FireEye Malware AnalysisEnterprise-grade solution, zero-day detection, integration with threat intelligence, memory forensics.Enterprise-grade malware detection and forensicsPricing details not publicly available; contact for quote.Yes6. Detux (Linux-Focused)Open-source, Linux-specific malware analysis, modular architecture, real-time monitoring.Linux-specific malware analysis sandboxOpen-source; free to use.Yes7. Cape SandboxPayload extraction, support for packed malware, detailed reporting, extended Cuckoo Sandbox capabilities.Cuckoo-based sandbox with process injectionOpen-source; free to use.Yes8. MalwareBazaar SandboxFree, scalable cloud sandbox, detailed malware behavior reporting, focus on IoC generation.Malware sample sharing and analysis platformFree to use.Yes9. RemnuxLinux-based toolkit, network traffic analysis, reverse engineering capabilities, wide tool integration.Linux toolkit for malware reverse engineeringFree to use.Yes10. Intezer AnalyzeCode reuse detection through binary DNA technology, fast analysis, complex malware family classification.Code reuse analysis for malware classificationFree tier available; contact for premium pricing.Yes 1. ANY.RUNReal-time interaction, dynamic visualizations, collaboration, network traffic analysis, and customizable environments.Interactive, real-time malware analysis platformFree tier available; paid plans start at $109/month.Yes2. Cuckoo SandboxOpen-source, API call tracking, network traffic monitoring, virtualized environments, multi-format file support.Open-source automated malware analysis toolOpen-source; free to use.Yes3. Joe SandboxCross-platform support, deep memory forensics, YARA rule integration, IoC extraction.Advanced multi-platform malware analysis enginePro cloud tiers start at $4,999/year.Yes4. Hybrid AnalysisCloud-based, automatic IoC generation, static and dynamic analysis combination, severity scoring.Cloud-based malware intelligence and sandboxFree to use. Analysis TypeDescriptionExampleBehavioral AnalysisMonitors system changes, network communications, and memory usage.Analyzing a trojan that connects to a remote server for data exfiltration.API Call MonitoringTracks API calls made by malware to understand system-level interactions.Monitoring calls to APIs like RegCreateKey or CreateFileW.Network Traffic AnalysisIdentifies malicious activities such as DNS lookups, HTTP requests, or data exfiltration.Using tools like Wireshark to analyze traffic to a Command-and-Control server.Memory AnalysisInvestigates malware that operates entirely within system memory (fileless malware).Using tools like Volatility to extract and analyze memory dumps.User Interaction SimulationSome malware activates only after specific user actions, like enabling macros or clicking pop-ups.Interactive tools like ANY.RUN allow analysts to simulate these actions. What is Good?What Could Be Better?Beginner-friendly interface.Cloud dependency may not suit organizations with strict policies.Ideal for malware requiring user interaction.Advanced features are available only in paid versions.Excellent collaborative features for team analysis.Real-time execution with detailed visualizations. What is Good?What Could Be Better?Free and user-friendly for researchers.Limited to analyzing public malware samples.Excellent for tracking malware campaigns.Less advanced than paid alternatives for in-depth analysis.Scalable cloud infrastructure. What is Good?What Could Be Better?Free and user-friendly for researchers.Limited to analyzing public malware samples.Excellent for tracking malware campaigns.Less advanced than paid alternatives for in-depth analysis.Scalable cloud infrastructure. It supports a wide range of file formats and goes beyond basic dynamic analysis by simulating user interactions, enabling analysts to uncover hidden behaviors in malware.
This Cyber News was published on cybersecuritynews.com. Publication date: Thu, 27 Feb 2025 17:15:07 +0000