disk-forensics

To recover deleted files from a disk image for forensic analysis, you parse partition layouts, mount the image read-only, and use Sleuth Kit-style workflows to list, extract, and recover deleted artifacts while preserving evidence integrity.

Timeline reconstruction works during incident response by extracting filesystem metadata and timestamps from a disk image, then unifying them into a single UTC timeline to reconstruct event sequences and identify exactly what happened.

The best way to verify disk image integrity and maintain chain of custody is to compute and verify cryptographic hashes of the image, identify its format, and enforce read-only handling throughout the entire forensic analysis process.

Yes, you can perform targeted keyword searching across a forensic disk image to locate specific forensic indicators, identify relevant artifacts, and support incident response or internal investigations with documented reporting.

Yes, you need to calculate partition offsets before analyzing a disk image to ensure partition offset-aware analysis, allowing accurate file system parsing and correct extraction of deleted files and artifacts.

Limitations in disk forensics require strict adherence to lawful-basis and chain-of-custody guardrails, read-only handling, and hash verification to prevent evidence modification and ensure artifacts and timestamps remain admissible.