Deep Malware Analysis
Automatically analyse Malware and Phishing in a Depth previously not possible!
Over the years, Joe Security has developed a range of unique and proprietary technologies that push the boundaries of malware analysis and threat detection. These innovations combine deep technical expertise with automation, AI, and advanced virtualization to deliver unmatched insight, accuracy, and resilience against modern cyber threats.
Deep Malware Analysis
Joe Security delivers the industry’s most comprehensive Deep Malware Analysis, combining automation and expert-driven investigation. From static to dynamic, hybrid, and graph-based analysis, it uncovers every layer of malicious behavior. Powered by advanced technologies—hybrid analysis, instrumentation, hooking, hardware virtualization, emulation, and AI—this approach ensures unmatched accuracy and depth. The result: clear, detailed reports that give customers full insight into threats and the confidence to act decisively.
AI based malware anad phishing detection
Joe Security enhances malware and phishing detection using reasoning-capable generative AI. It analyzes emails and files dynamically and statically, assessing senders, links, attachments, and even malicious file types like SVGs. The AI summarizes threats, identifies attack types, and provides IOCs. Even offline phishing URLs are analyzed for domain anomalies and impersonation patterns. This approach improves accuracy and automates complex threat detection. Check out the latest phishing detections on Cloud Basic: HTMLPhisher.
Use of hypervisor technology
Joe Security’s advanced hardware virtualization technology gives customers deep, undetectable insight into malware behavior. It allows precise tracking of system and API activity—both in user and kernel mode—without alerting the threat. This delivers unparalleled visibility into complex attacks, enabling accurate detection, rapid analysis, and stronger defenses. The hypervisor runs flexibly across different environments, including bare metal, and can be fully customized to meet each customer’s security needs.
Hybrid Code Analysis
Joe Security’s Hybrid Code Analysis (HCA) gives customers a complete and reliable view of malware behavior by combining the strengths of dynamic and static analysis. It reveals hidden or dormant functionality, uncovers evasive techniques like sleeps or logic bombs, and exposes behavior triggered only under specific conditions. This approach ensures full visibility into how threats operate, far beyond initial infection. With HCA, customers gain deeper understanding, faster response, and stronger protection against advanced attacks.
Check out the latest malware analysis reports to see the Hybrid Code Analysis at work and learn more about this powerful technology from our blog posts: New Sandbox Evasion Tricks spot, Finding a DGA in less than one Minute and Joe Sandbox aware Malware? Certainly not! But surely!.
Execution Graph Analysis
Joe Security’s Execution Graph Analysis (EGA) gives customers a clear visual understanding of how malware operates. It condenses complex behavior into intuitive control flow graphs, showing key logic, decisions, and execution paths in a single view. This fully automated technology detects evasive techniques without manual effort, ensuring nothing is missed. By analyzing API chains, execution flow, and coverage, EGA helps customers quickly identify, assess, and respond to sophisticated threats with confidence.
Extensive Behavior Signature Set
Joe Security offers one of the most comprehensive Behavior Signature collections in the industry, featuring over 2580+ behavior, 3525+ Yara, and 118+ Sigma signatures. Covering Windows, Android, macOS, and Linux, these signatures enable precise detection, classification, and summarization of malicious activity and evasive techniques. By applying them across vast data sources—from operating system and memory to network, files, and screens—customers gain deep visibility and faster, more accurate threat detection.
Check out our latest malware analysis reports for behavior signature results.