On Monday, October 4, 2021, Facebook suffered a prolonged outage when, during routine maintenance, all connections to their global backbone network were mistakenly taken down. More details on the cause and response to the outage are available on the Facebook blog. At Netskope, we help secure the cloud and web traffic of millions of users worldwide. In this blog post, we provide a glimpse into what the Facebook outage looked like from our perspective.
In September of 2021, a new malware family named SquirrelWaffle joined the threat landscape. It spread through infected Microsoft Office documents attached in spam emails. The infection flow starts with a ZIP file that contains the infected Office document. When the file is opened by the victim, the malicious VBA macros download SquirrelWaffle DLL, which eventually leads to deploying another threat, such as CobaltStrike or QakBot.
In 2019, when the term Secure Access Service Edge, or SASE, was first coined, it was to define a useful way of setting up the network and security infrastructure to satisfy a cloud-first future with services at the edge. Since then, SASE has been long on hype and discussion, but short on actual, practical advice. What does SASE mean for your digital transformation strategy?
The global pandemic further accelerated a trend toward remote work that was already underway, even in federal, state, and local agencies that previously resisted it. But as agencies continue to offer telework options to employees, they must also rethink their security stack to better mitigate the cybersecurity risks that remote work catalyzes. Traditional, perimeter-based approaches to security will no longer work in a cloud-first environment where data can, and is, accessed from just about anywhere.
We are pleased to share that Netskope has been selected by the Advanced Technology Academic Research Center (ATARC) as one of 49 vendors to participate in its Zero Trust Lab. The Zero Trust Lab is a state-of-the-art physical and virtual test environment that will provide federal agencies with the opportunity to build, test, and evaluate new Zero Trust Architectures in a simulated environment.
Hosting phishing pages or malicious payloads on legitimate cloud services is now a consolidated modus operandi for bad actors.
When you think about your DLP approach, what immediately comes to mind? Is it primarily centered around compliance? Is it simply using vendor-provided patterns of interest to satisfy an industry-specific framework like PCI, PII, or GDPR? Chances are, this probably describes at least some part of your DLP strategy because it is not difficult to set up and can satisfy a key business requirement of regulatory compliance reporting.
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.
Malicious Microsoft Office documents are a popular vehicle for malware distribution. Many malware families such as Emotet, IcedID, and Dridex abuse Office documents as their primary distribution mechanism. Attackers have long used phishing emails with malicious Microsoft Office documents, often hosted in popular cloud apps like Box and Amazon S3 to increase the chances of a successful lure. The techniques being used with Office documents are continuing to evolve.
Over the last year, we’ve made tremendous progress expanding NewEdge to provide Netskope customers with the global coverage they demand. We have real, full-compute data centers in nearly 50 regions today and plans to go live with our Lima, Peru data center in early October (which will be our fifth in Latin America).
