CLASSIFIED OPERATION: VOLATILE MEMORY FORENSICS & ARTIFACT EXTRACTION
STATUS: CONCLUDED | AUTHOR: MR. CIPHER-X [C|THE]
This repository documents an advanced Digital Forensics and Incident Response (DFIR) operation focused on volatile memory (RAM) analysis. Utilizing the Volatility Framework, the objective was to parse memory dumps to uncover fileless malware, identify process hollowing (DLL injection), and extract hidden cryptographic keys and C2 artifacts that evade traditional disk-based detection.
graph TD;
A[Acquired Memory Dump .raw/.mem] -->|Volatility Framework| B(Image Identification);
B --> C{Forensic Plugin Execution};
C -->|pslist / psscan / psxview| D[Process Tree Analysis];
C -->|netscan / connscan| E[Network Artifact Extraction];
C -->|malfind / hollowfind| F[Memory Injection Detection];
D -->|Hidden/Unlinked Process| G[Identify Rootkit Behavior];
E -->|Active Port in RAM| H[Uncover Stealth C2];
F -->|VAD Segment Extraction| I[Dump Injected Payload];
G --> J[Compile Forensic Timeline & IOCs];
H --> J;
I --> J;
style A fill:#1a1a1a,stroke:#00FFFF,stroke-width:2px;
style J fill:#1a1a1a,stroke:#8A2BE2,stroke-width:2px;
| Threat Vector | Indicators of Compromise (IOCs) | Forensic Technique / Plugin | Tactical Mitigation / Response |
|---|---|---|---|
| DKOM (Direct Kernel Object Manipulation) | Process visible in psscan but hidden in pslist |
Volatility: psxview |
Isolate endpoint, identify rootkit driver, initiate bare-metal wipe. |
| Process Hollowing (Injection) | PAGE_EXECUTE_READWRITE permissions in VAD nodes |
Volatility: malfind |
Dump memory segment (procdump/memdump), reverse engineer payload. |
| Fileless C2 Beaconing | Lingering TCP connections associated with terminated PIDs | Volatility: netscan |
Extract remote IPs, update network boundary blacklists. |
(Note: Raw memory dumps are classified. The following evidence represents parsed plugin outputs and extracted strings.)
[ OPERATION TERMINATED - MEMORY ARTIFACTS SECURED ]