When you hear the term “Internet of Things,” (IoT) do you picture home devices like lightbulbs, smart assistants, and wifi-connected refrigerators? Perhaps you think of enterprise devices like video conferencing systems, smart sensors, or security cameras? Or maybe traditional office equipment like VoIP phones, printers, and smart TVs come to mind. No matter what devices you imagine, IoT represents an ever-expanding attack surface.

A few months ago, the largest U.S. pipeline operator, Colonial Pipeline, was forced to halt operations for nearly a week due to a ransomware attack. While it ultimately didn’t stop consumers from buying gasoline, the incident forced the company to pay $4.4 million in ransom payment and illustrated just how vulnerable energy organizations are to cyberattacks.

Burnout happens when job demands such as workload, time-pressure, and difficult clients are high as well as when job resources including quality leadership, autonomy and decision authority, recognition, and strong relationships are lacking. The field of cybersecurity is particularly difficult, but that doesn’t mean burnout is inevitable, and it doesn’t mean you can’t recover after experiencing burnout.

Last time, I discussed the four basic types of managed service providers (MSPs) with which organizations commonly partner. Those categories help to determine the types of services offered by MSPs. In general, MSPs provide five primary services to customers.

In this blog post, I will be talking about label standard and best practices for Kubernetes security. This is a common area where I see organizations struggle to define the set of labels required to meet their security requirements. My advice is to always start with a hierarchical security design that is capable of achieving your enterprise security and compliance requirements, then define your label standard in alignment with your design.

In this guide, we are covering the facts that you need to know in order to prepare your business to tick off the necessary boxes required to meet CMMC compliance.

Defending against loader-type malware is crucial to avoid a potential ransomware incident, given the fact that is the foothold of the attack kill-chain related to ransomware tactics, techniques and procedures (TTPs). Two of the most recent malware loaders to emerge are SquirrelWaffle and MirrorBlast. While SquirrelWaffle delivers Cobalt Strike payloads to victims, MirrorBlast uses novel techniques to gather intelligence and drop malicious payloads onto devices.