Windows Agent attributes and helpers

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Windows Agent attributes and helpers

This documentation describes Windows attributes and helpers of the Datadog’s Security Language (SECL).

Rules using Windows attributes and helpers must include an OS rule filter field as follows.

id: [...]
expression: [...]
filters:
  - os == "windows"

Triggers

Triggers are events that correspond to types of activity seen by the system. The currently supported set of triggers is:

SECL Event	Type	Definition	Agent Version
`change_permission`	Registry	A permission change was made	7.55
`create`	File	A file was created	7.52
`create_key`	Registry	A registry key was created	7.52
`delete`	File	A file was deleted	7.54
`delete_key`	Registry	A registry key was deleted	7.52
`exec`	Process	A process was executed or forked	7.27
`exit`	Process	A process was terminated	7.38
`open_key`	Registry	A registry key was opened	7.52
`rename`	File	A file was renamed	7.54
`set_key_value`	Registry	A registry key value was set	7.52
`write`	File	A file was written	7.54

Variables

SECL variables are predefined variables that can be used as values or as part of values.

For example, rule using a process.pid variable looks like this:

open.file.path == "/proc/${process.pid}/maps"

List of the available variables:

SECL Variable	Definition	Agent Version
`process.pid`	Process PID	7.33

Event attributes

Common to all event types

Property	Definition
`container.created_at`	Timestamp of the creation of the container
`container.id`	ID of the container
`container.runtime`	Runtime managing the container
`container.tags`	Tags of the container
`event.hostname`	Hostname associated with the event
`event.origin`	Origin of the event
`event.os`	Operating system of the event
`event.service`	Service associated with the event
`event.timestamp`	Timestamp of the event
`process.ancestors.cmdline`	Command line of the process
`process.ancestors.container.id`	Container ID
`process.ancestors.created_at`	Timestamp of the creation of the process
`process.ancestors.envp`	Environment variables of the process
`process.ancestors.envs`	Environment variable names of the process
`process.ancestors.file.name`	File’s basename
`process.ancestors.file.name.length`	Length of the corresponding string
`process.ancestors.file.path`	File’s path
`process.ancestors.file.path.length`	Length of the corresponding string
`process.ancestors.pid`	Process ID of the process (also called thread group ID)
`process.ancestors.ppid`	Parent process ID
`process.ancestors.user`	User name
`process.ancestors.user_sid`	Sid of the user of the process
`process.cmdline`	Command line of the process
`process.container.id`	Container ID
`process.created_at`	Timestamp of the creation of the process
`process.envp`	Environment variables of the process
`process.envs`	Environment variable names of the process
`process.file.name`	File’s basename
`process.file.name.length`	Length of the corresponding string
`process.file.path`	File’s path
`process.file.path.length`	Length of the corresponding string
`process.parent.cmdline`	Command line of the process
`process.parent.container.id`	Container ID
`process.parent.created_at`	Timestamp of the creation of the process
`process.parent.envp`	Environment variables of the process
`process.parent.envs`	Environment variable names of the process
`process.parent.file.name`	File’s basename
`process.parent.file.name.length`	Length of the corresponding string
`process.parent.file.path`	File’s path
`process.parent.file.path.length`	Length of the corresponding string
`process.parent.pid`	Process ID of the process (also called thread group ID)
`process.parent.ppid`	Parent process ID
`process.parent.user`	User name
`process.parent.user_sid`	Sid of the user of the process
`process.pid`	Process ID of the process (also called thread group ID)
`process.ppid`	Parent process ID
`process.user`	User name
`process.user_sid`	Sid of the user of the process

Event `change_permission`

A permission change was made

Property	Definition
`change_permission.new_sd`	New Security Descriptor of the object of which permission was changed
`change_permission.old_sd`	Original Security Descriptor of the object of which permission was changed
`change_permission.path`	Name of the object of which permission was changed
`change_permission.type`	Type of the object of which permission was changed
`change_permission.user_domain`	Domain name of the permission change author
`change_permission.username`	Username of the permission change author

Event `create`

A file was created

Property	Definition
`create.file.device_path`	File’s path
`create.file.device_path.length`	Length of the corresponding string
`create.file.name`	File’s basename
`create.file.name.length`	Length of the corresponding string
`create.file.path`	File’s path
`create.file.path.length`	Length of the corresponding string

Event `create_key`

A registry key was created

Property	Definition
`create.registry.key_name`	Registry’s name
`create.registry.key_name.length`	Length of the corresponding string
`create.registry.key_path`	Registry’s path
`create.registry.key_path.length`	Length of the corresponding string
`create_key.registry.key_name`	Registry’s name
`create_key.registry.key_name.length`	Length of the corresponding string
`create_key.registry.key_path`	Registry’s path
`create_key.registry.key_path.length`	Length of the corresponding string

Event `delete`

A file was deleted

Property	Definition
`delete.file.device_path`	File’s path
`delete.file.device_path.length`	Length of the corresponding string
`delete.file.name`	File’s basename
`delete.file.name.length`	Length of the corresponding string
`delete.file.path`	File’s path
`delete.file.path.length`	Length of the corresponding string

Event `delete_key`

A registry key was deleted

Property	Definition
`delete.registry.key_name`	Registry’s name
`delete.registry.key_name.length`	Length of the corresponding string
`delete.registry.key_path`	Registry’s path
`delete.registry.key_path.length`	Length of the corresponding string
`delete_key.registry.key_name`	Registry’s name
`delete_key.registry.key_name.length`	Length of the corresponding string
`delete_key.registry.key_path`	Registry’s path
`delete_key.registry.key_path.length`	Length of the corresponding string

Event `exec`

A process was executed or forked

Property	Definition
`exec.cmdline`	Command line of the process
`exec.container.id`	Container ID
`exec.created_at`	Timestamp of the creation of the process
`exec.envp`	Environment variables of the process
`exec.envs`	Environment variable names of the process
`exec.file.name`	File’s basename
`exec.file.name.length`	Length of the corresponding string
`exec.file.path`	File’s path
`exec.file.path.length`	Length of the corresponding string
`exec.pid`	Process ID of the process (also called thread group ID)
`exec.ppid`	Parent process ID
`exec.user`	User name
`exec.user_sid`	Sid of the user of the process

Event `exit`

A process was terminated

Property	Definition
`exit.cause`	Cause of the process termination (one of EXITED, SIGNALED, COREDUMPED)
`exit.cmdline`	Command line of the process
`exit.code`	Exit code of the process or number of the signal that caused the process to terminate
`exit.container.id`	Container ID
`exit.created_at`	Timestamp of the creation of the process
`exit.envp`	Environment variables of the process
`exit.envs`	Environment variable names of the process
`exit.file.name`	File’s basename
`exit.file.name.length`	Length of the corresponding string
`exit.file.path`	File’s path
`exit.file.path.length`	Length of the corresponding string
`exit.pid`	Process ID of the process (also called thread group ID)
`exit.ppid`	Parent process ID
`exit.user`	User name
`exit.user_sid`	Sid of the user of the process

Event `open_key`

A registry key was opened

Property	Definition
`open.registry.key_name`	Registry’s name
`open.registry.key_name.length`	Length of the corresponding string
`open.registry.key_path`	Registry’s path
`open.registry.key_path.length`	Length of the corresponding string
`open_key.registry.key_name`	Registry’s name
`open_key.registry.key_name.length`	Length of the corresponding string
`open_key.registry.key_path`	Registry’s path
`open_key.registry.key_path.length`	Length of the corresponding string

Event `rename`

A file was renamed

Property	Definition
`rename.file.destination.device_path`	File’s path
`rename.file.destination.device_path.length`	Length of the corresponding string
`rename.file.destination.name`	File’s basename
`rename.file.destination.name.length`	Length of the corresponding string
`rename.file.destination.path`	File’s path
`rename.file.destination.path.length`	Length of the corresponding string
`rename.file.device_path`	File’s path
`rename.file.device_path.length`	Length of the corresponding string
`rename.file.name`	File’s basename
`rename.file.name.length`	Length of the corresponding string
`rename.file.path`	File’s path
`rename.file.path.length`	Length of the corresponding string

Event `set_key_value`

A registry key value was set

Property	Definition
`set.registry.key_name`	Registry’s name
`set.registry.key_name.length`	Length of the corresponding string
`set.registry.key_path`	Registry’s path
`set.registry.key_path.length`	Length of the corresponding string
`set.registry.value_name`	Registry’s value name
`set.registry.value_name.length`	Length of the corresponding string
`set.value_name`	Registry’s value name
`set_key_value.registry.key_name`	Registry’s name
`set_key_value.registry.key_name.length`	Length of the corresponding string
`set_key_value.registry.key_path`	Registry’s path
`set_key_value.registry.key_path.length`	Length of the corresponding string
`set_key_value.registry.value_name`	Registry’s value name
`set_key_value.registry.value_name.length`	Length of the corresponding string
`set_key_value.value_name`	Registry’s value name

Event `write`

A file was written

Property	Definition
`write.file.device_path`	File’s path
`write.file.device_path.length`	Length of the corresponding string
`write.file.name`	File’s basename
`write.file.name.length`	Length of the corresponding string
`write.file.path`	File’s path
`write.file.path.length`	Length of the corresponding string

Attributes documentation

`*.cmdline`

Type: string

Definition: Command line of the process

*.cmdline has 5 possible prefixes: exec exit process process.ancestors process.parent

Example:

exec.cmdline == "-sV -p 22,53,110,143,4564 198.116.0-255.1-127"

Matches any process with these exact arguments.

Example:

exec.cmdline =~ "* -F * http*"

Matches any process that has the “-F” argument anywhere before an argument starting with “http”.

`*.container.id`

Type: string

Definition: Container ID

*.container.id has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.created_at`

Type: int

Definition: Timestamp of the creation of the process

*.created_at has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.device_path`

Type: string

Definition: File’s path

*.device_path has 5 possible prefixes: create.file delete.file rename.file rename.file.destination write.file

Example:

create.file.device_path == "\device\harddisk1\cmd.bat"

Matches the creation of the file located at c:\cmd.bat

`*.envp`

Type: string

Definition: Environment variables of the process

*.envp has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.envs`

Type: string

Definition: Environment variable names of the process

*.envs has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.key_name`

Type: string

Definition: Registry’s name

*.key_name has 8 possible prefixes: create.registry create_key.registry delete.registry delete_key.registry open.registry open_key.registry set.registry set_key_value.registry

`*.key_path`

Type: string

Definition: Registry’s path

*.key_path has 8 possible prefixes: create.registry create_key.registry delete.registry delete_key.registry open.registry open_key.registry set.registry set_key_value.registry

`*.length`

Type: int

Definition: Length of the corresponding string

*.length has 43 possible prefixes: create.file.device_path create.file.name create.file.path create.registry.key_name create.registry.key_path create_key.registry.key_name create_key.registry.key_path delete.file.device_path delete.file.name delete.file.path delete.registry.key_name delete.registry.key_path delete_key.registry.key_name delete_key.registry.key_path exec.file.name exec.file.path exit.file.name exit.file.path open.registry.key_name open.registry.key_path open_key.registry.key_name open_key.registry.key_path process.ancestors.file.name process.ancestors.file.path process.file.name process.file.path process.parent.file.name process.parent.file.path rename.file.destination.device_path rename.file.destination.name rename.file.destination.path rename.file.device_path rename.file.name rename.file.path set.registry.key_name set.registry.key_path set.registry.value_name set_key_value.registry.key_name set_key_value.registry.key_path set_key_value.registry.value_name write.file.device_path write.file.name write.file.path

`*.name`

Type: string

Definition: File’s basename

*.name has 5 possible prefixes: exec.file exit.file process.ancestors.file process.file process.parent.file

Example:

exec.file.name == "cmd.bat"

Matches the execution of any file named cmd.bat.

`*.name`

Type: string

Definition: File’s basename

*.name has 5 possible prefixes: create.file delete.file rename.file rename.file.destination write.file

Example:

create.file.name == "cmd.bat"

Matches the creation of any file named cmd.bat.

`*.path`

Type: string

Definition: File’s path

*.path has 5 possible prefixes: exec.file exit.file process.ancestors.file process.file process.parent.file

Example:

exec.file.path == "c:\cmd.bat"

Matches the execution of the file located at c:\cmd.bat

`*.path`

Type: string

Definition: File’s path

*.path has 5 possible prefixes: create.file delete.file rename.file rename.file.destination write.file

Example:

create.file.path == "c:\cmd.bat"

Matches the creation of the file located at c:\cmd.bat

`*.pid`

Type: int

Definition: Process ID of the process (also called thread group ID)

*.pid has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.ppid`

Type: int

Definition: Parent process ID

*.ppid has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.registry.value_name`

Type: string

Definition: Registry’s value name

*.registry.value_name has 2 possible prefixes: set set_key_value

`*.user`

Type: string

Definition: User name

*.user has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.user_sid`

Type: string

Definition: Sid of the user of the process

*.user_sid has 5 possible prefixes: exec exit process process.ancestors process.parent

`*.value_name`

Type: string

Definition: Registry’s value name

*.value_name has 2 possible prefixes: set set_key_value

`change_permission.new_sd`

Type: string

Definition: New Security Descriptor of the object of which permission was changed

`change_permission.old_sd`

Type: string

Definition: Original Security Descriptor of the object of which permission was changed

`change_permission.path`

Type: string

Definition: Name of the object of which permission was changed

`change_permission.type`

Type: string

Definition: Type of the object of which permission was changed

`change_permission.user_domain`

Type: string

Definition: Domain name of the permission change author

`change_permission.username`

Type: string

Definition: Username of the permission change author

`container.created_at`

Type: int

Definition: Timestamp of the creation of the container

`container.id`

Type: string

Definition: ID of the container

`container.runtime`

Type: string

Definition: Runtime managing the container

`container.tags`

Type: string

Definition: Tags of the container

`event.hostname`

Type: string

Definition: Hostname associated with the event

`event.origin`

Type: string

Definition: Origin of the event

`event.os`

Type: string

Definition: Operating system of the event

`event.service`

Type: string

Definition: Service associated with the event

`event.timestamp`

Type: int

Definition: Timestamp of the event

`exit.cause`

Type: int

Definition: Cause of the process termination (one of EXITED, SIGNALED, COREDUMPED)

`exit.code`

Type: int

Definition: Exit code of the process or number of the signal that caused the process to terminate

Constants

Constants are used to improve the readability of your rules. Some constants are common to all architectures, others are specific to some architectures.

`Boolean constants`

Boolean constants are the supported boolean constants.

Name	Architectures
`true`	all
`false`	all

`DNS qclasses`

DNS qclasses are the supported DNS query classes.

Name	Architectures
`CLASS_INET`	all
`CLASS_CSNET`	all
`CLASS_CHAOS`	all
`CLASS_HESIOD`	all
`CLASS_NONE`	all
`CLASS_ANY`	all

`DNS qtypes`

DNS qtypes are the supported DNS query types.

Name	Architectures
`None`	all
`A`	all
`NS`	all
`MD`	all
`MF`	all
`CNAME`	all
`SOA`	all
`MB`	all
`MG`	all
`MR`	all
`NULL`	all
`PTR`	all
`HINFO`	all
`MINFO`	all
`MX`	all
`TXT`	all
`RP`	all
`AFSDB`	all
`X25`	all
`ISDN`	all
`RT`	all
`NSAPPTR`	all
`SIG`	all
`KEY`	all
`PX`	all
`GPOS`	all
`AAAA`	all
`LOC`	all
`NXT`	all
`EID`	all
`NIMLOC`	all
`SRV`	all
`ATMA`	all
`NAPTR`	all
`KX`	all
`CERT`	all
`DNAME`	all
`OPT`	all
`APL`	all
`DS`	all
`SSHFP`	all
`RRSIG`	all
`NSEC`	all
`DNSKEY`	all
`DHCID`	all
`NSEC3`	all
`NSEC3PARAM`	all
`TLSA`	all
`SMIMEA`	all
`HIP`	all
`NINFO`	all
`RKEY`	all
`TALINK`	all
`CDS`	all
`CDNSKEY`	all
`OPENPGPKEY`	all
`CSYNC`	all
`ZONEMD`	all
`SVCB`	all
`HTTPS`	all
`SPF`	all
`UINFO`	all
`UID`	all
`GID`	all
`UNSPEC`	all
`NID`	all
`L32`	all
`L64`	all
`LP`	all
`EUI48`	all
`EUI64`	all
`URI`	all
`CAA`	all
`AVC`	all
`TKEY`	all
`TSIG`	all
`IXFR`	all
`AXFR`	all
`MAILB`	all
`MAILA`	all
`ANY`	all
`TA`	all
`DLV`	all
`Reserved`	all

`L3 protocols`

L3 protocols are the supported Layer 3 protocols.

Name	Architectures
`ETH_P_LOOP`	all
`ETH_P_PUP`	all
`ETH_P_PUPAT`	all
`ETH_P_TSN`	all
`ETH_P_IP`	all
`ETH_P_X25`	all
`ETH_P_ARP`	all
`ETH_P_BPQ`	all
`ETH_P_IEEEPUP`	all
`ETH_P_IEEEPUPAT`	all
`ETH_P_BATMAN`	all
`ETH_P_DEC`	all
`ETH_P_DNADL`	all
`ETH_P_DNARC`	all
`ETH_P_DNART`	all
`ETH_P_LAT`	all
`ETH_P_DIAG`	all
`ETH_P_CUST`	all
`ETH_P_SCA`	all
`ETH_P_TEB`	all
`ETH_P_RARP`	all
`ETH_P_ATALK`	all
`ETH_P_AARP`	all
`ETH_P_8021_Q`	all
`ETH_P_ERSPAN`	all
`ETH_P_IPX`	all
`ETH_P_IPV6`	all
`ETH_P_PAUSE`	all
`ETH_P_SLOW`	all
`ETH_P_WCCP`	all
`ETH_P_MPLSUC`	all
`ETH_P_MPLSMC`	all
`ETH_P_ATMMPOA`	all
`ETH_P_PPPDISC`	all
`ETH_P_PPPSES`	all
`ETH_P__LINK_CTL`	all
`ETH_P_ATMFATE`	all
`ETH_P_PAE`	all
`ETH_P_AOE`	all
`ETH_P_8021_AD`	all
`ETH_P_802_EX1`	all
`ETH_P_TIPC`	all
`ETH_P_MACSEC`	all
`ETH_P_8021_AH`	all
`ETH_P_MVRP`	all
`ETH_P_1588`	all
`ETH_P_NCSI`	all
`ETH_P_PRP`	all
`ETH_P_FCOE`	all
`ETH_P_IBOE`	all
`ETH_P_TDLS`	all
`ETH_P_FIP`	all
`ETH_P_80221`	all
`ETH_P_HSR`	all
`ETH_P_NSH`	all
`ETH_P_LOOPBACK`	all
`ETH_P_QINQ1`	all
`ETH_P_QINQ2`	all
`ETH_P_QINQ3`	all
`ETH_P_EDSA`	all
`ETH_P_IFE`	all
`ETH_P_AFIUCV`	all
`ETH_P_8023_MIN`	all
`ETH_P_IPV6_HOP_BY_HOP`	all
`ETH_P_8023`	all
`ETH_P_AX25`	all
`ETH_P_ALL`	all
`ETH_P_8022`	all
`ETH_P_SNAP`	all
`ETH_P_DDCMP`	all
`ETH_P_WANPPP`	all
`ETH_P_PPPMP`	all
`ETH_P_LOCALTALK`	all
`ETH_P_CAN`	all
`ETH_P_CANFD`	all
`ETH_P_PPPTALK`	all
`ETH_P_TR8022`	all
`ETH_P_MOBITEX`	all
`ETH_P_CONTROL`	all
`ETH_P_IRDA`	all
`ETH_P_ECONET`	all
`ETH_P_HDLC`	all
`ETH_P_ARCNET`	all
`ETH_P_DSA`	all
`ETH_P_TRAILER`	all
`ETH_P_PHONET`	all
`ETH_P_IEEE802154`	all
`ETH_P_CAIF`	all
`ETH_P_XDSA`	all
`ETH_P_MAP`	all

`L4 protocols`

L4 protocols are the supported Layer 4 protocols.

Name	Architectures
`IP_PROTO_IP`	all
`IP_PROTO_ICMP`	all
`IP_PROTO_IGMP`	all
`IP_PROTO_IPIP`	all
`IP_PROTO_TCP`	all
`IP_PROTO_EGP`	all
`IP_PROTO_IGP`	all
`IP_PROTO_PUP`	all
`IP_PROTO_UDP`	all
`IP_PROTO_IDP`	all
`IP_PROTO_TP`	all
`IP_PROTO_DCCP`	all
`IP_PROTO_IPV6`	all
`IP_PROTO_RSVP`	all
`IP_PROTO_GRE`	all
`IP_PROTO_ESP`	all
`IP_PROTO_AH`	all
`IP_PROTO_ICMPV6`	all
`IP_PROTO_MTP`	all
`IP_PROTO_BEETPH`	all
`IP_PROTO_ENCAP`	all
`IP_PROTO_PIM`	all
`IP_PROTO_COMP`	all
`IP_PROTO_SCTP`	all
`IP_PROTO_UDPLITE`	all
`IP_PROTO_MPLS`	all
`IP_PROTO_RAW`	all

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