As organizations increasingly deploy business-critical workloads to managed cloud services, enforcing strong security practices needs to be a top priority. While many managed cloud service providers do a good job of protecting the cloud and infrastructure itself, it’s the responsibility of the customer to protect what’s running inside the cloud.
CrowdStrike customers tend to stay with CrowdStrike, typically starting with endpoint detection and response (EDR), then expanding to other attack surfaces as they consolidate their cybersecurity with the CrowdStrike Falcon® platform. But what happens when a business that uses and trusts CrowdStrike is forced to adopt Microsoft Defender due to a divestiture? That’s exactly what happened to this CrowdStrike customer, a major American retailer.
Cyberattacks evolve daily, and defenders are forced to adapt at the same rate. Cybersecurity best practices, however, are updated and codified much less frequently. There is broad experimentation in the field, and it takes some time for authoritative working groups to sort out which new practices and controls are practical and consistently effective for a large cross-section of users. Some guidelines and standards are updated every year or two and others much less frequently.
As CrowdStrike’s Advanced Memory Scanning capability has matured, so have its applications. CrowdStrike detection engineers and researchers work tirelessly to ensure the CrowdStrike Falcon® platform’s detection content stays ahead of adversaries. The following case study describes how CrowdStrike leverages memory scanning in combination with new IOAs to provide world-class protection to our customers.
Adversaries are continuing to expand their attacks by adding tactics like domain abuse, multifactor authentication (MFA) fatigue and unique crafted exploit kits acquired from underground forums. Typosquatted domains pose a risk for any organization as they are used at the start of the attack chain, with the goal of misdirecting users to a look-alike site to steal their identities.
