MISP modules

MISP modules are autonomous modules that can be used for expansion and other services in MISP.

The modules are written in Python 3 following a simple API interface. The objective is to ease the extensions of MISP functionalities without modifying core components. The API is available via a simple REST API which is independent from MISP installation or configuration.

MISP modules support is included in MISP starting from version 2.4.28.

For more information: Extending MISP with Python modules slides from MISP training.

Existing MISP modules

Expansion modules

• apiosintDS - a hover and expansion module to query the OSINT.digitalside.it API.
• API Void - an expansion and hover module to query API Void with a domain attribute.
• AssemblyLine submit - an expansion module to submit samples and urls to AssemblyLine.
• AssemblyLine query - an expansion module to query AssemblyLine and parse the full submission report.
• Backscatter.io - a hover and expansion module to expand an IP address with mass-scanning observations.
• BGP Ranking - a hover and expansion module to expand an AS number with the ASN description and its ranking and position in BGP Ranking.
• RansomcoinDB check - An expansion hover module to query the ransomcoinDB: it contains mapping between BTC addresses and malware hashes. Enrich MISP by querying for BTC -> hash or hash -> BTC addresses.
• BTC scam check - An expansion hover module to instantly check if a BTC address has been abused.
• BTC transactions - An expansion hover module to get a blockchain balance and the transactions from a BTC address in MISP.
• Censys-enrich - An expansion and module to retrieve information from censys.io about a particular IP or certificate.
• CIRCL Passive DNS - a hover and expansion module to expand hostname and IP addresses with passive DNS information.
• CIRCL Passive SSL - a hover and expansion module to expand IP addresses with the X.509 certificate(s) seen.
• countrycode - a hover module to tell you what country a URL belongs to.
• CrowdStrike Falcon - an expansion module to expand using CrowdStrike Falcon Intel Indicator API.
• CPE - An expansion module to query the CVE Search API with a cpe code, to get its related vulnerabilities.
• CVE - a hover module to give more information about a vulnerability (CVE).
• CVE advanced - An expansion module to query the CIRCL CVE search API for more information about a vulnerability (CVE).
• Cuckoo submit - A hover module to submit malware sample, url, attachment, domain to Cuckoo Sandbox.
• Cytomic Orion - An expansion module to enrich attributes in MISP and share indicators of compromise with Cytomic Orion.
• DBL Spamhaus - a hover module to check Spamhaus DBL for a domain name.
• DNS - a simple module to resolve MISP attributes like hostname and domain to expand IP addresses attributes.
• docx-enrich - an enrichment module to get text out of Word document into MISP (using free-text parser).
• DomainTools - a hover and expansion module to get information from DomainTools whois.
• EQL - an expansion module to generate event query language (EQL) from an attribute. Event Query Language
• EUPI - a hover and expansion module to get information about an URL from the Phishing Initiative project.
• Farsight DNSDB Passive DNS - a hover and expansion module to expand hostname and IP addresses with passive DNS information.
• GeoIP - a hover and expansion module to get GeoIP information from geolite/maxmind.
• GeoIP_City - a hover and expansion module to get GeoIP City information from geolite/maxmind.
• GeoIP_ASN - a hover and expansion module to get GeoIP ASN information from geolite/maxmind.
• Greynoise - a hover to get information from greynoise.
• hashdd - a hover module to check file hashes against hashdd.com including NSLR dataset.
• hibp - a hover module to lookup against Have I Been Pwned?
• html_to_markdown - Simple HTML to markdown converter
• intel471 - an expansion module to get info from Intel471.
• IPASN - a hover and expansion to get the BGP ASN of an IP address.
• iprep - an expansion module to get IP reputation from packetmail.net.
• Joe Sandbox submit - Submit files and URLs to Joe Sandbox.
• Joe Sandbox query - Query Joe Sandbox with the link of an analysis and get the parsed data.
• Lastline submit - Submit files and URLs to Lastline.
• Lastline query - Query Lastline with the link to an analysis and parse the report.
• macaddress.io - a hover module to retrieve vendor details and other information regarding a given MAC address or an OUI from MAC address Vendor Lookup. See integration tutorial here.
• macvendors - a hover module to retrieve mac vendor information.
• MALWAREbazaar - an expansion module to query MALWAREbazaar with some payload.
• ocr-enrich - an enrichment module to get OCRized data from images into MISP.
• ods-enrich - an enrichment module to get text out of OpenOffice spreadsheet document into MISP (using free-text parser).
• odt-enrich - an enrichment module to get text out of OpenOffice document into MISP (using free-text parser).
• onyphe - a modules to process queries on Onyphe.
• onyphe_full - a modules to process full queries on Onyphe.
• OTX - an expansion module for OTX.
• passivetotal - a passivetotal module that queries a number of different PassiveTotal datasets.
• pdf-enrich - an enrichment module to extract text from PDF into MISP (using free-text parser).
• pptx-enrich - an enrichment module to get text out of PowerPoint document into MISP (using free-text parser).
• qrcode - a module decode QR code, barcode and similar codes from an image and enrich with the decoded values.
• rbl - a module to get RBL (Real-Time Blackhost List) values from an attribute.
• recordedfuture - a hover and expansion module for enriching MISP attributes with threat intelligence from Recorded Future.
• reversedns - Simple Reverse DNS expansion service to resolve reverse DNS from MISP attributes.
• securitytrails - an expansion module for securitytrails.
• shodan - a minimal shodan expansion module.
• Sigma queries - Experimental expansion module querying a sigma rule to convert it into all the available SIEM signatures.
• Sigma syntax validator - Sigma syntax validator.
• Socialscan - a hover module to check if an email address or a username is used on different online platforms, using the socialscan python library
• SophosLabs Intelix - SophosLabs Intelix is an API for Threat Intelligence and Analysis (free tier available). SophosLabs
• sourcecache - a module to cache a specific link from a MISP instance.
• STIX2 pattern syntax validator - a module to check a STIX2 pattern syntax.
• ThreatCrowd - an expansion module for ThreatCrowd.
• threatminer - an expansion module to expand from ThreatMiner.
• TruSTAR Enrich - an expansion module to enrich MISP data with TruSTAR.
• urlhaus - Query urlhaus to get additional data about a domain, hash, hostname, ip or url.
• urlscan - an expansion module to query urlscan.io.
• virustotal - an expansion module to query the VirusTotal API with a high request rate limit required. (More details about the API: here)
• virustotal_public - an expansion module to query the VirusTotal API with a public key and a low request rate limit. (More details about the API: here)
• VMray - a module to submit a sample to VMray.
• VulnDB - a module to query VulnDB.
• Vulners - an expansion module to expand information about CVEs using Vulners API.
• whois - a module to query a local instance of uwhois.
• wikidata - a wikidata expansion module.
• xforce - an IBM X-Force Exchange expansion module.
• xlsx-enrich - an enrichment module to get text out of an Excel document into MISP (using free-text parser).
• YARA query - a module to create YARA rules from single hash attributes.
• YARA syntax validator - YARA syntax validator.

Export modules

• CEF - module to export Common Event Format (CEF).
• Cisco FireSight Manager ACL rule - module to export as rule for the Cisco FireSight manager ACL.
• GoAML export - module to export in GoAML format.
• Lite Export - module to export a lite event.
• PDF export - module to export an event in PDF.
• Mass EQL Export - module to export applicable attributes from an event to a mass EQL query.
• Nexthink query format - module to export in Nexthink query format.
• osquery - module to export in osquery query format.
• ThreatConnect - module to export in ThreatConnect CSV format.
• ThreatStream - module to export in ThreatStream format.
• VirusTotal Graph - Module to create a VirusTotal graph out of an event.

Import modules

• CSV import - Customizable CSV import module.
• Cuckoo JSON - Cuckoo JSON import.
• Email Import - Email import module for MISP to import basic metadata.
• GoAML import - Module to import GoAML XML format.
• Joe Sandbox import - Parse data from a Joe Sandbox json report.
• Lastline import - Module to import Lastline analysis reports.
• OCR - Optical Character Recognition (OCR) module for MISP to import attributes from images, scan or faxes.
• OpenIOC - OpenIOC import based on PyMISP library.
• ThreatAnalyzer - An import module to process ThreatAnalyzer archive.zip/analysis.json sandbox exports.
• VMRay - An import module to process VMRay export.

How to install and start MISP modules in a Python virtualenv? (recommended)

sudo apt-get install python3-dev python3-pip libpq5 libjpeg-dev tesseract-ocr libpoppler-cpp-dev imagemagick virtualenv libopencv-dev zbar-tools libzbar0 libzbar-dev libfuzzy-dev build-essential -y
sudo -u www-data virtualenv -p python3 /var/www/MISP/venv
cd /usr/local/src/
sudo chown -R www-data: .
sudo -u www-data git clone https://github.com/MISP/misp-modules.git
cd misp-modules
sudo -u www-data /var/www/MISP/venv/bin/pip install -I -r REQUIREMENTS
sudo -u www-data /var/www/MISP/venv/bin/pip install .
# Start misp-modules as a service
sudo cp etc/systemd/system/misp-modules.service /etc/systemd/system/
sudo systemctl daemon-reload
sudo systemctl enable --now misp-modules
/var/www/MISP/venv/bin/misp-modules -l 127.0.0.1 -s & #to start the modules

How to install and start MISP modules on RHEL-based distributions ?

As of this writing, the official RHEL repositories only contain Ruby 2.0.0 and Ruby 2.1 or higher is required. As such, this guide installs Ruby 2.2 from the SCL repository.

sudo yum install rh-python36 rh-ruby22
sudo yum install openjpeg-devel
sudo yum install rubygem-rouge rubygem-asciidoctor zbar-devel opencv-devel gcc-c++ pkgconfig poppler-cpp-devel python-devel redhat-rpm-config
cd /var/www/MISP
git clone https://github.com/MISP/misp-modules.git
cd misp-modules
sudo -u apache /usr/bin/scl enable rh-python36 "virtualenv -p python3 /var/www/MISP/venv"
sudo -u apache /var/www/MISP/venv/bin/pip install -U -I -r REQUIREMENTS
sudo -u apache /var/www/MISP/venv/bin/pip install -U .

Create the service file /etc/systemd/system/misp-modules.service :

echo "[Unit]
Description=MISP's modules
After=misp-workers.service

[Service]
Type=simple
User=apache
Group=apache
ExecStart=/usr/bin/scl enable rh-python36 rh-ruby22  '/var/www/MISP/venv/bin/misp-modules -l 127.0.0.1 -s'
Restart=always
RestartSec=10

[Install]
WantedBy=multi-user.target" | sudo tee /etc/systemd/system/misp-modules.service

The After=misp-workers.service must be changed or removed if you have not created a misp-workers service. Then, enable the misp-modules service and start it:

systemctl daemon-reload
systemctl enable --now misp-modules

How to add your own MISP modules?

Create your module in misp_modules/modules/expansion/, misp_modules/modules/export_mod/, or misp_modules/modules/import_mod/. The module should have at minimum three functions:

• introspection function that returns a dict of the supported attributes (input and output) by your expansion module.
• handler function which accepts a JSON document to expand the values and return a dictionary of the expanded values.
• version function that returns a dict with the version and the associated meta-data including potential configurations required of the module.

Don't forget to return an error key and value if an error is raised to propagate it to the MISP user-interface.

Your module's script name should also be added in the __all__ list of <module type folder>/__init__.py in order for it to be loaded.

...
    # Checking for required value
    if not request.get('ip-src'):
        # Return an error message
        return {'error': "A source IP is required"}
...

introspection

The function that returns a dict of the supported attributes (input and output) by your expansion module.

mispattributes = {'input': ['link', 'url'],
                  'output': ['attachment', 'malware-sample']}

def introspection():
    return mispattributes

version

The function that returns a dict with the version and the associated meta-data including potential configurations required of the module.

Additional Configuration Values

If your module requires additional configuration (to be exposed via the MISP user-interface), you can define those in the moduleconfig value returned by the version function.

# config fields that your code expects from the site admin
moduleconfig = ["apikey", "event_limit"]

def version():
    moduleinfo['config'] = moduleconfig
    return moduleinfo

When you do this a config array is added to the meta-data output containing all the potential configuration values:

"meta": {
      "description": "PassiveTotal expansion service to expand values with multiple Passive DNS sources",
      "config": [
        "username",
        "password"
      ],
      "module-type": [
        "expansion",
        "hover"
      ],

...

If you want to use the configuration values set in the web interface they are stored in the key config in the JSON object passed to the handler.

def handler(q=False):

    # Check if we were given a configuration
    config = q.get("config", {})

    # Find out if there is a username field
    username = config.get("username", None)

handler

The function which accepts a JSON document to expand the values and return a dictionary of the expanded values.

def handler(q=False):
    "Fully functional rot-13 encoder"
    if q is False:
        return False
    request = json.loads(q)
    src = request.get('ip-src')
    if src is None:
        # Return an error message
        return {'error': "A source IP is required"}
    else:
        return {'results':
                codecs.encode(src, "rot-13")}

export module

For an export module, the request["data"] object corresponds to a list of events (dictionaries) to handle.

Iterating over events attributes is performed using their Attribute key.

...
for event in request["data"]:
        for attribute in event["Attribute"]:
          # do stuff w/ attribute['type'], attribute['value'], ...
...

### Returning Binary Data

If you want to return a file or other data you need to add a data attribute.

~~~python
{"results": {"values": "filename.txt",
             "types": "attachment",
             "data"  : base64.b64encode(<ByteIO>)  # base64 encode your data first
             "comment": "This is an attachment"}}

If the binary file is malware you can use 'malware-sample' as the type. If you do this the malware sample will be automatically zipped and password protected ('infected') after being uploaded.

{"results": {"values": "filename.txt",
             "types": "malware-sample",
             "data"  : base64.b64encode(<ByteIO>)  # base64 encode your data first
             "comment": "This is an attachment"}}

To learn more about how data attributes are processed you can read the processing code here.

Module type

A MISP module can be of four types:

• expansion - service related to an attribute that can be used to extend and update an existing event.
• hover - service related to an attribute to provide additional information to the users without updating the event.
• import - service related to importing and parsing an external object that can be used to extend an existing event.
• export - service related to exporting an object, event, or data.

module-type is an array where the list of supported types can be added.

Testing your modules?

MISP uses the modules function to discover the available MISP modules and their supported MISP attributes:

% curl -s http://127.0.0.1:6666/modules | jq .
[
  {
    "name": "passivetotal",
    "type": "expansion",
    "mispattributes": {
      "input": [
        "hostname",
        "domain",
        "ip-src",
        "ip-dst"
      ],
      "output": [
        "ip-src",
        "ip-dst",
        "hostname",
        "domain"
      ]
    },
    "meta": {
      "description": "PassiveTotal expansion service to expand values with multiple Passive DNS sources",
      "config": [
        "username",
        "password"
      ],
      "author": "Alexandre Dulaunoy",
      "version": "0.1"
    }
  },
  {
    "name": "sourcecache",
    "type": "expansion",
    "mispattributes": {
      "input": [
        "link"
      ],
      "output": [
        "link"
      ]
    },
    "meta": {
      "description": "Module to cache web pages of analysis reports, OSINT sources. The module returns a link of the cached page.",
      "author": "Alexandre Dulaunoy",
      "version": "0.1"
    }
  },
  {
    "name": "dns",
    "type": "expansion",
    "mispattributes": {
      "input": [
        "hostname",
        "domain"
      ],
      "output": [
        "ip-src",
        "ip-dst"
      ]
    },
    "meta": {
      "description": "Simple DNS expansion service to resolve IP address from MISP attributes",
      "author": "Alexandre Dulaunoy",
      "version": "0.1"
    }
  }
]

The MISP module service returns the available modules in a JSON array containing each module name along with their supported input attributes.

Based on this information, a query can be built in a JSON format and saved as body.json:

{
  "hostname": "www.foo.be",
  "module": "dns"
}

Then you can POST this JSON format query towards the MISP object server:

curl -s http://127.0.0.1:6666/query -H "Content-Type: application/json" --data @body.json -X POST

The module should output the following JSON:

{
  "results": [
    {
      "types": [
        "ip-src",
        "ip-dst"
      ],
      "values": [
        "188.65.217.78"
      ]
    }
  ]
}

It is also possible to restrict the category options of the resolved attributes by passing a list of categories along (optional):

{
  "results": [
    {
      "types": [
        "ip-src",
        "ip-dst"
      ],
      "values": [
        "188.65.217.78"
      ],
      "categories": [
        "Network activity",
        "Payload delivery"
      ]
    }
  ]
}

For both the type and the category lists, the first item in the list will be the default setting on the interface.

Enable your module in the web interface

For a module to be activated in the MISP web interface it must be enabled in the "Plugin Settings.

Go to "Administration > Server Settings" in the top menu

• Go to "Plugin Settings" in the top "tab menu bar"
• Click on the name of the type of module you have created to expand the list of plugins to show your module.
• Find the name of your plugin's "enabled" value in the Setting Column. "Plugin.[MODULE NAME]_enabled"
• Double click on its "Value" column

Priority        Setting                         Value   Description                             Error Message
Recommended     Plugin.Import_ocr_enabled       false   Enable or disable the ocr module.       Value not set.

• Use the drop-down to set the enabled value to 'true'

Priority        Setting                         Value   Description                             Error Message
Recommended     Plugin.Import_ocr_enabled       true   Enable or disable the ocr module.       Value not set.

Set any other required settings for your module

In this same menu set any other plugin settings that are required for testing.

Install misp-module on an offline instance.

First, you need to grab all necessary packages for example like this :

Use pip wheel to create an archive

mkdir misp-modules-offline
pip3 wheel -r REQUIREMENTS shodan --wheel-dir=./misp-modules-offline
tar -cjvf misp-module-bundeled.tar.bz2 ./misp-modules-offline/*

On offline machine :

mkdir misp-modules-bundle
tar xvf misp-module-bundeled.tar.bz2 -C misp-modules-bundle
cd misp-modules-bundle
ls -1|while read line; do sudo pip3 install --force-reinstall --ignore-installed --upgrade --no-index --no-deps ${line};done

Next you can follow standard install procedure.

How to contribute your own module?

Fork the project, add your module, test it and make a pull-request. Modules can be also private as you can add a module in your own MISP installation.

Tips for developers creating modules

Download a pre-built virtual image from the MISP training materials.

• Create a Host-Only adapter in VirtualBox
• Set your Misp OVA to that Host-Only adapter
• Start the virtual machine
• Get the IP address of the virtual machine
• SSH into the machine (Login info on training page)
• Go into the misp-modules directory

cd /usr/local/src/misp-modules

Set the git repo to your fork and checkout your development branch. If you SSH'ed in as the misp user you will have to use sudo.

sudo git remote set-url origin https://github.com/YourRepo/misp-modules.git
sudo git pull
sudo git checkout MyModBranch

Remove the contents of the build directory and re-install misp-modules.

sudo rm -fr build/*
sudo -u www-data /var/www/MISP/venv/bin/pip install --upgrade .

SSH in with a different terminal and run misp-modules with debugging enabled.

# In case misp-modules is not a service do:
# sudo killall misp-modules
sudo systemctl disable --now misp-modules
sudo -u www-data /var/www/MISP/venv/bin/misp-modules -d

In your original terminal you can now run your tests manually and see any errors that arrive

cd tests/
curl -s http://127.0.0.1:6666/query -H "Content-Type: application/json" --data @MY_TEST_FILE.json -X POST
cd ../

Documentation

In order to provide documentation about some modules that require specific input / output / configuration, the doc directory contains detailed information about the general purpose, requirements, features, input and ouput of each of these modules:

• *description - quick description of the general purpose of the module, as the one given by the moduleinfo
• requirements - special libraries needed to make the module work
• features - description of the way to use the module, with the required MISP features to make the module give the intended result
• references - link(s) giving additional information about the format concerned in the module
• input - description of the format of data used in input
• output - description of the format given as the result of the module execution