• The dependencies can be installed with help of the requirements.txt (eg. pip2 install -r requirements.txt)
• Since Chilkat can not be installed via pip it has to be manually installed.
• chilkat (Python 2.7 64bit)
• Furthermore some additional system packages have to be installed via the Linux-Package-Manager. For Debian based systems this can be done by the following command:
• apt-get install adb python neo4j python-pip virtualbox postgresql python-dev libffi-dev libssl-dev libxml2-dev libxslt1-dev libjpeg-dev tcpdump libcap2-bin automake autoconf libtool python-psycopg2 libpq-dev apache2 apache2-utils libexpat1 ssl-cert libapache2-mod-wsgi
• There is also an install script in the root folder which you may use.
• After successful installation of all requirements you can start with initializing the database and migrate the Django-Project
• Next Steps:
• initialize database
• migrate project (python2 manage.py migrate)

• django-multiupload Run pip install -e git+https://github.com/Chive/django-multiupload.git#egg=multiupload
• Set up PATH_MODULE_CONFIG in Backend view.py
• Edit the config files DynamicAnalyzer/settings.py StaticAnalyzer/settings.py and config/misc_config.py

Tested with version neo4j-community-2.3.3

• ulimit -n 40000 - Ensure better performance by allowing more open file descriptors
• neo4j-community-X.X.X/bin/neo4j start - Start the Neo4J Framework

• Start the Database-Server systemctl start postgres

• Since Cuckoo needs to be connected to the Internet you need some Firewall-Rules. An example is provided in the iptables.sh file. You can adapt this to your existing Firewall
• For the usage of the Cuckoo image file you may have to create a new snapshot after importing to VirtualBox

• Start Neo4J using the commandline (see Running > Neo4J)
• Open the Neo4J browser
• Execute Cypher requests

• Note: From time to time you should clean cuckoo temp files. You can do this by navigating in DynamicAnalyzer/cuckoo and issue the following command: python2 cuckoo.py --clean