Data Carving Tool

This tool analyzes raw binary data to identify recoverable file artifacts without relying on filesystem metadata. It uses a signature-based engine supplemented by header/footer patterns and structural cues to locate and reconstruct files within unallocated space or partially overwritten regions. The core workflow discovers signature anchors, extends boundaries, and validates recovered blocks using checksums or known formats. It supports configurable signature sets, MIME-type based carving, and fragmentation handling to piece together multi-part files. Recovered artifacts are reported with size, type, and location metadata, and can be exported for further analysis.

Who benefits: digital forensics analysts, incident responders, and data recovery engineers working with disk images, USB dumps, or memory captures. The tool integrates into broader workflows where filesystem indexes are missing or unreliable, enabling evidence collection and data recovery with auditable outputs. Unique value lies in its combination of signature-driven detection, fragmentation-aware reconstruction, and exportable artifact inventories that preserve provenance. Core features include signature database management, boundary inference, repair of partial headers, and optional post-processing to infer file types from content. Use cases include carving deleted documents from a drive image, reconstructing email or archive payloads, and isolating recoverable media fragments for reporting.

This tool emphasizes domain correctness and forensics-grade outputs over UI considerations, ensuring reproducibility and traceability in investigations.