Although commercial quantum computing may still be decades away, government agencies and industry experts agree that now is the time to prepare your cybersecurity landscape for the future. The power of quantum computing brings security complexities that we are only beginning to understand. Even now, our cybersecurity climate is getting hotter. The average cost of a data breach reached an all-time high in 2021, and the attack vector grows larger by the minute.

The security operations center (SOC) has been on the front line facing the pandemic-induced escalation of cybersecurity threats in the past eighteen months. A 2020 study by Forrester found that the average security operations team receives more than 11,000 alerts per day and that figure is likely to have grown in the intervening period. While they were deeply engaged responding to the crisis, SOC teams were simultaneously facing the disruption common to all formerly office-based workers.

Snyk’s developer security platform provides developers and security professionals with the tools they need to build and operate modern applications securely. Snyk enables users to shift security left and to embrace a DevSecOps model. Modern application development teams understand that shifting left means bringing information to developers’ fingertips as early as possible in the development process to create efficient and secure applications and development processes.

In November 2021, a vulnerability was discovered in a ubiquitous Linux module named Polkit. Developed by Red Hat, Polkit facilitates the communication between privileged and unprivileged processes on Linux endpoints. Due to a flaw in a component of Polkit — pkexec — a local privilege escalation vulnerability exists that, when exploited, will allow a standard user to elevate to root.

A number of security vulnerabilities have been identified on the popular freeware, Samba, which implements the Server Message Block (SMB) protocol that allows users to access files, printers, and other commonly shared resources over a network. These flaws enable remote attackers the ability to execute arbitrary code with the highest privileges on affected installations. The most prominent is CVE-2021-44142, which affects all versions of Samba before 4.13.17.

Cloud computing is a highly convenient and cost-effective way of storing data, but it also comes with risks. Businesses often use this technology without understanding how vulnerable they are to security breaches. With the rise in cybercrimes, businesses need to be more vigilant about their data security than ever before. This article will discuss some of the most common cyber security risks associated with cloud computing and provide information on how they can be managed.

We’ve said it before, and we’ll say it again: Security Orchestration, Automation and Response (SOAR) platforms are great tools for helping teams work smarter, faster, and more efficiently against security risks. But, used on their own, SOARs are far from perfect for meeting the full security needs of the modern organization.

A recent survey by the analyst firm Gartner showed that 89% of companies experienced a supplier risk event in the last five years; however, those companies' overall awareness and plans to mitigate lacked maturity. As a result, it is no longer enough to secure your own company's infrastructure. You must also evaluate the risk posed by third-party vendors and plan to monitor those organizations for breaches.

The ever-evolving cyber threat landscape gives birth to new, unprecedented cyberattacks that challenge traditional cybersecurity approaches and force security operations centers (SOCs) to evolve and redefine their methods. To ensure that the integrity of their data is well-protected, SOCs have to be one step ahead of malicious actors. Ergo, the necessity of creating the modern SOC comes into play.

Netskope is a leading provider of cloud security with its security service edge, single-pass architecture. Using clients to steer traffic to the Internet through the Netskope Security Cloud means that customers can securely enable data moving into and out of the distributed corporate environment. But this traffic has to originate from an endpoint—and endpoints can be compromised. How do organizations know whether SaaS traffic originating from an endpoint is potentially compromised or at risk?