A minimal, consistent API for building integrations with malware sandboxes.
This library currently supports the following sandbox systems:
- Cuckoo Sandbox
- Falcon Sandbox (Formerly VxStream)
- FireEye AX Series
- Hatching Triage
- Joe Sandbox
- MetaDefender Sandbox
- VMRay Analyzer
- WildFire Sandbox
It provides at least the following methods for each sandbox:
is_available()
: Check if the sandbox is operable and reachable; returns a booleananalyze(handle, filename)
: Submit a file for analysis; returns anitem_id
check(item_id)
: Check if analysis has completed for a file; returns a booleanreport(item_id, report_format='json')
: Retrieve the report for a submitted filescore(report)
: Parse out and return an integer score from the report object
Some sandbox classes may have additional methods implemented. See inline documentation for more details.
Note that the value returned from the score
method may be on the range
0-10, or 0-100, depending on the sandbox in question, so you should refer to
the specific sandbox's documentation when interpreting this value.
Install through pip:
pip install sandboxapi
Supports Python 2.7+.
Basic usage is as follows:
import sys
import time
import pprint
from sandboxapi import cuckoo
# connect to the sandbox
sandbox = cuckoo.CuckooAPI('http://192.168.0.20:8090/')
# verify connectivity
if not sandbox.is_available():
print("sandbox is down, exiting")
sys.exit(1)
# submit a file
with open('myfile.exe', "rb") as handle:
file_id = sandbox.analyze(handle, 'myfile.exe')
print("file {f} submitted for analysis, id {i}".format(f=filename, i=file_id))
# wait for the analysis to complete
while not sandbox.check(file_id):
print("not done yet, sleeping 10 seconds...")
time.sleep(10)
# print the report
print("analysis complete. fetching report...")
report = sandbox.report(file_id)
pprint.pprint(report)
print("Score: {score}".format(score=sandbox.score(report)))
Since the library provides a consistent API, you can treat all sandoxes the same way:
import sys
import time
import pprint
from sandboxapi import cuckoo, fireeye, joe
# connect to the sandbox
sandboxes = [
cuckoo.CuckooAPI('http://192.168.0.20:8090/'),
fireeye.FireEyeAPI('myusername', 'mypassword', 'https://192.168.0.21', 'winxp-sp3'),
joe.JoeAPI('mykey', 'https://jbxcloud.joesecurity.org/api', True)
]
for sandbox in sandboxes:
# verify connectivity
if not sandbox.is_available():
print("sandbox is down, exiting")
sys.exit(1)
# submit a file
with open('myfile.exe', "rb") as handle:
file_id = sandbox.analyze(handle, 'myfile.exe')
print("file {f} submitted for analysis, id {i}".format(f=filename, i=file_id))
# wait for the analysis to complete
while not sandbox.check(file_id):
print("not done yet, sleeping 10 seconds...")
time.sleep(10)
# print the report
print("analysis complete. fetching report...")
report = sandbox.report(file_id)
pprint.pprint(report)
print("Score: {score}".format(score=sandbox.score(report)))
Constructor signature:
CuckooAPI(url, verify_ssl=False)
Example:
CuckooAPI('http://192.168.0.20:8090/')
This library attempts to support any Cuckoo-like API, including older 1.x
installations (though those without a score won't be able to use the .score
method), compatible forks like spender-sandbox and CAPE, and the latest 2.x
Cuckoo releases. If you find a version that doesn't work, let us know.
There is an unofficial Cuckoo library written by @keithjjones with much more functionality. For more information on the Cuckoo API, see the Cuckoo API documentation.
Constructor signature:
FireEyeAPI(username, password, url, profile, legacy_api=False, verify_ssl=True)
Example:
FireEyeAPI('myusername', 'mypassword', 'https://192.168.0.20', 'winxp-sp3')
By default, the FireEyeAPI
class uses v1.2.0 of the FireEye API, which is
available on v8.x FireEye AX series appliances. The v1.1.0 API, which is
available on v7.x appliances, is also supported - just set legacy_api=True
to use the older version.
There is some limited FireEye API documentation on their blog. For more information on FireEye's sandbox systems, see the AX Series product page. FireEye customers have access to more API documentation.
Constructor signature:
JoeAPI(apikey, apiurl, accept_tac, timeout=None, verify_ssl=True, retries=3)
Example:
JoeAPI('mykey', 'https://jbxcloud.joesecurity.org/api', True)
There is an official Joe Sandbox library with much more functionality.
This library is installed as a dependency of sandboxapi, and wrapped by the
sandboxapi.joe.JoeSandbox
class.
Constructor signature:
VMRayAPI(api_key, url='https://cloud.vmray.com', verify_ssl=True)
Example:
VMRayAPI('mykey')
VMRay customers have access to a Python library with much more functionality. Check your VMRay documentation for more details.
Constructor signature:
FalconAPI(key, url='https://www.reverse.it/api/v2', env=100)
Example:
FalconAPI('mykey')
This class only supports version 2.0+ of the Falcon API, which is available in version 8.0.0+ of the Falcon Sandbox.
There is an official Falcon library with much more functionality, that supports the current and older versions of the Falcon API. Note that the official library only supports Python 3.4+.
Constructor signature:
WildFireAPI(api_key, url='https://wildfire.paloaltonetworks.com/publicapi')
Example:
WildFireAPI('mykey')
Currently, only the WildFire cloud sandbox is supported and not the WildFire appliance.
Constructor signature:
MetaDefenderSandboxAPI(api_key, url=None, verify_ssl=True)
Example:
MetaDefenderSandboxAPI('mykey')
MetaDefender Sandbox (previously known as OPSWAT Filescan Sandbox). You can use the Activation Key that you received from your OPSWAT Sales Representative, and follow the instructions on the OPSWAT Licence Activation page or you can create an API key on the MetaDefender Sandbox Community Site under API Key tab.
More details in the MetaDefender Sandbox API documentation.
Constructor signature:
TriageAPI(api_key, url='https://api.tria.ge', api_path='/v0')
Example:
TriageAPI("ApiKeyHere")
You're able to use this class with both the Triage public cloud and the private Triage instances. Look up the documentation for the right host and api path for your specific instance.
For more information on what is returned from the API you can look up the official Triage API documentation.
You may also be interested in malsub, a similar project with support for a number of online analysis services.