Use Cases for Lateral Security and the SOC

With security, the battle between good and evil is always a swinging pendulum. Traditionally, the shrewdness of the attack has depended on the skill of the attacker and the sophistication of the arsenal. This is true on the protection side of the equation, too—over $200B in investments have been poured in year on year to strengthen cybersecurity and train personnel.

It is fair to say that Generative-AI has upended this paradigm on its head. Now, an unskilled hacker with low sophistication could leverage Gen-AI “crowdsourced” constructs to become significantly more destructive with relatively little to no investment and training. This explodes the threat surface significantly.

Consider a recent example that one of VMware’s security technologists shared leveraging generally available ChatGPT. When he requested ChatGPT to create an exploit code for a vulnerability, it resulted in an appropriate denial.

 

Note that the software can understand the malicious nature of the request and invokes its ethical underpinning to justify the denial.

But what if you slightly shift the question’s tonality, and frame it as seeking “knowledge” instead?

 

What was previously denied is now easily granted with just a few keystrokes, and the exploit code is dished up.

 

Admittedly, you Continue reading

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TSMC Makes The Best Of A Tough Chip Situation

If you had to sum up the second half of 2022 and the first half of 2023 from the perspective of the semiconductor industry, it would be that we made too many CPUs for PCs, smartphones, and servers and we didn’t make enough GPUs for the datacenter. …

The post TSMC Makes The Best Of A Tough Chip Situation first appeared on The Next Platform.

TSMC Makes The Best Of A Tough Chip Situation was written by Timothy Prickett Morgan at The Next Platform.

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D2C217: Building Successful Security Operations – Blue Teaming And Beyond

On today's Day Two Cloud we talk about how to build a successful security practice within your organization. Our guest is Swathi Joshi, VP, SaaS Cloud Security at Oracle. She breaks down security teams into three core groups: proactive security, defensive security, and assurance (risk reduction, enabling secure access, meeting compliance requirements). She also shares her insights around SoCs, security automation, threat and vulnerability management, and successful blue team practices.

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Day Two Cloud 217: Building Successful Security Operations – Blue Teaming And Beyond

On today's Day Two Cloud we talk about how to build a successful security practice within your organization. Our guest is Swathi Joshi, VP, SaaS Cloud Security at Oracle. She breaks down security teams into three core groups: proactive security, defensive security, and assurance (risk reduction, enabling secure access, meeting compliance requirements). She also shares her insights around SoCs, security automation, threat and vulnerability management, and successful blue team practices.

The post Day Two Cloud 217: Building Successful Security Operations – Blue Teaming And Beyond appeared first on Packet Pushers.

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Infrastructure teams need multi-cloud networking and security guardrails

Public cloud migration long ago wrested control over digital infrastructure from network and security teams, but now is the time for those groups to retake the initiative. Cloud operations and DevOps groups will never cede ground, but they will welcome self-service networking and security solutions that provide guardrails that protect them from disaster. Cooperation between traditional infrastructure teams and cloud teams is even more important as enterprises embrace multi-cloud architecture, where complexity and risk are increasing. In fact, my research has found that security risk, collaboration problems, and complexity are the top pain points associated with multi-cloud networking today.To read this article in full, please click here

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Infrastructure teams need multi-cloud networking and security guardrails

Public cloud migration long ago wrested control over digital infrastructure from network and security teams, but now is the time for those groups to retake the initiative. Cloud operations and DevOps groups will never cede ground, but they will welcome self-service networking and security solutions that provide guardrails that protect them from disaster. Cooperation between traditional infrastructure teams and cloud teams is even more important as enterprises embrace multi-cloud architecture, where complexity and risk are increasing. In fact, my research has found that security risk, collaboration problems, and complexity are the top pain points associated with multi-cloud networking today.To read this article in full, please click here

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Arm announces Neoverse design partnership

A few months ago, Arm Holdings introduced the Neoverse Complete Subsystem (CSS), designed to accelerate development of Neoverse-based systems. Now it has launched Arm Total Design, a series of tools and services to help accelerate development of Neoverse CSS designs.Partners within the Arm Total Design ecosystem gain preferential access to Neoverse CSS, which can enable them to reduce time to market and lower the costs associated with building custom silicon. This ecosystem covers all stages of silicon development. It aims to make specialized solutions based on Arm Neoverse widely available across various infrastructure domains, such as AI, cloud, networking, and edge computing.To read this article in full, please click here

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Arm announces Neoverse design partnership

A few months ago, Arm Holdings introduced the Neoverse Complete Subsystem (CSS), designed to accelerate development of Neoverse-based systems. Now it has launched Arm Total Design, a series of tools and services to help accelerate development of Neoverse CSS designs.Partners within the Arm Total Design ecosystem gain preferential access to Neoverse CSS, which can enable them to reduce time to market and lower the costs associated with building custom silicon. This ecosystem covers all stages of silicon development. It aims to make specialized solutions based on Arm Neoverse widely available across various infrastructure domains, such as AI, cloud, networking, and edge computing.To read this article in full, please click here

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Q3 2023 Internet disruption summary

This post is also available in 简体中文, 繁體中文, 한국어, Deutsch, Français and Español.

Cloudflare operates in more than 300 cities in over 100 countries, where we interconnect with over 12,500 network providers in order to provide a broad range of services to millions of customers. The breadth of both our network and our customer base provides us with a unique perspective on Internet resilience, enabling us to observe the impact of Internet disruptions.

We have been publishing these summaries since the first quarter of 2022, and over that time, the charts on Cloudflare Radar have evolved. Many of the traffic graphs in early editions of this summary were screenshots from the relevant traffic pages on Radar. Late last year, we launched the ability to download graphs, and earlier this year, to embed dynamic graphs, and these summaries have taken advantage of those capabilities where possible. Sharp-eyed readers may notice an additional evolution in some of the graphs below: yellow highlighting indicating an observed “traffic anomaly”. Identification of such anomalies, along with the ability to be notified about them, as well as a timeline enhancement (embedded below) to the Cloudflare Radar Outage Center, were launched as Continue reading

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Cache Reserve goes GA: enhanced control to minimize egress costs

Everyone is chasing the highest cache ratio possible. Serving more content from Cloudflare’s cache means it loads faster for visitors, saves website operators money on egress fees from origins, and provides multiple layers of resiliency and protection to make sure that content is available to be served and websites scale effortlessly. A year ago we introduced Cache Reserve to help customer’s serve as much content as possible from Cloudflare’s cache.

Today, we are thrilled to announce the graduation of Cache Reserve from beta to General Availability (GA), accompanied by the introduction of several exciting new features. These new features include adding Cache Reserve into the analytics shown on the Cache overview section of the Cloudflare dashboard, giving customers the ability to see how they are using Cache Reserve over time. We have also added the ability for customers to delete all data in Cache Reserve without losing content in the edge cache. This is useful for customers who are no longer using Cache Reserve storage.

We’re also introducing new tools that give organizations more granular control over which files are saved to Cache Reserve, based on valuable feedback we received during the beta. The default configuration of Cache Reserve Continue reading

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Ansible can help with the Cisco IOS XE Software Web UI Privilege Escalation Vulnerability

CVE-2023-20198 

Reference: https://sec.cloudapps.cisco.com/security/center/content/CiscoSecurityAdvisory/cisco-sa-iosxe-webui-privesc-j22SaA4z

Overview

Cisco recently published an advisory pertaining to an active exploitation of a previously unknown vulnerability in the web UI feature of Cisco IOS XE Software when exposed to the internet or to untrusted networks. This vulnerability allows a remote, unauthenticated attacker to create an account on an affected system with privilege level 15 access. The attacker can then use that account to gain control of the affected system.

 

Recommendations using Red Hat Ansible Automation Platform

In this blog, I will discuss a simple playbook that can help network admins quickly identify and remediate affected devices. To add additional capabilities for a large production environment, Red Hat Ansible Automation Platform could enhance the playbook run with additional capabilities (ticketing integrations, roles based access, workflow, self service, etc.).

 

Vulnerable Products

All Cisco IOS-XE based products are potentially at risk. The example playbook is located here.
In the example playbook we will explore its functionality using one of the Cisco Sandbox always-on routers

 

Determine the HTTP Server Configuration

The following portion of the playbook will determine the HTTP Server Configuration and print the results.

Cisco strongly recommends that customers disable the HTTP Continue reading

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BGP Labs: Multivendor External Routers

Here’s a quick update on the BGP Labs project status: now that netlab release 1.6.4 is out, I could remove the dependency on using Cumulus Linux as the external BGP router.

You can use any device that is supported by bgp.session and bgp.policy plugins as the external BGP router. You could use Arista EOS, Aruba AOS-CX, Cisco IOSv, Cisco IOS-XE, Cumulus Linux or FRR as external BGP routers with netlab release 1.6.4, and I’m positive Jeroen van Bemmel will add Nokia SR Linux to that list.

If you’re not ready for a netlab upgrade, you can keep using Cumulus Linux as external BGP routers (I’ll explain the behind-the-scenes magic in another blog post, I’m at the Deep Conference this week).

For more details, read the updated BGP Labs Software Installation and Lab Setup guide.

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BGP Labs: Multivendor External Routers

A quick update BGP Labs project status update: now that netlab release 1.6.4 is out I could remove the dependency on using Cumulus Linux as the external BGP router.

You can use any device that is supported by bgp.session and bgp.policy plugins as the external BGP router. You could use Arista EOS, Aruba AOS-CX, Cisco IOSv, Cisco IOS-XE, Cumulus Linux or FRR as external BGP routers with netlab release 1.6.4, and I’m positive Jeroen van Bemmel will add Nokia SR Linux to that list.

If you’re not ready for a netlab upgrade, you can keep using Cumulus Linux as external BGP routers (I’ll explain the behind-the-scenes magic in another blog post, I’m at the Deep Conference this week).

For more details read the updated BGP Labs Software Installation and Lab Setup guide.

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BrandPost: Best practices for application visibility, performance monitoring and security management using Aruba EdgeConnect SD-WAN

By: Alex Amaya, Senior Technical Marketing Manager at HPE Aruba Networking. AAruba EdgeConnect SD-WAN is a powerful solution that enables organizations to build resilient and efficient wide-area networks. Application visibility, real-time performance monitoring and security monitoring are critical aspects of managing an SD-WAN infrastructure effectively. This blog explores application visibility, performance monitoring, and security management best practices for achieving these objectives using Aruba EdgeConnect SD-WAN.To read this article in full, please click here

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Cisco Flaw Highlights Dynamic Nature of Vulnerability Management

Updating the IOS XE software and disabling the HTTP Server feature should prevent additional system exploits. But what of the systems that are already infected?

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Notes from NANOG 89: Trust and Network Infrastructure

Trust is such a difficult concept in any context, and certainly computer networks are no exception. How can you be assured that your network infrastructure us running on authentic platforms, both hardware and software, and its operation has not been compromised in any way?

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Notes from NANOG 89: BGP Error Handling

Distributed routing protocols rely on each active router processing routing updates in an identical manner. Given that there are so many implementation of the BGP routing protocol then the role of a clear standard specification is critical. This extends to the handling of error conditions. What happens when some implementations handle errors in a different manner to all the others?

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Accelerate AWS Access with Arista

AWS Cloud WAN Tunnel-less Connect and Arista CloudEOS integrate to accelerate cloud onramp

As cloud and multicloud adoption continue to evolve, public cloud providers like AWS continue to introduce more and more tools for enterprise IT to choose from. For example, customers can deploy a virtual router in a Transit VPC and BGP peer with AWS Cloud WAN to interconnect on-premises networks and AWS VPCs. However, GRE or IPsec tunnels are often required for the BGP peering, adding up the network complexity and increasing operational costs.