Understand the threat. Strengthen your defenses.
Our Malware Analysis and Reverse Engineering Service provides deep technical insights into malicious files, scripts, and attacks targeting your systems. We go beyond detection — our analysts dissect malware to uncover its functionality, origin, and impact, helping your organization respond effectively and prevent future compromises.
1. Malware Identification
We analyze suspicious files, binaries, or payloads to confirm if they are malicious and determine their type (e.g., trojan, ransomware, web shell, exploit).
2. Behavioral & Static Analysis
Using both static and dynamic analysis, we inspect code structure, obfuscation methods, and runtime behavior to understand how the malware operates and what systems it affects.
3. Reverse Engineering
Our specialists decompile and study malware binaries and scripts to reveal their logic, data flow, persistence methods, and command-and-control mechanisms.
4. Impact Assessment
We identify what the malware changes or accesses — such as system files, credentials, network connections, or external servers — to assess the full scope of compromise.
5. Detailed Reporting
Each engagement includes a technical report with findings, decoded indicators of compromise (IOCs), and actionable recommendations for remediation and prevention.
Experienced Security Analysts — Skilled in advanced malware analysis and reverse engineering of Windows, Linux, and web-based threats.
Actionable Intelligence — We provide practical, threat-driven insights your team can act on immediately.
Confidential & Secure Handling — All samples and client data are handled under strict confidentiality and isolated in secure analysis environments.
Custom Engagements — Tailored analysis depth based on your investigation, compliance, or incident response needs.
You’ll receive a professional malware analysis report including:
Summary of threat and behavior overview
Technical breakdown (static and dynamic analysis)
Indicators of Compromise (IOCs) and YARA/Sigma rules
Infection vector and persistence techniques
Recommended remediation and hardening actions
