Discover what threat hunting is and why it’s essential for modern cybersecurity. Learn how proactive, analyst-driven strategies can uncover hidden threats and strengthen your organization’s security posture.
The article introduces Zeek, an open-source network traffic analyzer for security monitoring, threat hunting, and incident response, highlighting its ability to process PCAP files or live network data.
insights from a Tech Talk by Dan Gunter of Insane Cyber shed light on how defenders can pinpoint these early-stage network scanning activities, which are the digital footprints left during the reconnaissance and discovery phases of an attack.
Learn how to strengthen your organization’s cybersecurity with immediate, practical steps based on recent White House guidance. This expert breakdown covers prevention, detection, and response—without the need for costly tools or vendors.
Learn how to apply the military’s Joint Targeting Cycle to cyber threat hunting for smarter, structured, and more effective security operations.
Learn how to build a budget-friendly hacking lab at home or in an office using virtualization, single-server setups, or enterprise-grade multi-server environments. Explore cost-effective hardware, software, cloud options, and licensing tips to create the perfect cybersecurity research lab.
Learn how to analyze nation-state malware like BlackEnergy using Hybrid Analysis. Discover key attack techniques, MITRE ATT&CK mapping, and best practices for cybersecurity threat hunting.
Learn how attackers harvest credentials from Windows domain controllers using NTDS.dit extraction techniques, including NTDSutil.exe, Volume Shadow Copy, and Impacket. Discover detection methods and security best practices to protect Active Directory environments from credential theft.
MITRE’s ATT&CK for Enterprise matrix and ATT&CK for ICS matrix provide two valuable reference models for network security. In this edition of #TechTalkTuesday, we will be joined by Ron Fabela from SynSaber to explore why you should be using both models to secure industrial systems and networks.
Digitally signed executables provide one layer of trust to prevent attacks that leverage unauthorized or unexpected code.
