CAPE icon
CAPE icon

CAPE

CAPE is a malware sandbox. It was derived from Cuckoo with the goal of adding automated malware unpacking and config extraction.

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Cost / License

  • Free
  • Open Source

Platforms

  • Self-Hosted
  • Online  Requires account registration and manual activation from the hosters
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  1.  Malware Analysis
  2.  Sandbox

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CAPE information

  • Developed by

    GB flagkevoreilly
  • Licensing

    Open Source and Free product.
  • Written in

  • Alternatives

    17 alternatives listed
  • Supported Languages

    • English

AlternativeTo Categories

DevelopmentSecurity & Privacy

GitHub repository

  •  2,853 Stars
  •  516 Forks
  •  38 Open Issues
  •   Updated  
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CAPE was added to AlternativeTo by itsAllDigital on and this page was last updated .
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What is CAPE?

CAPE (Config And Payload Extraction) is an advanced malware analysis tool that enhances the capabilities of traditional sandboxes. Originating from the Cuckoo sandbox framework, CAPE introduces automated features for deconstructing malware to retrieve its configurations and payloads. This automation is achieved through dynamic unpacking and analysis, leveraging Yara signatures for classification alongside network (Suricata) and behavioral (API) signatures for comprehensive malware assessment.

CAPE offers a publicly accessible community version online, available at https://capesandbox.com.

Although config and payload extraction was the original stated goal, it was the development of the debugger in CAPE that first inspired the project: in order to extract configs or unpacked payloads from arbitrary malware families without relying on process dumps (which sooner or later the bad guys will thwart), instruction-level monitoring and control is necessary. The novel debugger in CAPE follows the principle of maximising the use of processor hardware and minimising (almost completely) the use of Windows debugging interfaces, allowing malware to be stealthily instrumented and manipulated from the entry point with hardware breakpoints programmatically set during detonation by Yara signatures or API calls. This allows instruction traces to be captured, or actions to be performed such as control flow manipulation or dumping of a memory region.

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