Supply chain risk continues to make headlines, from Solarwinds and Kaseya to last week’s announcement of a patch for the OpenSSL vulnerability, and the latest cybersecurity review from the U.K.’s National Cyber Security Centre highlights the serious threats posed by supply chain attacks.
Today, I would like to show you to a simplified fuzz testing approach that enables secure coding of C and C++ applications. If you read this article to the end, you will learn about an automated security testing approach for C/C++ that can protect your applications against all sorts of memory corruptions and other common C/C++ vulnerabilities.
We like to get things done at 1Password, which is why we’re such big fans of Quick Access in 1Password 8.
The Corelight Labs team prides itself on the ability to create novel Zeek and Suricata detection content that delves deep into packet streams by leveraging the full power of these tools. However this level of additional sophistication is not always required: sometimes there are straightforward approaches that only require queries over standard Zeek logs. It’s always valuable when developing detections to keep in mind that “sometimes simple does just fine.”
As cyber threats intensify and the human and financial resources available to deal with them remain limited, there is a growing need for automation in cybersecurity. The intelligent automation of key cybersecurity processes can significantly improve an organization’s posture and at the same time support under-pressure employees by reducing reliance on manual processes.
Change detection is easy. What is not so easy, is reconciling change. Change reconciliation is where most organizations stumble. What was the change? When was it made? Who made it? Was it authorized? The ability to answer these questions are the elements that comprise change management. Historically, the haste of accomplishing a task consisted of a sysadmin moving full-speed ahead to satisfy the needs of the business.
Let’s dig deeper into the techniques used by attackers and the mitigations you should implement when ransomware on Azure affects you. By now, we should all be aware of ransomware from the constant news articles associated with this known threat. As we explained in the anatomy of a cloud attacks, ransomware is a way for attackers to make money when they gain control of your accounts through data encryption, therefore restricting your access to the system.
The SOAR market is undergoing a radical transformation fueled by the rise of best-in-class tools that are laser-focused on helping security teams to solve a core problem. Until recently, SOAR was driven by all-in-one solutions, claiming to be silver bullets but offering suboptimal functionality and user experiences.
Container environments are highly dynamic and require continuous monitoring, observability, and security. Since container security is a continuous practice, it should be fully integrated into the entire development and deployment cycle. Implementing security as an integral part of this cycle allows you to mitigate risk and reduce the number of vulnerabilities across the dynamic and complex attack surface containers present.
For the third year in a row, TMCnet recognized WatchGuard Cloud with a 2022 Cloud Computing Security Award. This prestigious awards program honors solutions that most effectively leverage cloud platforms to deliver network security. With the ever-increasing number of hacks and intrusions, ensuring the security of applications, services, data and devices has never been more critical.
