Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Cybercrime is lucrative. This world of hackers, malware, and brokers is now a trillion-dollar industry, the number one threat to the global economy, and is showing zero signs of slowing down. Fueled by the digital revolution, the global shift to a hybrid work model, and the rapid adoption of the cloud, more avenues have opened for threat actors to exploit. And their attack methods continue to evolve, with new innovations staying a step ahead of a cybersecurity industry determined to stop them.

Modern containerized applications are increasingly born in the cloud and the big three managed Kubernetes services – Azure Kubernetes Service (AKS), Amazon Elastic Kubernetes Service (EKS), and Google Kubernetes Engine (GKE) – rule the skies. With more users picking managed services in public cloud as their preferred platform, self-managing a backup infrastructure in the cloud is an antithesis.

I originally planned to write this story as a follow-up to another blog that SURGe released for CVE-2022-3602 and CVE-2022-3786 (aka SpookySSL). That blog mentions that we weren’t able to test with any malicious payloads yet, and as things go… After releasing that blog, we came across proof-of-concept exploits that weren’t detected by our searches.

Simplify your procurement process and subscribe to Splunk Cloud via the AWS marketplace Unlock the secrets of machine data with our new guide All companies want to protect their reputation as any mishandling of it, either self-inflicted or via outside forces, can have a devastating impact. Mitigating reputational issues involves mitigating the risk that leads to them.

Nobody likes getting audited or inspected. Well, almost nobody; there’s always one person who consistently blows the curve. They gleefully anticipate inspections because they know they’re going to get a glowing review. We all have names for that person, most of which shouldn’t be included in a business blog. But what if, (bear with me) we could be that person?

Technology has expanded the avenues bad actors use to steal identities and sensitive data. However, digital tools are also giving users innovative countermeasures to protect themselves. Here are seven tactics anyone can use to help prevent identity theft.

Microsoft Windows 10 tops the list in terms of users around the world. Among those users, some belong to IT backgrounds but a majority of those users are not acquainted with IT, which means that they have limited knowledge about cybersecurity and its importance. Companies like Microsoft are prone to multiple attacks by bounty hunters or even black hat hackers intending to disturb the company’s operations.

Today, we’re announcing formulas: a refreshingly familiar way to interact with data throughout your automated workflows. Rather than invent our own special system to reference and operate on pieces of data, we've taken inspiration from a surprising source – spreadsheets.

When we hear the term “Credential Access” our detection engineer thoughts typically turn to the Windows LSASS Process and tools like Mimikatz. Recently, however, researchers have drawn our attention to Microsoft Office processes. These processes also store credential material, in the form of access tokens.