We update the system, test the network etc. What we need to make sure is that we setup the WiFi as follows : The installer is pretty straight forward. Next we shall run the installer with the following loader script qemu-system-x86_64 -enable-kvm -boot d -cpu host -m 2048 -hda disk.img -cdrom android-x86_ -net nic -net tap Also make sure you move your Android iso to this directory $ mkdir $ANDROID-QEMU We will be working in a directory called $ANDROID-QEMU (you can call it whatever you want, Im just assigning it a dummy variable name here) and create a virtual disk.img of 10 Gigs size. Once we have all this ready we can move on to install latest Android (x86_64) and run it. Iptables -table nat -A POSTROUTING -out-interface wlan0 -j MASQUERADE # The idea is to add the tap device to the same bridgeĮcho 'W: $0: not doing any bridge processing: neither ip nor brctl utility not found' >&2Īnd the network sharing script (must be started before the qemu simulator and requires root privs) (On Debian/Ubuntu just run sudo apt– get install uml-utilities bridge-utils to get tunctl and brctl commands) tunctl -t tap0 -u user # Script to bring a network (tap) device for qemu up. On our Linux x86_64 host we will need the following

I am using the following network scripts for all my qemu simulations, so please feel free to change them according to your needs if desired. In order to be able to intercept SSL traffic from the Android we will need to add our self generated certificate to the system cacert store which will be covered here later on.

I usually build Qemu from source, so once we download the sources via git following is sufficient to build the complete emulator.

Linux Mint 19.1 (x86_64) as our host system (With KVM support built into the kernel).

We will be using the following software : In this exercise we will run the latest Android Oreo (8.1.0) x86_64 under KVM accelerated Qemu and forward all internet traffic from the Android through Burp Suite running on our Linux x86_64 host.

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