ctf-forensics-disk

Recover deleted files from a disk image by using signature-based file carving and filesystem reconstruction within a read-only forensic framework. This approach extracts hidden artifacts without mutating the original evidence.

Analyze memory dumps for hidden system state information by performing memory dump inspection via Volatility. This process extracts runtime artifacts and system state details while maintaining strict evidence integrity.

Identify hidden partitions in a raw disk image by calculating its hash and running partition enumeration. This systematic investigation reconstructs the partition structure to locate concealed data segments.

Yes, you need Sleuth Kit, Volatility, and hashcat to perform disk and memory forensics. These tools satisfy the rigorous evidence collection, memory inspection, and encrypted volume recovery standards required by the workflow.

Recover data from encrypted volumes during a forensic investigation by executing encrypted volume recovery operations. This requires integrating hashcat to unlock the volumes while operating within a strictly read-only framework.

Disk forensics requires a strictly read-only operational framework to ensure evidence integrity and prevent accidental mutation of original artifacts. This guarantees that recovered data remains valid for rigorous validation standards.