Explore the latest frameworks in information security. Stay updated on guidelines to protect your digital assets and ensure data privacy.
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Background for this topic.
A security framework is an organized set of principles, practices, and controls for managing information and technology risk. Frameworks such as the NIST Cybersecurity Framework, ISO/IEC 27001, and COBIT help organizations structure activities including identifying assets and risks, protecting systems, detecting events, responding to incidents, and recovering operations. They are reference models rather than automatically effective security programs: an organization must select and implement measures appropriate to its systems, threats, and risk tolerance.
Practitioners use frameworks to assign responsibilities, prioritize vulnerability remediation, assess suppliers and cloud services, and document why particular controls are in place. They also provide a common vocabulary for audits, regulatory or contractual evidence, and measuring improvement over time. News under this tag may concern revisions to framework requirements, mappings between frameworks, assessment findings, or failures caused by treating a framework checklist as proof that controls work. A framework can guide governance and security operations, but it does not replace technical testing, continuous monitoring, or judgment about specific attack surfaces.
Our collection of the most relevant reporting and industry perspectives for those guiding cybersecurity strategies and focused on SecOps. Also included: Inside China's civilian hacker army; outer space threats; and NIST 2.0 Framework secrets for success.
Project Zero Framework Aims to Boost AI Bug Detection SkillsGoogle's team of zero-day hunters say artificial intelligence can lead to improved automated threat identification and analysis. Researchers say that a framework allows LLMs to mimic the iterative, hypothesis-driven approach of human security experts.
The updated framework is an equalizer for smaller organizations to meet the industry at its breakneck pace of innovation.
Chinese-speaking users are the target of a never-before-seen threat activity cluster codenamed Void Arachne that employs malicious Windows Installer (MSI) files for virtual private networks (VPNs) to deliver a command-and-control (C&C) framework called Winos 4.0
The G7 nations agree to develop a cybersecurity framework for key technologies used to operate electricity, oil and natural gas systems
We recently discovered a new threat actor group that we dubbed Void Arachne. This group targets Chinese-speaking users with malicious Windows Installer (MSI) files in a recent campaign. These MSI files contain legitimate software installer files for AI software and other popular software but are bundled with malicious Winos payloads.