Triage Suspicious Content
Overview
Identify the content and its active surfaces without opening, installing, importing, previewing, or following it through a handler that may execute code. Preserve the original and route the smallest useful next check.
Read references/content-preflight.md for format-specific active-content clues.
Workflow
Preserve intake context.
- Record sender/source, delivery channel, claimed purpose, filenames, timestamps, quarantine metadata, URLs as text, and why it looked suspicious.
- Hash files and work from a copy.
Identify containers before content.
- Determine file type from bytes and structure, not extension alone.
- List archive/package members without broad extraction and note traversal paths, symlinks, nested archives, password protection, or misleading double extensions.
Inventory active surfaces.
- Look for executables, scripts, macros, embedded files, links, forms, JavaScript, launch/install metadata, configuration payloads, extension permissions, shortened/redirecting URLs, and QR destinations.
- Treat preview generators and importers as parsers that may be vulnerable.
Check local provenance.
- Record signatures, signer identity, notarization/quarantine evidence, package receipts/metadata, document producer, URL host and certificate context, and expected vendor distribution channel.
- Do not infer trust from any one field.
Route without execution.
- Use reputation checking for hash/domain/vendor context, script/document analysis for active text, static malware analysis for capabilities, and reverse engineering for binary internals.
- Select isolation before any dynamic behavior.
Output
Return intake identity, actual type/container, active surfaces, provenance observations, suspicious and benign explanations, confidence, and the first safe next workflow.
1---2name: triage-suspicious-content3description: Safely classify suspicious files, archives, installers, packages, scripts, documents, profiles, browser extensions, URLs, QR codes, messages, and nested payloads before execution. Use when someone needs the smallest safe next analysis step.4---56# Triage Suspicious Content78## Overview910Identify the content and its active surfaces without opening, installing, importing, previewing, or following it through a handler that may execute code. Preserve the original and route the smallest useful next check.1112Read [references/content-preflight.md](references/content-preflight.md) for format-specific active-content clues.1314## Workflow15161. Preserve intake context.17 - Record sender/source, delivery channel, claimed purpose, filenames, timestamps, quarantine metadata, URLs as text, and why it looked suspicious.18 - Hash files and work from a copy.19202. Identify containers before content.21 - Determine file type from bytes and structure, not extension alone.22 - List archive/package members without broad extraction and note traversal paths, symlinks, nested archives, password protection, or misleading double extensions.23243. Inventory active surfaces.25 - Look for executables, scripts, macros, embedded files, links, forms, JavaScript, launch/install metadata, configuration payloads, extension permissions, shortened/redirecting URLs, and QR destinations.26 - Treat preview generators and importers as parsers that may be vulnerable.27284. Check local provenance.29 - Record signatures, signer identity, notarization/quarantine evidence, package receipts/metadata, document producer, URL host and certificate context, and expected vendor distribution channel.30 - Do not infer trust from any one field.31325. Route without execution.33 - Use reputation checking for hash/domain/vendor context, script/document analysis for active text, static malware analysis for capabilities, and reverse engineering for binary internals.34 - Select isolation before any dynamic behavior.3536## Output3738Return intake identity, actual type/container, active surfaces, provenance observations, suspicious and benign explanations, confidence, and the first safe next workflow.
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