Threat Intelligence
Implement Mean Time to Detect: A Step-by-Step Rollout Plan
Detecting threats faster requires mapping data sources to specific attacker actions, not just counting alerts from generic security tools.
Threat Intelligence
Threat Intelligence coverage from Firewall Pulse holds 12 articles, 12 of them reference guides. The newest was published on October 9, 2026. New stories are added as soon as they are confirmed, from more than 50 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
Threat Intelligence
Unified Kill Chain: The 10 Questions You Need Answered
The Unified Kill Chain exposes how traditional models miss the critical window where attackers operate inside trusted network segments before exfiltrating data.
Threat Intelligence
Fast Flux DNS: How Attackers Hide Malware and How to Stop It
Fast flux networks obscure malicious infrastructure by rotating IP addresses faster than standard reputation systems can block them, creating a moving target for defenders.
Threat Intelligence
Threat Intelligence Sharing: How Collective Data Stops Attacks
Sharing indicators of compromise transforms isolated defensive data into a coordinated shield that reduces detection times across entire sectors without requiring direct operational control.
Threat Intelligence
Prevent Living-of-the-Land Attacks: Stop Native Tool Abuse
Blocking standard utilities like PowerShell and WMI reduces your attack surface more effectively than adding new security layers to your network.
Threat Intelligence
YARA Rules: Pattern Matching for Malware Detection
YARA rules allow you to find specific malware variants by matching structural patterns rather than relying on volatile file hashes or network signatures.
Threat Intelligence
Threat Intelligence Platforms: 8 Practices for Actionable Data
Raw indicator feeds degrade detection quality; you must filter intelligence by operational context to reduce noise and analyst fatigue.
Threat Intelligence
Cyber Espionage Explained: How Silent Theft Works and How to Stop It
Espionage rarely involves dramatic break-ins; it relies on slow, patient data exfiltration that mimics normal network traffic to avoid detection.
Threat Intelligence
Implement Network Detection and Response: A Practical Step-by-Step Approach
Most network detection failures stem from treating traffic as noise rather than context, missing the subtle behavioural shifts that precede a breach.
Threat Intelligence
Attacker Persistence Techniques: How Intruders Stay Hidden
Attackers often hide in plain sight by using legitimate system tools, making their presence indistinguishable from normal administrative activity to standard monitoring.
Threat Intelligence
Post-Exploitation Response: Containing Living-of-the-Land Attacks
Standard endpoint protection often fails to flag living-off-the-land attacks because the tools used are legitimate system binaries, requiring behaviour-based detection instead.
Threat Intelligence
Stop Attacker Reconnaissance: Practical Network Hiding Tactics
Reduce your digital footprint by hiding metadata, restricting directory listings, and implementing strict rate limiting to blind automated scanning tools.