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Run safe local forensic analysis on files using common system binaries.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Forensic Artifact Investigator MCP Server" yet — see the docs or source repo.
Run forensic analysis on the local file /evidence/sample.jpg. Extract the file type, EXIF metadata, and readable strings, then summarize anything suspicious.
A report with file type, metadata, extracted strings, and a brief risk summary.
Run forensic analysis on /tmp/unknown.bin, focusing on the file and strings results to help infer its likely purpose.
File identification details, notable strings, and clues about the binary's likely purpose.
Use the available local forensic tools to analyze /cases/memdump.raw, and state whether Volatility was used and what basic findings were obtained.
A summary of which underlying tools were used and the basic forensic findings from the memory sample.
When a suspicious file arrives, security researchers or developers can use this tool to orchestrate local binaries like file, exiftool, and strings for quick initial triage. This reduces the need to run each command manually.
When repeated file checks are needed, users can call existing system forensic tools through this MCP server via safe subprocess execution. It is useful for consolidating scattered local analysis steps into a more consistent workflow.
If Volatility is available in the local environment, this tool can also support basic memory forensic analysis. It fits workflows that need both file and memory analysis in one place.
It is an MCP server that performs file forensics by orchestrating local forensic binaries through safe subprocess execution. The description explicitly mentions file, exiftool, strings, and Volatility.
Based on the description, it depends on the relevant binaries being available on the local system because it orchestrates those tools. For exact installation steps and environment requirements, see the source repository.
Its value is providing a single MCP interface that coordinates multiple local forensic tools and runs them via safe subprocess execution. The provided material does not specify any further abstraction features; see the source repository.
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