Understanding Malware Analysis
Malware analysis is the cornerstone of effective cybersecurity. By dissecting malicious software, we uncover behaviors, origins, and vulnerabilities, empowering organizations to stay one step ahead of evolving threats.
Static Analysis
Static analysis is a method of examining malicious software without executing it, focusing on the code, structure, and embedded resources. This process involves deconstructing binaries to uncover indicators of compromise, such as suspicious strings, APIs, or patterns, enabling early threat detection.
Dynamic Analysis
Dynamic analysis involves executing malware in a controlled environment, such as a sandbox, to observe its real-time behavior and impact. This method captures insights into how the malware interacts with the operating system, network, and other applications, revealing activities like file modifications, registry changes, and network communications.


Behavioral Analysis
Behavioral analysis focuses on examining the actions and patterns exhibited by malware during its execution to understand its intent and potential impact. Unlike static analysis, which looks at the code, or dynamic analysis, which observes runtime behaviors, behavioral analysis emphasizes identifying malicious activities, such as unauthorized file access, unusual network communication, or privilege escalation.
Hybrid Analysis
Hybrid analysis combines the strengths of static and dynamic analysis to provide a comprehensive evaluation of malware. This approach integrates the in-depth code inspection of static analysis with the real-time behavior monitoring of dynamic analysis, offering a holistic view of malicious software.
TOOL AND TECHNIQUES
Tools for Malware Analysis
Static Analysis Tools
IDA Pro
Ghidra
PEiD
Dynamic Analysis Tools
Cuckoo Sandbox
Process Monitor (ProcMon)
Wireshark
Behavioral Analysis Tools
Splunk
Sysinternals Suite
FireEye Helix
Hybrid Analysis Tools
Hybrid Analysis
Intezer Analyze
VxStream Sandbox