sleuthkit/autopsy
Autopsy
Autopsy is a digital forensic analysis platform and evidence management suite used to process disk images and file systems. It provides a graphical interface for performing deep forensic examinations of computer hard drives to identify and extract digital artifacts for investigations.
The platform is built as a Java-based forensic framework that integrates native libraries to perform direct disk image analysis. It utilizes a modular architecture, allowing for the extension of data ingestion and report generation through the use of plugins.
The system manages digital evidence within a centralized workspace, organizing forensic metadata and analysis results across multiple case files. It covers broad capability areas including digital evidence management, forensic tool customization, and the automation of data workflows.
Features
- Digital Forensics and Incident Response Platforms - Provides a comprehensive platform for analyzing disk images and identifying digital evidence for forensic investigations.
- Digital Forensics and Analysis - Provides a graphical interface for the deep-dive investigation, extraction, and analysis of digital evidence.
- Analysis Tools - Ships a system for deep forensic examination of hard drives and raw disk images to recover digital artifacts.
- Forensics And Artifacts - Facilitates computer forensic investigations by searching file systems and disk images for legal or security artifacts.
- Case Management Databases - Provides a centralized database to store forensic metadata and analysis results across multiple case files.
- Metadata Databases - Uses a structured metadata database to maintain forensic analysis results across different user sessions.
- Forensic Workspace Management - Provides a centralized workspace for organizing and analyzing recovered data from multiple disk images.
- Plugin-Based Architectures - Features a modular architecture allowing the extension of ingestion and reporting via predefined Java interfaces.
- Forensic Evidence Management Suites - Provides a centralized suite for organizing forensic metadata and analysis results across multiple evidence sources.
- Forensic Capability Extensions - Supports the creation of custom plugins to add specialized forensic data gathering capabilities.
- JNI Bridges - Uses JNI bridges to integrate low-level C and C++ forensic libraries for direct disk image analysis.
- Event Ingestion Pipelines - Utilizes an event-driven architecture to run modular ingest modules asynchronously for artifact identification.
- Forensic Ingestion Pipelines - Implements a modular, background pipeline for ingesting and processing digital evidence from disk images.
- Automated Data Workflows - Allows development of custom plugins to automate data ingestion and result presentation workflows.
- Background Process Offloading - Offloads heavy forensic data processing to background workers to keep the graphical user interface responsive.
- Native Library Integrations - Integrates native C and C++ forensic libraries using low-level bindings for disk image analysis.
- Forensic Report Modules - Provides modular report generation that separates data analysis from output formatting.
- Forensic Tools - Allows the development of custom plugins and modules to automate data ingestion and reporting for forensic tools.
- Forensic Frameworks - Implements a modular Java-based architecture that allows extending forensic data ingestion and report generation through plugins.
Star history
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