Threat Intelligence
Implement Deception Technology: A Step-by-Step Operational Guide
Deception technology shifts detection from monitoring normal behavior to triggering immediate alerts on any interaction with fake assets.
Threat Intelligence
Threat Intelligence coverage from SecOps Monitor holds 19 articles, 18 of them reference guides. The newest was published on October 14, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include MITRE ATT&CK and MITRE D3FEND.
Threat Intelligence
AS-REP Roasting: How Pre-Auth Bypass Steals Kerberos Tickets
Attackers exploit the Kerberos pre-authentication bypass to harvest ticket-granting tickets offline, allowing them to crack credentials without triggering standard authentication logs on the domain controller.
Threat Intelligence
Diamond Model of Intrusion Analysis Explained Simply
The Diamond Model reveals hidden links between attacker tools and victim systems that traditional log analysis often misses entirely.
Threat Intelligence
What Is Incident Triage: A Field Manual for First Response
Incident triage determines which alerts require immediate human intervention, preventing response teams from burning out on noise while missing critical intrusions.
Threat Intelligence
Log Tampering Explained: How Attackers Erase Digital Footprints
Attackers modify system records to hide their presence, making it impossible to distinguish normal activity from malicious behavior without external verification.
Threat Intelligence
How Did Credential Theft and AI Tools Fuel Recent Breaches at ASOS, ATB, and Danish Registry?
A Check Point bulletin highlights supply chain risks, stolen credentials, and AI-augmented attacks targeting government and retail sectors across multiple continents.
Threat Intelligence
Types of Threat Actors: Motives, Methods, and Defense Strategies
Understanding the specific financial or ideological motive behind an attack allows you to predict the next move before the breach completes.
Threat Intelligence
Tactics, Techniques, and Procedures (TTPs): How to Track Threats Correctly
Focusing on attacker behavior rather than static signatures reveals threats that traditional tools miss, allowing for earlier detection and more accurate response.
Threat Intelligence
How TTPs Work: Mapping Adversary Behavior for Detection
TTPs describe the specific methods attackers use to move through a network, allowing defenders to detect behavior rather than just known file signatures.
Threat Intelligence
Diamond Model of Intrusion Analysis: Map Adversaries to Stop Repeat Breaches
The Diamond Model forces you to track adversary capabilities and infrastructure, revealing why blocking one attack vector fails when the attacker pivots to another.
Threat Intelligence
Process Injection: How It Works and How to Detect It
Process injection hides malicious code inside legitimate system processes, making it invisible to tools that only monitor new process creation events.
Threat Intelligence
Honeypots: 9 FAQs on Deployment, Detection and Data Quality
Honeypots generate noise that masks real attacks unless you isolate them and filter their traffic before it reaches your primary security tools.
Threat Intelligence
Packet Capture Analysis: How to Decode Network Traffic
Packet capture reveals the raw truth of network behavior, exposing hidden protocols and data exfiltration attempts that firewall logs consistently miss.
Threat Intelligence
Detect DCSync Attacks: Log Signals, Blind Spots, and Detection Logic
DCSync attacks leave no file changes and no registry edits, making behavioral log analysis the only reliable detection method for credential harvesting.
Threat Intelligence
Threat Actor Profiling Checklist: Map Intent, Capability, and Infrastructure
Profiling reveals the attacker’s operational rhythm and resource constraints, allowing you to disrupt campaigns by targeting their weakest logistical link rather than just patching vulnerabilities.
Threat Intelligence
SOC vs NOC: How to Choose the Right Operations Center
Security and network operations centers serve different purposes; confusing their distinct alert thresholds causes critical security events to get buried in routine performance noise.
Threat Intelligence
Advanced Persistent Threats: How to Spot Hidden Network Intrusions
Most long-term intrusions succeed because defenders focus on initial access rather than the quiet persistence mechanisms that allow attackers to survive system reboots and patching cycles.
Threat Intelligence
SIEM vs SOAR: Distinct Roles in Security Operations
Clarify the mechanical difference between event correlation and automated response, ensuring you deploy each tool for its specific operational purpose rather than overlapping functions.
Threat Intelligence
Adversary Emulation: Benefits, Limits, and When to Run It
You will learn how to weigh detection gains against operational noise and decide when simulation adds value to your security posture.