Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A rootkit is a malicious software program that helps cybercriminals infiltrate a system and take control. Hackers use rootkits to carry out espionage, data theft, deploy other malware such as ransomware, and all without leaving a trace. Once a rootkit is installed on a device, it can intercept system calls, replace software and processes and be part of a larger exploit kit containing other modules such as keyloggers, data theft malware, or even cryptocurrency mining malware.

The current cyberattack landscape has forced companies to look for new forms of protection, which is why they are increasingly resorting to the use of cyber insurance. The figures are alarming: 148,104 malware attacks are launched every day, which translates into 6,172 attacks per hour. The consequences of a breach can mean dedicating a large part of a company’s resources to restoring computer systems and dealing with any ensuing penalties and lawsuits.

The growing number and complexity of threats, combined with the expansion of the attack surface, complicate the primary purpose of a SOC: detecting, analyzing, and responding to security incidents. These factors generate exponential growth in data volume and security alerts, which teams need more resources to address.

Calling all enterprises, endpoint management is changing. New endpoint protection platforms & AI-powered solutions are a game-changer for companies looking to enhance their security capabilities and remain bulletproof. The worst of the pandemic appears to be behind us; however, enterprises are still adjusting to the post-COVID new normal. For many industries, remote work and the hybrid office remain essential adjustments that are not going back to normal.

Migrating to the Cloud brings many advantages for companies. First of all, they reduce their operating costs by almost 40%. They also increase their agility, reduce the maintenance time of traditional IT infrastructures, and gain flexibility and scalability. However, as the number of workloads deployed in the Cloud grows, more and more organizations are struggling to keep pace with security requirements.

Editor’s note: This is Part 2 of a five-part cloud security series that will cover protecting an organization’s network perimeter, endpoints, application code, sensitive data, and service and user accounts from threats.