At the beginning of 2019, 60% of companies responding to the Insider Threat Report survey reported that they were planning to implement a data loss prevention (DLP) solution. For a few years, organizations have been aware that they need to add data loss prevention (DLP) tools and software to their technology stack in order to safeguard sensitive information collected and stored` However, there’s a common misconception that DLP is just one “thing”.

A software defined perimeter (SDP) establishes virtual boundaries around Internet-connected assets and user activity through an integrated security architecture approach. SDP works regardless of whether assets reside on-premises or in the cloud, or whether users are on-site or working remote. Rather than relying on hardware like firewalls or VPNs at the network boundary, SDP leverages software to prevent any access to or even visibility into resources within the virtual perimeter by default.

We’ve been busy at AT&T Cybersecurity during the pandemic. Turns out we could help out our network customers in so many ways. Here are some examples.

Securing access to business resources has always been of high priority for admins and IT teams. In the wake of the pandemic, workforces are more distributed than ever before, and 76 percent of global office workers state that they would like to work from home even when the pandemic is over.

Think back to the end of 2019. Enterprises were evolving IT infrastructure at a moderate pace to reduce costs, be more competitive, and improve their ability to adapt to an increasingly digitized world. Whether migrating workloads to the cloud, virtualizing network functions, diversifying mobility, or moving applications and services closer to the edge, digital transformation was steadily evolving the business landscape.

In this blog in the IT security under attack series, we will learn about an advanced Active Directory (AD) domain controller (DC) attack to obtain persistence in AD environments. Dubbed DCShadow, this is a late-stage kill chain attack that allows a threat actor with admin (domain or enterprise admin) credentials to leverage the replication mechanism in AD to register a rogue domain controller in order to inject backdoor changes to an AD domain.