Malicious Office (OLE) / .DOC — malware analysis report

Static analysis result for SHA-256 701368abaf39e7a6…

MALICIOUS

Office (OLE) / .DOC

76.5 KB
MD5: 6ee4f9d6e863d2bc1155f6970691bcd6 SHA-1: 3378312df56e3709f447b39b0af7229e0a8c435e SHA-256: 701368abaf39e7a67c49fc8daf5458f9053da15fadfaa0e5d9bc82b1d264cfe3
80 Risk Score

Malware Insights

MITRE ATT&CK
T1566.001 Spearphishing Attachment

The OLE document exhibits characteristics of a dropper, specifically an appended executable payload with high entropy and a large slack region. This suggests the file is designed to deliver a secondary malicious payload. No specific family could be identified from the available evidence.

Heuristics 2

  • OLE document has large unaccounted-for region high OLE_SLACK_ANOMALY
    OLE file is 78,336 bytes but its declared streams total only 12,338 bytes — 65,998 bytes (84%) live in unallocated sector slack. This is the canonical hiding place for pre-macro-era Office exploit payloads (XOR-encoded shellcode reached via a parser pointer-corruption bug in the document structure).
  • OLE file has appended executable-looking payload bytes high OLE_APPENDED_PAYLOAD
    OLE compound file contains a large high-entropy region beyond the declared major streams and that region includes shellcode, PE, or loader API markers. This is a payload-carrier signal, not a specific CVE attribution by itself.