If applying IP allow lists to the cloud excites you as much Another One Bites the Dust on volume 11, read on. In this blog, I’ll discuss some considerations regarding operationalizing, automating, and increasing the efficacy of IP allow lists in your cloud infrastructure. Although this discussion will be in the context of cloud infrastructure providers such as AWS, GCP, and Azure, it should also be applicable to other cloud infrastructure and application environments.

A recent study by Sophos has added more fuel to the RDP fire, confirming that the exploitation of this service, when not adequately protected, remains one of the preferred techniques to compromise an organization. Not only has the exposure of RDP servers, driven by the pandemic, led to an exponential increase of brute-force attacks against this service, but it has also encouraged a flourishing market of initial access brokers.

Best practices for securing an AWS environment have been well-documented and generally accepted, such as AWS’s guidance. However, organizations may still find it challenging on how to begin applying this guidance to their specific environments. In this blog series, we’ll analyze anonymized data from Netskope customers that include security settings of 650,000 entities from 1,143 AWS accounts across several hundred organizations.

This is the third in a series of seven posts detailing a set of incremental steps for implementing a well-functioning SASE architecture. With a Next Generation Secure Web Gateway (NG-SWG) firmly in place and your visibility into all your traffic dramatically increased, one thing is certain: You may not like what you see next. Are your people using Microsoft Office 365? Salesforce? Workday? Box? The answer is almost certainly, yes.

Recently I attended another great Evanta CIO event, and in the course of a day packed with excellent talks and knowledge-sharing opportunities, I had the opportunity to sit down and discuss the topic of network and security transformation with Stuart Hughes, the CIDO at Rolls Royce. Stuart shared his experiences over the past 18 months, discussing how the pandemic—among other things—had changed his strategic approach to security.

More than half of websites today support HTTP/2 for an improved user experience as web developers continue to move off HTTP 1.1. That’s for several good reasons. HTTP 1.1 can support six concurrent TLS tunnels with one session each to download web objects in popular web browsers, but HTTP/2 uses multiplexing to support thousands of sessions in one TLS tunnel and download web objects much faster.

Netskope is proud to be a member of the Microsoft Intelligent Security Association! We provide adeep and effective ability to leverage the Microsoft Azure Information Protection (AIP) and Microsoft Information Protection (MIP) feature sets available to E3 and E5 customers who are connecting not only to Microsoft cloud services, but to a wide range of non-Microsoft cloud storage solutions and Internet services.

The following is an excerpt from Netskope’s recent book Designing a SASE Architecture for Dummies. This is the second in a series of seven posts detailing a set of incremental steps for implementing a well-functioning SASE architecture. The first step in solving any problem is admitting there is one.

The total number of phishing attacks doubled in 2020, with phishing for cloud credentials, specifically SaaS and webmail app credentials, accounting for nearly a third of the targets of phishing campaigns. Over the same period, we saw cybercriminals hosting 13% of their baits in cloud apps. This blog post summarizes the top phishing trends from 2020 and looks forward at what to expect for the rest of 2021.

Thanks to the growing availability of vaccines and immunization campaigns in multiple countries, the world is starting to see a light at the end of the COVID-19 tunnel. We are eager to return to a new normal, being aware that some changes will be permanent, or if not permanent will strongly characterize the next years.