MITRE Fight Fraud Framework (F3) is a behavior-based model of fraud actor tactics and techniques that gives fraud and cyber defenders a shared structure to describe incidents, relate events, and disrupt fraud outcomes.
Threats to cloud computing span multiple security domains, objectives, and layers of technology. Defenders must protect dynamic, shared environments while adversaries actively exploit misconfigurations, weak controls, and gaps between responsibility boundaries. To keep up, security cannot just focus …
Threat-informed defenders can use ATT&CK Sync and the enhanced Mappings Editor to keep ATT&CK-based tools and mappings current with major changes like ATT&CK v18.
The Cyber Risk Institute Profile is a distillation of the NIST Cybersecurity Framework tailored to address the financial services sector’s regulatory environment. Financial institutions, financial services companies, financial firms, and their third-party providers use the CRI Profile …
Historically, vulnerability management and threat management have been separate disciplines, but in a risk-focused world, they need to be brought together.
The Security Stack Mappings – Hardware-Enabled Defense project demonstrates full stack threat-informed defense, from the hardware board to the software bytes.
The Security Stack Mappings – Hardware-Enabled Defense project demonstrates full stack threat-informed defense, from the hardware board to the software bytes.
Critical infrastructure such as electrical generation facilities, water treatment plants, and transportation systems are a lifeline for our communities. Unfortunately, this dependence has made critical infrastructure a prime target for threat actors.
