You can’t do large-scale business in 2024 without having a successful, well-run IT infrastructure. Arguably, it’s difficult to do any sort of business well (large or small) without tuning your IT capabilities to your business objectives. This allows them to work as one, not against each other. COBIT is a framework created by ISACA (International Systems Audit and Control Association) to do this very task.

Security configuration management (SCM) is all about making sure your security systems do what you think they’re doing. In tennis, there is something called an unforced error. This is when a player loses points for a mistake they made themselves, not due to the skill of the other opponent. In a big way, security misconfigurations are those unforced errors on the security side or instances in which we give attackers a free win. Let/node/29512/’s stop that.

Privileged Access Management (PAM) is a comprehensive methodology for managing and securing privileged accounts—those that possess elevated permissions to perform critical functions within an organisation’s IT infrastructure. These accounts enable access to sensitive data and systems, making them highly attractive to cybercriminals. The core objective of PAM is to ensure that only authorised personnel have access to these accounts, under strict monitoring and control.

As large language models (LLMs) become more advanced and are granted additional capabilities by developers, security risks increase dramatically. Manipulated LLMs are no longer just a risk of ethical policy violations; they have become a , potentially aiding in the compromise of the systems they’re integrated into.

The new discovery service, delivered by the CyberArk Identity Security Platform, introduces new capabilities and streamlines the scanning of environments containing *nix, Windows and MacOS target machines. The new service offers SaaS-based flexible scans, local accounts discovery based on endpoint agents, data collection and enhanced automation using Discovery rules.

The publication of the final program rule for the Cybersecurity Maturity Model Certification (CMMC) Program, 32 CFR Part 170, in the Federal Register on October 15, 2024, was an important milestone toward ensuring the confidentiality of sensitive defense information and stemming the theft of that information by foreign adversaries. The rule becomes effective and the CMMC Program comes into existence on December 16, 2024.

Welcome to the Threat Context Monthly blog series where we provide a comprehensive roundup of the most relevant cybersecurity news and threat information from KrakenLabs, Outpost24’s cyber threat intelligence team. Here’s what you need to know from October.

Each October, the cybersecurity industry recognizes Cybersecurity Awareness Month, an international initiative first launched by the National Cybersecurity Alliance in 2004 to provide education about online safety and empower individuals and businesses to protect their data from cybercrime. This October, Keeper Security took this important commemorative month one step further. We decided that it’s time to move from knowing digital risks to taking decisive action to prevent damaging cyber attacks.

Where are your credentials and secrets, and how are you protecting them? These are fair questions, considering the pervasiveness of secrets sprawl. We recently conducted research over 12 months to determine where enterprises’ secrets were residing within their systems, like GitHub, Confluence, Zendesk and Slack. In addition to API keys and passwords, secrets like SSL certificates, usernames and others are spilling into enterprises’ cloud environments and increasing the risk of a breach.

It's more important than ever to protect network assets as cyber threats keep changing. Encrypting Ethernet IP addresses is one way to make a network safer. This helps keep private data from being intercepted and accessed by people who aren't supposed to be there. For businesses that want to make their network interactions safer, they need to know how to encrypt Ethernet IP address. Encrypting network addresses makes data sent over Ethernet less vulnerable to attacks.