If you care about software security—and you should, since to be in business today means that no matter what you do or produce, you’re also a software company—you should be interested in the Building Security In Maturity Model (BSIMM). It can serve as a roadmap to better security.
Companies need to establish a secure system to avoid insider threats and other online issues that could destroy a business. There are different online threats that businesses face every day. The most common of which is phishing attacks were the victim accidentally clicks on an unsafe link and log in. Other commonly known threats to businesses are malware, ransomware, weak passwords, and insider threats. Most of these online attacks are due to what is known as insider threats.
Developers face a bevy of roadblocks in their race to meet tight deadlines, which means they often pull from risky open source libraries and prioritize security flaws on the fly. In a recent ESG survey report, Modern Application Development Security, we saw that 54% of organizations push vulnerable code just to meet critical deadlines, and while they plan for remediation on a later release, lingering flaws only add to risky security debt.
Dealing with the aftermath of ransomware attacks is like Russian roulette. Submitting the ransom might seem like it’s the sole option for recovering locked data. But paying the ransom doesn’t mean that your organization will get its affected data back. Let’s not forget that ransomware also continues to evolve as a threat category.
Today, we released a Threat Definition Update bundle for our Tripwire Industrial Visibility solution to aid in the detection of Zerologon. Otherwise known as CVE-2020-1472, Zerologon made news in the summer of 2020 when it received a CVSSv3 score of 10—the most critical rating of severity. Zerologon is a vulnerability that affects the cryptographic authentication mechanism used by the Microsoft Windows Netlogon Remote Protocol (MS-NRPC), a core authentication component of Active Directory.
Lateral movement is one of the most consequential types of network activity for which organizations need to be on the lookout. After arriving at the network, the attacker keeps ongoing access by essentially stirring through the compromised environment and obtaining increased privileges (known as “escalation of privileges”) using various tools and techniques. Attackers then use those privileges to move deeper into a network in search of treasured data and other value-based assets.
Let’s talk visibility for a moment. Security visibility is a data-at-scale problem. Searching, analyzing, and processing across all your relevant data at speed is critical to the success of your team’s ability to stop threats at scale. Elastic Security can help you drive holistic visibility for your security team, and operationalize that visibility to solve SIEM use cases, strengthen your threat hunting practice with machine learning and automated detection, and more.
Security Information and Event Management (SIEM) tools play a vital role in helping your organization in discovering threats and analyzing security incidents. Logsign’s internal team continuously makes correlation rules and alerts so that your team’s workload is minimized. In our previous posts, we discussed generating important reports and deriving maximum possible benefits from use cases. In this article, we will be discussing SIEM alerts best practices.
Security and development teams are increasingly adopting DevOps methodologies. However, traditional security tools bolted onto the development process often cause friction, decrease velocity, and require time-consuming manual processes. Manual tools and legacy AppSec approaches limit security teams’ ability to deliver the timely and actionable security feedback needed to drive improvements at the pace of modern development.
