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Situation: Thinking of making a malware detonator using an ARM single board computer, which has a file scanner in it.

Problem: I am scanning computers (x86 and/or amd64), therefore malwares will be written for those specific architectures. Trying to observe malware activity using an ARM architecture is essentially watching paint dry.

Question: Is there a way I can simulate an x86/amd64 environment on ARM?

Additional information: I looked at QEMU VMs as a method to do so, but I am open to containers that are able to simulate such conditions if possible.

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  • What is a malware detonator supposed to be? How is this system supposed to work?
    – Seth
    Jul 4, 2017 at 7:08
  • When a malware is found, it copies over (a bit counter intuitive), and monitors the malware behaviour and logs it. Jul 4, 2017 at 7:12
  • So... analyser, maybe honeypot. "detonator" is not standard terminology, to the best of my knowledge.
    – Bob
    Jul 4, 2017 at 7:28
  • Oh. So would a honeypot be able to simulate an x86/x64 platform? Jul 4, 2017 at 7:34
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    @TimothyWong For that particular bit, you're looking for emulation (whcih, as you've noticed, qemu can do). But software emulation, especially of different instruction sets, tends to be incredibly slow. The Snapdragon 835 includes some hardware-assisted virt, but even that is probably rather slow. You're better off using a proper x86 chip - there are some fairly slim ones available, e.g. Intel NUCs.
    – Bob
    Jul 4, 2017 at 16:37

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