Malware Analysis - Threat.Zone

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Malware Analysis

A collection of 6 posts

From Crime Scene to Cyber Scene: How the CSI Module Speeds Up Malware Forensics

CSI Threat Analysis

From Crime Scene to Cyber Scene: How the CSI Module Speeds Up Malware Forensics

Blue teams frequently encounter suspicious activity in their daily work, and it is crucial for them to identify genuine malicious activity while minimizing the number of false positives. The Threat.Zone sandbox is an effective tool for reducing false positives and detecting malicious activity. However, it is only one component

Introducing Our New URL Scan Feature in Threat.Zone

Introducing Our New URL Scan Feature in Threat.Zone

In examining the initial access of malware, it is evident that attacks do not always originate directly from a file. In today's attack chains, threat actors employ a variety of techniques, including phishing links, malicious JavaScript scripts, and methods to prompt users to download files from alternative addresses.

Static Malware Analysis vs Dynamic Malware Analysis - Comparison Chart

Malware Analysis

Static Malware Analysis vs Dynamic Malware Analysis - Comparison Chart

Static vs Dynamic Malware Analysis Components Static Malware Analysis Dynamic Malware Analysis Execution Required? No. You don’t need to run the malware. Yes. It requires running the malware in a sandbox or isolated environment. Speed Faster than dynamic malware analysis because it doesn’t need execution time. Slower as

Simplest Yet Most Common and Effective Evasion Tactic: Sleep!

Malware Analysis

Simplest Yet Most Common and Effective Evasion Tactic: Sleep!

The increasing reliance on sandbox environments for malware analysis has led to a corresponding rise in sophisticated evasion tactics by cybercriminals. As organizations adopt sandboxing solutions to identify and mitigate threats, less capable sandboxes often struggle with false negatives, costing businesses millions of dollars annually. One prevalent evasion technique employed

Glossary: Reverse Engineering

Reverse Engineering

Glossary: Reverse Engineering

Reverse engineering process involves dismantling an object to see how it works. Analyzing and understanding how something works is primarily the purpose of this process, but it is also often used to copy and enhance objects.

First Day of Threat.Zone

First Day of Threat.Zone

Our newest platform is called Threat.Zone was launched on the 19th of August. On this blog, you will explore our first-day achievements and the key features that you’ll be interested in.