###TriforceAFL_new

	A tool for simulation, dynamic analysis and fuzzing of IoT firmware.
	Combination of TriforceAFL, firmadyne and DECAF.

####DECAF: upgraded to the newest qemu version 2.10.1 It is included in qemu_mode/qemu dir. In our case, run ./configure --target-list=mipsel-softmmu Run make

####Firmadyne: we use its custom kernel and libnvram to emulate IoT firmware. cd firmadyne See README in firmadyne and do as it says.(NOTICE: need to set FIRMWARE_DIR in firmadyne.config Here, we test DIR-815_FIRMWARE_1.01.ZIP, a router firmware image based on mipsel cpu arch. run "../qemu_mode/qemu/qemu-img convert -f raw -O qcow2 ./scratch/2/image.raw ./scratch/2/image.qcow2" Finally, we replace the run.sh in scratch/(num)/ with our modified one (In firmadyne_dev dir).

####TriforceAFL: AFL fuzzing with full-system emulation Run make

####Usage: cd firmadyne Run ./scratch/(num)/run.sh In another terminal, run 'telnet 127.0.0.1 4444', into qemu monitor console. FirmFuzzer plugin: load_plugin ../qemu_mode/qemu/plugins/callbacktests/callbacktests.so do_callbacktests httpd do_callbacktests hedwig.cgi When firmware system initialization is completed and poll system call is executed, open a Browser, type a request "192.168.0.1/hedwig.cgi" in url, the fuzz process will be started. MalScalpel plugin: load_plugin ../qemu_mode/qemu/plugins/unpacker/unpacker.so trace_by_name mirai.mpsl Then, telnet into system "telnet 192.168.0.1" with username "Alphanetworks" and password "wrgnd08_dlob_dir815" Run "/FILE_LOAD/mirai.mpsl", the plugin works.