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MISP is not only a software but also a series of data models created by the MISP community. MISP includes a simple and practical information sharing format expressed in JSON that can be used with MISP software or by any other software.

MISP Core Format

The MISP core format is a simple JSON format used by MISP and other tools to exchange events and attributes. The JSON schema 2.4 is described on the MISP core software and many sample files are available in the OSINT feed.

MISP default attributes and categories

Attribute Categories vs Types

Category Internal reference Targeting data Antivirus detection Payload delivery Artifacts dropped Payload installation
md5 X X X
sha1 X X X
sha256 X X X
filename X X X
pdb X
filename|md5 X X X
filename|sha1 X X X
filename|sha256 X X X
ip-src X
ip-dst X
hostname X
domain X
domain|ip
email-src X
email-dst X
email-subject X
email-attachment X
url X
http-method
user-agent X
regkey X
regkey|value X
AS X
snort
pattern-in-file X X X
pattern-in-traffic X X
pattern-in-memory X X
yara X X X
vulnerability X X
attachment X X X X
malware-sample X X X
link X X X
comment X X X X X X
text X X X X X
other X X X X X
named pipe X
mutex X
target-user X
target-email X
target-machine X
target-org X
target-location X
target-external X
btc
iban
bic
bank-account-nr
aba-rtn
bin
cc-number
prtn
threat-actor
campaign-name
campaign-id
malware-type X X
uri
authentihash X X X
ssdeep X X X
imphash X X X
pehash X X
sha224 X X X
sha384 X X X
sha512 X X X
sha512/224 X X X
sha512/256 X X X
tlsh X X
filename|authentihash X X X
filename|ssdeep X X X
filename|imphash X X X
filename|pehash X X X
filename|sha224 X X X
filename|sha384 X X X
filename|sha512 X X X
filename|sha512/224 X X X
filename|sha512/256 X X X
filename|tlsh X X X
windows-scheduled-task X
windows-service-name X
windows-service-displayname X
whois-registrant-email
whois-registrant-phone
whois-registrant-name
whois-registrar
whois-creation-date
targeted-threat-index
mailslot
pipe
ssl-cert-attributes
x509-fingerprint-sha1 X X X
Category Persistence mechanism Network activity Payload type Attribution External analysis Financial fraud
md5 X
sha1 X
sha256 X
filename X X
pdb
filename|md5 X
filename|sha1 X
filename|sha256 X
ip-src X X
ip-dst X X
hostname X X
domain X X
domain|ip X X
email-src
email-dst X
email-subject
email-attachment
url X X
http-method X
user-agent X X
regkey X X
regkey|value X X
AS X X
snort X X
pattern-in-file X X
pattern-in-traffic X X
pattern-in-memory X
yara
vulnerability X
attachment X X
malware-sample X
link X
comment X X X X X X
text X X X X X X
other X X X X X X
named pipe
mutex
target-user
target-email
target-machine
target-org
target-location
target-external
btc X
iban X
bic X
bank-account-nr X
aba-rtn X
bin X
cc-number X
prtn X
threat-actor X
campaign-name X
campaign-id X
malware-type
uri X
authentihash
ssdeep
imphash
pehash
sha224
sha384
sha512
sha512/224
sha512/256
tlsh
filename|authentihash
filename|ssdeep
filename|imphash
filename|pehash
filename|sha224
filename|sha384
filename|sha512
filename|sha512/224
filename|sha512/256
filename|tlsh
windows-scheduled-task
windows-service-name
windows-service-displayname
whois-registrant-email X
whois-registrant-phone X
whois-registrant-name X
whois-registrar X
whois-creation-date X
targeted-threat-index
mailslot
pipe
ssl-cert-attributes
x509-fingerprint-sha1 X X X
Category Other
md5
sha1
sha256
filename
pdb
filename|md5
filename|sha1
filename|sha256
ip-src
ip-dst
hostname
domain
domain|ip
email-src
email-dst
email-subject
email-attachment
url
http-method
user-agent
regkey
regkey|value
AS
snort
pattern-in-file
pattern-in-traffic
pattern-in-memory
yara
vulnerability
attachment
malware-sample
link
comment X
text X
other X
named pipe
mutex
target-user
target-email
target-machine
target-org
target-location
target-external
btc
iban
bic
bank-account-nr
aba-rtn
bin
cc-number
prtn
threat-actor
campaign-name
campaign-id
malware-type
uri
authentihash
ssdeep
imphash
pehash
sha224
sha384
sha512
sha512/224
sha512/256
tlsh
filename|authentihash
filename|ssdeep
filename|imphash
filename|pehash
filename|sha224
filename|sha384
filename|sha512
filename|sha512/224
filename|sha512/256
filename|tlsh
windows-scheduled-task
windows-service-name
windows-service-displayname
whois-registrant-email
whois-registrant-phone
whois-registrant-name
whois-registrar
whois-creation-date
targeted-threat-index
mailslot
pipe
ssl-cert-attributes
x509-fingerprint-sha1

Categories

  • Internal reference: Reference used by the publishing party (e.g. ticket number)
  • Targeting data: Targeting information to include recipient email, infected machines, department, and or locations.
  • Antivirus detection: List of anti-virus vendors detecting the malware or information on detection performance (e.g. 13/43 or 67%). Attachment with list of detection or link to VirusTotal could be placed here as well.
  • Payload delivery: Information about the way the malware payload is initially delivered, for example information about the email or web-site, vulnerability used, originating IP etc. Malware sample itself should be attached here.
  • Artifacts dropped: Any artifact (files, registry keys etc.) dropped by the malware or other modifications to the system
  • Payload installation: Location where the payload was placed in the system and the way it was installed. For example, a filename|md5 type attribute can be added here like this: c:\windows\system32\malicious.exe|41d8cd98f00b204e9800998ecf8427e.
  • Persistence mechanism: Mechanisms used by the malware to start at boot. This could be a registry key, legitimate driver modification, LNK file in startup
  • Network activity: Information about network traffic generated by the malware
  • Payload type: Information about the final payload(s). Can contain a function of the payload, e.g. keylogger, RAT, or a name if identified, such as Poison Ivy.
  • Attribution: Identification of the group, organisation, or country behind the attack
  • External analysis: Any other result from additional analysis of the malware like tools output Examples: pdf-parser output, automated sandbox analysis, reverse engineering report.
  • Financial fraud: Financial Fraud indicators, for example: IBAN Numbers, BIC codes, Credit card numbers, etc.
  • Other: Attributes that are not part of any other category

Types

  • md5: You are encouraged to use filename|md5 instead. A checksum in md5 format, only use this if you don't know the correct filename
  • sha1: You are encouraged to use filename|sha1 instead. A checksum in sha1 format, only use this if you don't know the correct filename
  • sha256: You are encouraged to use filename|sha256 instead. A checksum in sha256 format, only use this if you don't know the correct filename
  • filename: Filename
  • pdb: Microsoft Program database (PDB) path information
  • filename!md5: A filename and an md5 hash separated by a | (no spaces)
  • filename!sha1: A filename and an sha1 hash separated by a | (no spaces)
  • filename!sha256: A filename and an sha256 hash separated by a | (no spaces)
  • ip-src: A source IP address of the attacker
  • ip-dst: A destination IP address of the attacker or C&C server. Also set the IDS flag on when this IP is hardcoded in malware
  • hostname: A full host/dnsname of an attacker. Also set the IDS flag on when this hostname is hardcoded in malware
  • domain: A domain name used in the malware. Use this instead of hostname when the upper domain is important or can be used to create links between events.
  • domain!ip: A domain name and its IP address (as found in DNS lookup) separated by a | (no spaces)
  • email-src: The email address (or domainname) used to send the malware.
  • email-dst: A recipient email address that is not related to your constituency.
  • email-subject: The subject of the email
  • email-attachment: File name of the email attachment.
  • url: url
  • http-method: HTTP method used by the malware (e.g. POST, GET, ...).
  • user-agent: The user-agent used by the malware in the HTTP request.
  • regkey: Registry key or value
  • regkey!value: Registry value + data separated by |
  • AS: Autonomous system
  • snort: An IDS rule in Snort rule-format. This rule will be automatically rewritten in the NIDS exports.
  • pattern-in-file: Pattern in file that identifies the malware
  • pattern-in-traffic: Pattern in network traffic that identifies the malware
  • pattern-in-memory: Pattern in memory dump that identifies the malware
  • yara: Yara signature
  • vulnerability: A reference to the vulnerability used in the exploit
  • attachment: Please upload files using the Upload Attachment button.
  • malware-sample: Please upload files using the Upload Attachment button.
  • link: Link to an external information
  • comment: Comment or description in a human language. This will not be correlated with other attributes
  • text: Name, ID or a reference
  • other: Other attribute
  • named pipe: Named pipe, use the format .\pipe<PipeName>
  • mutex: Mutex, use the format \BaseNamedObjects<Mutex>
  • target-user: Attack Targets Username(s)
  • target-email: Attack Targets Email(s)
  • target-machine: Attack Targets Machine Name(s)
  • target-org: Attack Targets Department or Organization(s)
  • target-location: Attack Targets Physical Location(s)
  • target-external: External Target Organizations Affected by this Attack
  • btc: Bitcoin Address
  • iban: International Bank Account Number
  • bic: Bank Identifier Code Number
  • bank-account-nr: Bank account number without any routing number
  • aba-rtn: ABA routing transit number
  • bin: Bank Identification Number
  • cc-number: Credit-Card Number
  • prtn: Premium-Rate Telephone Number
  • threat-actor: A string identifying the threat actor
  • campaign-name: Associated campaign name
  • campaign-id: Associated campaign ID
  • malware-type:
  • uri: Uniform Resource Identifier
  • authentihash: You are encouraged to use filename|authentihash instead, authenticode executable signature hash, only use this if you don't know the correct filename
  • ssdeep: You are encouraged to use filename|ssdeep instead. A checksum in the SSDeep format, only use this if you don't know the correct filename
  • imphash: You are encouraged to use filename|imphash instead. A hash created based on the imports in the sample, only use this if you don't know the correct filename
  • pehash: PEhash - a hash calculated based of certain pieces of a PE executable file
  • sha224: You are encouraged to use filename|sha224 instead. A checksum in sha224 format, only use this if you don't know the correct filename
  • sha384: You are encouraged to use filename|sha384 instead. A checksum in sha384 format, only use this if you don't know the correct filename
  • sha512: You are encouraged to use filename|sha512 instead. A checksum in sha512 format, only use this if you don't know the correct filename
  • sha512/224: You are encouraged to use filename|sha512/224 instead. A checksum in sha512/224 format, only use this if you don't know the correct filename
  • sha512/256: You are encouraged to use filename|sha512/256 instead. A checksum in sha512/256 format, only use this if you don't know the correct filename
  • tlsh: You are encouraged to use filename|tlsh instead. A checksum in the Trend Micro Locality Sensitive Hash format, only use this if you don't know the correct filename
  • filename!authentihash: A checksum in md5 format
  • filename!ssdeep: A checksum in ssdeep format
  • filename!imphash: Import hash - a hash created based on the imports in the sample.
  • filename!pehash: A filename and a PEhash separated by a pipe
  • filename!sha224: A filename and a sha-224 hash separated by a pipe
  • filename!sha384: A filename and a sha-384 hash separated by a pipe
  • filename!sha512: A filename and a sha-512 hash separated by a pipe
  • filename!sha512/224: A filename and a sha-512/224 hash separated by a pipe
  • filename!sha512/256: A filename and a sha-512/256 hash separated by a pipe
  • filename!tlsh: A filename and a Trend Micro Locality Sensitive Hash separated by a pipe
  • windows-scheduled-task: A scheduled task in windows
  • windows-service-name: A windows service name. This is the name used internally by windows. Not to be confused with the windows-service-displayname.
  • windows-service-displayname: A windows service's displayname, not to be confused with the windows-service-name. This is the name that applications will generally display as the service's name in applications.
  • whois-registrant-email: The e-mail of a domain's registrant, obtained from the WHOIS information.
  • whois-registrant-phone: The phone number of a domain's registrant, obtained from the WHOIS information.
  • whois-registrant-name: The name of a domain's registrant, obtained from the WHOIS information.
  • whois-registrar: The registrar of the domain, obtained from the WHOIS information.
  • whois-creation-date: The date of domain's creation, obtained from the WHOIS information.
  • targeted-threat-index:
  • mailslot: MailSlot interprocess communication
  • pipe: Pipeline (for named pipes use the attribute type "named pipe")
  • ssl-cert-attributes: SSL certificate attributes
  • x509-fingerprint-sha1: X509 fingerprint in SHA-1 format

MISP Taxonomies

Along with the core format, MISP taxonomies provide a set of already defined classifications modeling estimative language, CSIRTs/CERTs classifications, national classifications or threat model classification. The fixed taxonomies provide a practical method to tag efficiently events and attributes within a set of MISP instances where taxonomies can be easily cherry-picked or extended to meet the local requirements of an organization or a specific sharing community. When using MISP, the MISP taxonomies are available and can be freely used based on the community practises.