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Recopila registros de los sensores Corelight

Compatible con:

SecOps de Google SIEM .

En este documento, se describe cómo puedes recopilar registros del sensor Corelight mediante la configuración de ese sensor y de Google Security Operations. reenviador. En este documento, también se enumeran los tipos de registros admitidos generados por el sensor Corelight y las versiones compatibles de Corelight.

Para obtener más información, consulta Transferencia de datos a Google Security Operations.

En el siguiente diagrama de la arquitectura de implementación, se muestra cómo se configura un sensor Corelight para enviar registros a Google Security Operations. Cada implementación de cliente puede diferir de esta representación y puede ser más complejo.

Arquitectura de implementación

En el diagrama de arquitectura, se muestran los siguientes componentes:

Sensor Corelight: Es el sistema que ejecuta el sensor Corelight .
Exportador del sensor de Corelight: El exportador del sensor de Corelight recopila datos de registro del sensor y los envía al servidor de reenvío de Google Security Operations.
Servidor de reenvío de Google Security Operations: El servidor de reenvío de Google Security Operations es ligero componente de software implementado en la red del cliente y que admite syslog. El servidor de reenvío de Google Security Operations reenvía los registros a Google Security Operations.
Google Security Operations: Google Security Operations retiene y analiza los registros de Sensor Corelight.

Una etiqueta de transferencia identifica el analizador que normaliza los datos de registro sin procesar al formato de UDM estructurado. La información de este documento se aplica al analizador por la etiqueta de transferencia CORELIGHT.

Antes de comenzar

Verifica la versión del sensor Corelight. El analizador Corelight de Google SecOps se diseñó para la versión 27.4 y versiones anteriores. Las versiones posteriores del sensor Corelight pueden tener registros adicionales que el analizador no reconocerá, y esos registros pueden recibir un análisis de campo limitado o nulo. Sin embargo, el contenido del registro seguirá disponible en formato de registro sin procesar en Google SecOps.
Asegúrate de que todos los sistemas en la arquitectura de implementación estén configurados con la zona horaria UTC.

Tipos de registros de Corelight compatibles

El analizador de Corelight admite los siguientes tipos de registros que genera el sensor de Corelight.

Log Type

conn
conn_long
conn_red
dce_rpc
dns
dns_red
files
files_red
http
http2
http_red
intel
irc
notice
rdp
sip
smb_files
smb_mapping
smtp
smtp_links
ssh
ssl
ssl_red
suricata_corelight
bacnet
cip
corelight_burst
corelight_overall_capture_loss
corelight_profiling
datared
dga
dhcp
dnp3
dpd
encrypted_dns
enip
enip_debug
enip_list_identity
etc_viz
ftp
generic_dns_tunnels
generic_icmp_tunnels
icmp_specific_tunnels
ipsec
iso_cotp
kerberos
known_certs
known_devices
known_domains
known_hosts
known_names
known_remotes
known_services
known_users
ldap
ldap_search
local_subnets
local_subnets_dj
local_subnets_graphs
log4shell
modbus
mqtt_connect
mqtt_publish
mqtt_subscribe
mysql
napatech_shunting
ntlm
ntp
pe
profinet
profinet_dce_rpc
profinet_debug
radius
reporter
rfb
s7comm
smartpcap
snmp
socks
software
specific_dns_tunnels
stepping
stun
stun_nat
suricata_eve
suricata_stats
syslog
tds
tds_rpc
tds_sql_batch
traceroute
tunnel
unknown-smartpcap
vpn
weird
weird_red
wireguard
x509
x509_red

Configura el servidor de reenvío de Google Security Operations

Para configurar el servidor de reenvío de Google Security Operations, haz lo siguiente:

Configurar un servidor de reenvío de Google Security Operations Consulta Cómo instalar y configurar el servidor de reenvío en Linux.

Configurar el servidor de reenvío de Google Security Operations para enviar registros a Google Security Operations

  collectors:
    - syslog:
        common:
          enabled: true
          data_type:  CORELIGHT
          data_hint:
          batch_n_seconds: 10
          batch_n_bytes: 1048576
        tcp_address: <Chronicle forwarder listening IP:Port>
        tcp_buffer_size: 524288
        udp_address: <Chronicle forwarder listening IP:Port>
        connection_timeout_sec: 60

Configura el exportador del sensor de Corelight

Accede a Corelight Sensor como administrador.
Selecciona la pestaña Exportar.
Busca y habilita la opción EXPORTAR A SYSLOG.
En EXPORTAR A SYSLOG, configura los siguientes campos:
- SYSLOG SERVER: especifica la dirección IP y el puerto del objeto de escucha de syslog del servidor de reenvío de Google Security Operations.
- Ve a Configuración avanzada > SYSLOG FORMAT y cambia el parámetro de configuración a Heredado.
Haz clic en Apply Changes.

Referencia de la asignación de campos

En esta sección, se explica cómo el analizador de Google Security Operations asigna los campos Corelight a los campos del modelo de datos unificados (UDM) de Google Security Operations.

Referencia de la asignación de campos: CORELIGHT - Common Fields

En la siguiente tabla, se enumeran los campos comunes del registro de CORELIGHT y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.vendor_name`	The `metadata.vendor_name` UDM field is set to `Corelight`.
`_path (string)`	`metadata.product_event_type`
`_system_name (string)`	`observer.hostname`
`ts (time)`	`metadata.event_timestamp`
`uid (string)`	`about.labels [uid]`
`id.orig_h (string - addr)`	`principal.ip`
`id.orig_p (integer - port)`	`principal.port`
`id.resp_h (string - addr)`	`target.ip`
`id.resp_p (integer - port)`	`target.port`

Referencia de la asignación de campos: CORELIGHT - conn, conn_red, conn_long

En la siguiente tabla, se enumeran los campos de registro del tipo de registro conn, conn_red, conn_long y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`proto (string - enum)`	`network.ip_protocol`
`service (string)`	`network.application_protocol`
`duration (number - interval)`	`network.session_duration`
`orig_bytes (integer - count)`	`network.sent_bytes`
`resp_bytes (integer - count)`	`network.received_bytes`
`conn_state (string)`	`metadata.description`	If the `conn_state` log field value is equal to `S0`, then the `metadata.description` UDM field is set to `S0: Connection attempt seen, no reply`. Else, if the `conn_state` log field value is equal to `S1`, then the `metadata.description` UDM field is set to `S1: Connection established, not terminated`. Else, if the `conn_state` log field value is equal to `S2`, then the `metadata.description` UDM field is set to `S2: Connection established and close attempt by originator seen (but no reply from responder)`. Else, if the `conn_state` log field value is equal to `S3`, then the `metadata.description` UDM field is set to `S3: Connection established and close attempt by responder seen (but no reply from originator)`. Else, if the `conn_state` log field value is equal to `SF`, then the `metadata.description` UDM field is set to `SF: Normal SYN/FIN completion`. Else, if the `conn_state` log field value is equal to `REJ`, then the `metadata.description` UDM field is set to `REJ: Connection attempt rejected`. Else, if the `conn_state` log field value is equal to `RSTO`, then the `metadata.description` UDM field is set to `RSTO: Connection established, originator aborted (sent a RST)`. Else, if the `conn_state` log field value is equal to `RSTOS0`, then the `metadata.description` UDM field is set to `RSTOS0: Originator sent a SYN followed by a RST, we never saw a SYN-ACK from the responder`. Else, if the `conn_state` log field value is equal to `RSTOSH`, then the `metadata.description` UDM field is set to `RSTOSH: Responder sent a SYN ACK followed by a RST, we never saw a SYN from the (purported) originator`. Else, if the `conn_state` log field value is equal to `RSTR`, then the `metadata.description` UDM field is set to `RSTR: Established, responder aborted`. Else, if the `conn_state` log field value is equal to `SH`, then the `metadata.description` UDM field is set to `SH: Originator sent a SYN followed by a FIN, we never saw a SYN ACK from the responder (hence the connection was "half" open)`. Else, if the `conn_state` log field value is equal to `SHR`, then the `metadata.description` UDM field is set to `SHR: Responder sent a SYN ACK followed by a FIN, we never saw a SYN from the originator`. Else, if the `conn_state` log field value is equal to `OTH`, then the `metadata.description` UDM field is set to `OTH: No SYN seen, just midstream traffic (a partial connection that was not later closed)`.
`local_orig (boolean - bool)`	`about.labels [local_orig]`
`local_resp (boolean - bool)`	`about.labels [local_resp]`
`missed_bytes (integer - count)`	`about.labels [missed_bytes]`
`history (string)`	`about.labels [history]`
`orig_pkts (integer - count)`	`network.sent_packets`
`orig_ip_bytes (integer - count)`	`principal.labels [orig_ip_bytes]`
`resp_pkts (integer - count)`	`network.received_packets`
`resp_ip_bytes (integer - count)`	`target.labels [resp_ip_bytes]`
`tunnel_parents (array[string] - set[string])`	`intermediary.labels [tunnel_parent]`
`orig_cc (string)`	`principal.ip_geo_artifact.location.country_or_region`
`resp_cc (string)`	`target.ip_geo_artifact.location.country_or_region`
`suri_ids (array[string] - set[string])`	`security_result.rule_id`
`spcap.url (string)`	`security_result.url_back_to_product`
`spcap.rule (integer - count)`	`security_result.rule_labels [spcap_rule]`
`spcap.trigger (string)`	`security_result.detection_fields [spcap_trigger]`
`app (array[string] - vector of string)`	`about.application`
`corelight_shunted (boolean - bool)`	`about.labels [corelight_shunted]`
`orig_shunted_pkts (integer - count)`	`principal.labels [orig_shunted_pkts]`
`orig_shunted_bytes (integer - count)`	`principal.labels [orig_shunted_bytes]`
`resp_shunted_pkts (integer - count)`	`target.labels [resp_shunted_pkts]`
`resp_shunted_bytes (integer - count)`	`target.labels [resp_shunted_bytes]`
`orig_l2_addr (string)`	`principal.mac`
`resp_l2_addr (string)`	`target.mac`
`id_orig_h_n.src (string)`	`principal.labels [id_orig_h_n_src]`
`id_orig_h_n.vals (array[string] - set[string])`	`principal.labels [id_orig_h_n_val]`
`id_resp_h_n.src (string)`	`target.labels [id_resp_h_n_src]`
`id_resp_h_n.vals (array[string] - set[string])`	`target.labels [id_resp_h_n_val]`
`vlan (integer - int)`	`intermediary.labels [vlan]`
`inner_vlan (integer - int)`	`intermediary.labels [inner_vlan]`
`community_id (string)`	`network.community_id`
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.

Referencia de asignación de campo: CORELIGHT - dce_rpc

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dce_rpc y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`rtt (number - interval)`	`network.session_duration`
`named_pipe (string)`	`intermediary.resource.name`
	`intermediary.resource.resource_type`	If the `named_pipe` log field value is not empty, then the `intermediary.resource.resource_type` UDM field is set to `PIPE`.
`endpoint (string)`	`target.labels [endpoint]`
`operation (string)`	`target.labels [operation]`
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DCERPC`.
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.
`operation, endpoint, named_pipe (string)`	`metadata.description`	The `metadata.description` UDM field is set with `operation`, `endpoint`, `named_pipe` log fields as "operation `operation` on `endpoint` using named pipe `named_pipe`".
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `TCP`.

Referencia de asignación de campos: CORELIGHT - dns, dns_red

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dns, dns_red y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_DNS`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DNS`.
`proto (string - enum)`	`network.ip_protocol`
`trans_id (integer - count)`	`network.dns.id`
`rtt (number - interval)`	`network.session_duration`
`query (string)`	`network.dns.questions.name`
`qclass (integer - count)`	`network.dns.questions.class`
`qclass_name (string)`	`about.labels [qclass_name]`
`qtype (integer - count)`	`network.dns.questions.type`
`qtype_name (string)`	`about.labels [qtype_name]`
`rcode (integer - count)`	`network.dns.response_code`
`rcode (integer - count)`	`network.dns.response`	If the `rcode` log field value is not empty, then the `network.dns.response` UDM field is set to `true`.
`rcode_name (string)`	`about.labels [rcode_name]`
`AA (boolean - bool)`	`network.dns.authoritative`
`TC (boolean - bool)`	`network.dns.truncated`
`RD (boolean - bool)`	`network.dns.recursion_desired`
`RA (boolean - bool)`	`network.dns.recursion_available`
`Z (integer - count)`	`about.labels [Z]`
`answers (array[string] - vector of string)`	`network.dns.answers.name`
`TTLs (array[number] - vector of interval)`	`network.dns.answers.ttl`
`rejected (boolean - bool)`	`about.labels [rejected]`
`is_trusted_domain (string)`	`about.labels [is_trusted_domain]`
`icann_host_subdomain (string)`	`about.labels [icann_host_subdomain]`
`icann_domain (string)`	`network.dns_domain`
`icann_tld (string)`	`about.labels [icann_tld]`
`num (integer - count)`	`security_result.detection_fields [num]`

Referencia de asignación de campos: CORELIGHT - http, http_red, http2

En la siguiente tabla, se enumeran los campos de registro del tipo de registro http, http_red, http2 y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_HTTP`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`trans_depth (integer - count)`	`about.labels [trans_depth]`
`method (string)`	`network.http.method`
`host (string)`	`target.hostname`
`uri (string)`	`target.url`
`referrer (string)`	`network.http.referral_url`
`version (string)`	`network.application_protocol_version`
`user_agent (string)`	`network.http.user_agent`
`origin (string)`	`principal.hostname`
`request_body_len (integer - count)`	`network.sent_bytes`
`response_body_len (integer - count)`	`network.received_bytes`
`status_code (integer - count)`	`network.http.response_code`
`status_msg (string)`	`about.labels [status_msg]`
`info_code (integer - count)`	`about.labels [info_code]`
`info_msg (string)`	`about.labels [info_msg]`
`tags (array[string] - set[enum])`	`about.labels [tags]`
`username (string)`	`principal.user.user_display_name`
`password (string)`	`extensions.auth.auth_details`
`proxied (array[string] - set[string])`	`intermediary.hostname`
`orig_fuids (array[string] - vector of string)`	`about.labels [orig_fuid]`
`orig_filenames (array[string] - vector of string)`	`src.file.names`	The `orig_filenames` log field is mapped to `src.file.names` UDM field when index value in `orig_filenames` is equal to `0`. For every other index value, `orig_filenames` log field is mapped to the `about.file.names`.
`orig_mime_types (array[string] - vector of string)`	`src.file.mime_type`	The `orig_mime_types` log field is mapped to `src.file.mime_type` UDM field when index value in `orig_mime_types` is equal to `0`. For every other index value, `orig_mime_types` log field is mapped to the `about.file.mime_type`.
`resp_fuids (array[string] - vector of string)`	`about.labels [resp_fuid]`
`resp_filenames (array[string] - vector of string)`	`target.file.names`	The `resp_filenames` log field is mapped to `target.file.names` UDM field when index value in `resp_filenames` is equal to `0`. For every other index value, `resp_filenames` log field is mapped to the `about.file.names`.
`resp_mime_types (array[string] - vector of string)`	`target.file.mime_type`	The `resp_mime_types` log field is mapped to `target.file.mime_type` UDM field when index value in `resp_mime_types` is equal to `0`. For every other index value, `resp_mime_types` log field is mapped to the `about.file.mime_type`.
`post_body (string)`	`about.labels [post_body]`
`stream_id (integer - count)`	`about.labels [stream_id]`
`encoding (string)`	`about.labels [encoding]`
`push (boolean - bool)`	`about.labels [push]`

Referencia de la asignación de campos: CORELIGHT - smtp_links

En la siguiente tabla, se enumeran los campos de registro del tipo de registro smtp_links y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_SMTP`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SMTP`.
`fuid (string)`	`about.labels [fuid]`
`link (string)`	`about.url`
`domain (string)`	`about.domain.name`

Referencia de la asignación de campos: CORELIGHT - irc

En la siguiente tabla, se enumeran los campos de registro del tipo de registro irc y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`nick (string)`	`principal.user.user_display_name`
`user (string)`	`principal.user.userid`	If the `user` log field value is less than or equal to 255, then the `user` log field is mapped to the `principal.user.userid` UDM field. Else, the `user` log field is mapped to the `about.labels` UDM field.
`command, value, addl`	`principal.process.command_line`
`dcc_file_name (string)`	`src.file.names`
`dcc_file_size (integer - count)`	`src.file.size`
`dcc_mime_type (string)`	`src.file.mime_type`
`fuid (string)`	`about.labels [fuid]`

Referencia de la asignación de campos: CORELIGHT - files, files_red

En la siguiente tabla, se enumeran los campos de registro del tipo de registro files, files_red y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`fuid (string)`	`about.labels [fuid]`
`tx_hosts (array[string] - set[addr])`	`principal.ip`
`rx_hosts (array[string] - set[addr])`	`target.ip`
`conn_uids (array[string] - set[string])`	`about.labels [conn_uid]`
`source (string)`	`about.labels [source]`
`depth (integer - count)`	`about.labels [depth]`
`analyzers (array[string] - set[string])`	`about.labels [analyzer]`
`mime_type (string)`	`about.file.mime_type`
`filename (string)`	`about.file.names`
`duration (number - interval)`	`about.labels [duration]`
`local_orig (boolean - bool)`	`about.labels [local_orig]`
`is_orig (boolean - bool)`	`about.labels [is_orig]`
`seen_bytes (integer - count)`	`about.file.size`
`total_bytes (integer - count)`	`about.labels [total_bytes]`
`missing_bytes (integer - count)`	`about.labels [missing_bytes]`
`overflow_bytes (integer - count)`	`about.labels [overflow_bytes]`
`timedout (boolean - bool)`	`about.labels [timedout]`
`parent_fuid (string)`	`about.labels [parent_fuid]`
`md5 (string)`	`about.file.md5`
`sha1 (string)`	`about.file.sha1`
`sha256 (string)`	`about.file.sha256`
`md5 (string)`	`network.tls.client.certificate.md5`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-user-cert` and the `_path` log field value is equal to `files`, then the `network.tls.client.certificate.md5` UDM field is set to `md5`.
`sha1 (string)`	`network.tls.client.certificate.sha1`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-user-cert` and the `_path` log field value is equal to `files`, then the `network.tls.client.certificate.sha1` UDM field is set to `sha1`.
`sha256 (string)`	`network.tls.client.certificate.sha256`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-user-cert` and the `_path` log field value is equal to `files`, then the `network.tls.client.certificate.sha256` UDM field is set to `sha256`.
`md5 (string)`	`network.tls.server.certificate.md5`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-ca-cert` and the `_path` log field value is equal to `files`, then the `network.tls.server.certificate.md5` UDM field is set to `md5`.
`sha1 (string)`	`network.tls.server.certificate.sha1`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-ca-cert` and the `_path` log field value is equal to `files`, then the `network.tls.server.certificate.sha1` UDM field is set to `sha1`.
`sha256 (string)`	`network.tls.server.certificate.sha256`	If the `source` log field value is equal to `ssl` and the `mime_type` log field value is equal to `application/x-x509-ca-cert` and the `_path` log field value is equal to `files`, then the `network.tls.server.certificate.sha256` UDM field is set to `sha256`.
`extracted (array[string] - set[string])`	`about.file.names`
`extracted_cutoff (boolean - bool)`	`about.labels [extracted_cutoff]`
`extracted_size (integer - count)`	`about.labels [extracted_size]`
`num (integer - count)`	`about.labels [num]`

Referencia de la asignación de campo: CORELIGHT - notification

En la siguiente tabla, se enumeran los campos de registro del tipo de registro notice y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`fuid (string)`	`about.labels [fuid]`
`file_mime_type (string)`	`target.file.mime_type`
`file_desc (string)`	`about.labels [file_desc]`
`proto (string - enum)`	`network.ip_protocol`
`note (string - enum)`	`security_result.description`
`msg (string)`	`metadata.description`
`sub (string)`	`about.labels [sub]`
`src (string - addr)`	`principal.ip`
`dst (string - addr)`	`target.ip`
`p (integer - port)`	`about.port`
`n (integer - count)`	`about.labels [n]`
`peer_descr (string)`	`about.labels [peer_descr]`
	`security_result.action`	The `security_result.action` UDM field is set to `ALLOW`.
`actions (array[string] - set[enum])`	`security_result.action_details`
`suppress_for (number - interval)`	`about.labels [suppress_for]`
`remote_location.country_code (string)`	`about.location.country_or_region`	The `about.location.country_or_region` UDM field is set with `remote_location.country_code`, `remote_location.region` log fields as "`remote_location.country_code`: `remote_location.region`".
`remote_location.region (string)`	`about.location.country_or_region`	The `about.location.country_or_region` UDM field is set with `remote_location.country_code`, `remote_location.region` log fields as "`remote_location.country_code`: `remote_location.region`".
`remote_location.city (string)`	`about.location.city`
`remote_location.latitude (number - double)`	`about.location.region_coordinates.latitude`
`remote_location.longitude (number - double)`	`about.location.region_coordinates.longitude`
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.

Referencia de la asignación de campos: CORELIGHT - smb_files

En la siguiente tabla, se enumeran los campos de registro del tipo de registro smb_files y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	If the `action` log field value is equal to `SMB::FILE_READ`, then the `metadata.event_type` UDM field is set to `FILE_READ`. Else, if the `action` log field value is equal to `SMB::FILE_WRITE`, then the `metadata.event_type` UDM field is set to `FILE_MODIFICATION`. Else, if the `action` log field value is equal to `SMB::FILE_OPEN`, then the `metadata.event_type` UDM field is set to `FILE_OPEN`. Else, if the `action` log field value is equal to `SMB::FILE_CLOSE`, then the `metadata.event_type` UDM field is set to `FILE_UNCATEGORIZED`. Else, if the `action` log field value is equal to `SMB::FILE_DELETE`, then the `metadata.event_type` UDM field is set to `FILE_DELETION`. Else, if the `action` log field value is equal to `SMB::FILE_RENAME`, then the `metadata.event_type` UDM field is set to `FILE_MOVE`. Else, if the `action` log field value is equal to `SMB::FILE_SET_ATTRIBUTE`, then the `metadata.event_type` UDM field is set to `FILE_UNCATEGORIZED`. Else, the `metadata.event_type` UDM field is set to `FILE_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SMB`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `TCP`.
`action, name`	`metadata.description`	The `metadata.description` UDM field is set with `action`, `name` log fields as "action: `action` on: `name`".
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.
	`security_result.action`	The `security_result.action` UDM field is set to `ALLOW`.
`fuid (string)`	`about.labels [fuid]`
`action (string - enum)`	`target.labels [action]`
`path (string)`	`target.file.full_path`
`name (string)`	`target.file.names`
`size (integer - count)`	`target.file.size`
`prev_name (string)`	`src.file.names`
`times.modified (time)`	`target.file.last_modification_time`
`times.accessed (time)`	`target.file.last_seen_time`
`times.created (time)`	`target.file.first_seen_time`
`times.changed (time)`	`target.labels [times_changed]`
`data_offset_req (integer - count)`	`target.labels [data_offset_req]`
`data_len_req (integer - count)`	`target.labels [data_len_req]`
`data_len_rsp (integer - count)`	`target.labels [data_len_rsp]`

Referencia de asignación de campos: CORELIGHT - smb_mapping

En la siguiente tabla, se enumeran los campos de registro del tipo de registro smb_mapping y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SMB`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `TCP`.
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.
	`security_result.action`	The `security_result.action` UDM field is set to `ALLOW`.
`path (string)`	`target.resource.attribute.labels [path]`
`service (string)`	`target.application`
`native_file_system (string)`	`target.resource.attribute.labels [native_file_system]`
`share_type (string)`	`target.resource.resource_type`	If the `share_type` log field value is equal to `DISK`, then the `target.resource.resource_type` UDM field is set to `STORAGE_OBJECT`. Else, if the `share_type` log field value is equal to `PIPE`, then the `target.resource.resource_type` UDM field is set to `PIPE`. Else, the `target.resource.resource_type` UDM field is set to `UNSPECIFIED`.
`share_type (string)`	`target.resource.resource_subtype`

Referencia de la asignación de campos: CORELIGHT - ssl, ssl_red

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ssl, ssl_red y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `HTTPS`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `TCP`.
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.
	`security_result.action`	The `security_result.action` UDM field is set to `ALLOW`.
`version (string)`	`network.tls.version`
`cipher (string)`	`network.tls.cipher`
`curve (string)`	`network.tls.curve`
`server_name (string)`	`network.tls.client.server_name`
`resumed (boolean - bool)`	`network.tls.resumed`
`last_alert (string)`	`security_result.description`
`next_protocol (string)`	`network.tls.next_protocol`
`established (boolean - bool)`	`network.tls.established`
`ssl_history (string)`	`about.labels [ssl_history]`
`cert_chain_fps (array[string] - vector of string)`	`target.labels [cert_chain_fps]`
`client_cert_chain_fps (array[string] - vector of string)`	`principal.labels [client_cert_chain_fps]`
`sni_matches_cert (boolean - bool)`	`about.labels [sni_matches_cert]`
`validation_status (string)`	`security_result.detection_fields [validation_status]`
`ja3 (string)`	`network.tls.client.ja3`
`ja3s (string)`	`network.tls.server.ja3s`

Referencia de la asignación de campos: CORELIGHT - rdp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro rdp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`cookie (string)`	`about.labels [cookie]`
`result (string)`	`about.labels [result]`
`security_protocol (string)`	`target.labels [security_protocol]`
`client_channels (array[string] - vector of string)`	`intermediary.labels [client_channels]`
`keyboard_layout (string)`	`principal.labels [keyboard_layout]`
`client_build (string)`	`principal.labels [client_build]`
`client_name (string)`	`principal.hostname`
`client_dig_product_id (string)`	`principal.labels [client_dig_product_id ]`
`desktop_width (integer - count)`	`principal.labels [desktop_width]`
`desktop_height (integer - count)`	`principal.labels [desktop_height]`
`requested_color_depth (string)`	`principal.labels [requested_color_depth]`
`cert_type (string)`	`about.labels [cert_type]`
`cert_count (integer - count)`	`about.labels [cert_count]`
`cert_permanent (boolean - bool)`	`about.labels [cert_permanent ]`
`encryption_level (string)`	`about.labels [encryption_level]`
`encryption_method (string)`	`about.labels [encryption_method]`
`auth_success (boolean - bool)`	`about.labels [auth_success]`
`channels_joined (integer - int)`	`intermediary.labels [channels_joined]`
`inferences (array[string] - set[string])`	`about.labels [inferences]`
`rdpeudp_uid (string)`	`about.labels [rdpeudp_uid]`
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `TCP`.
`rdfp_string (string)`	`principal.labels [rdfp_string]`
`rdfp_hash (string)`	`principal.labels [rdfp_hash]`
`result, security_protocol`	`security_result.description`	The `security_result.description` UDM field is set with `result`, `security_protocol` log fields as "`result` connection with security protocol `security_protocol`".
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.

Referencia de la asignación de campos: CORELIGHT - sip

En la siguiente tabla, se enumeran los campos de registro del tipo de registro sip y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SIP`.
`trans_depth (integer - count)`	`about.labels [trans_depth]`
`method (string)`	`about.labels [method]`
`uri (string)`	`target.url`
`date (string)`	`about.labels [date]`
`request_from (string)`	`principal.labels [request_from]`
`request_to (string)`	`target.labels [request_to]`
`response_from`	`principal.labels [response_from]`
`response_to (string)`	`target.labels [response_to]`
`reply_to (string)`	`about.labels [reply_to]`
`call_id (string)`	`network.session_id`
`seq (string)`	`about.labels [seq]`
`subject (string)`	`about.labels [subject]`
`request_path (array[string] - vector of string)`	`about.labels [request_path]`
`response_path (array[string] - vector of string)`	`about.labels [response_path]`
`user_agent (string)`	`about.labels [user_agent]`
`status_code (integer - count)`	`about.labels [status_code]`
`status_msg (string)`	`security_result.description`
`warning (string)`	`security_result.summary`
`request_body_len (integer - count)`	`network.sent_bytes`
`response_body_len (integer - count)`	`network.received_bytes`
`content_type (string)`	`about.labels [content_type]`

Referencia de la asignación de campos: CORELIGHT - intel

En la siguiente tabla, se enumeran los campos de registro del tipo de registro intel y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `SCAN_NETWORK`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`seen.indicator_type (string - enum)`	`entity.metadata.entity_type`	If the `indicator.type` log field value is equal to `Intel::ADDR`, then the `metadata.entity_type` UDM field is set to `IP_ADDRESS`. Else, if the `indicator.type` log field value is equal to `Intel::SUBNET` or `Intel::SOFTWARE` or `Intel::CERT_HASH` or `Intel::PUBKEY_HASH`, then the `metadata.entity_type` UDM field is set to `RESOURCE`. Else, if the `indicator.type` log field value is equal to `Intel::URL`, then the `metadata.entity_type` UDM field is set to `URL`. Else, if the `indicator.type` log field value is equal to the `Intel::EMAIL` or `Intel::USER_NAME`, then the `metadata.entity_type` UDM field is set to `USER`. Else, if the `indicator.type` log field value is equal to `Intel::DOMAIN`, then the `metadata.entity_type` UDM field is set to `DOMAIN_NAME`. Else, if the `indicator.type` log field value is equal to the `Intel::FILE_HASH` or `Intel::FILE_NAME`, then the `metadata.entity_type` UDM field is set to `FILE`. Else, the `metadata.entity_type` UDM field is set to `RESOURCE`.
`seen.indicator (string)`	`entity.ip`	If the `indicator.type` log field value is equal to `Intel::ADDR`, then the `seen.indicator` log field is mapped to the `entity.ip` UDM field.
`seen.indicator (string)`	`entity.url`	If the `indicator.type` log field value is equal to `Intel::URL`, then the `seen.indicator` log field is mapped to the `entity.url` UDM field.
`seen.indicator (string)`	`entity.domain.name`	If the `indicator.type` log field value is equal to `Intel::DOMAIN`, then the `seen.indicator` log field is mapped to the `entity.domain.name` UDM field.
`seen.indicator (string)`	`entity.user.email_address`	If the `indicator.type` log field value is equal to `Intel::USER_NAME` or `Intel::EMAIL`, then the `seen.indicator` log field is mapped to the `entity.user.email_address` UDM field.
`seen.indicator (string)`	`entity.file.names`	If the `indicator.type` log field value is equal to `Intel::FILE_HASH` or `Intel::FILE_NAME`, then the `seen.indicator` log field is mapped to the `entity.file.full_path` UDM field.
`seen.indicator (string)`	`entity.resource.name`	If the `metadata.entity_type` log field value is equal to `RESOURCE`, then the `seen.indicatior` log field is mapped to the `entity.resource.name` UDM field.
	`entity.resource.resource_type`	If the `indicator.type` log field value is equal to `Intel::SUBNET`, then the `entity.resource.resource_name` UDM field is set to `VPC_NETWORK`.
`seen.indicator_type (string - enum)`	`entity.resource.resource_sub_type`	If the `metadata.entity_type` log field value is equal to `RESOURCE`, then the `seen.indicatior_type` log field is mapped to the `entity.resource.resource_sub_type` UDM field.
`seen.where (string - enum)`	`entity.metadata.source_labels [seen_where]`
`matched (array[string] - set[enum])`	`entity.labels [matched]`
`sources (array[string] - set[string])`	`entity.metadata.source_labels [source]`
`fuid (string)`	`about.labels [fuid]`
`file_mime_type (string)`	`entity.file.mime_type`
`file_desc (string)`	`metadata.threat.detection_fields [file_desc]`
`desc (array[string] - set[string])`	`ioc.description`	The `desc` log field is mapped to `ioc.description` UDM field when index value in `desc` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `desc` and `desc` log field is mapped to the `entity.labels.value`.
`url (array[string] - set[string])`	`metadata.threat.url_back_to_product`
`confidence (array[number] - set[double])`	`ioc.confidence_score`	The `confidence` log field is mapped to `ioc.confidence_score` UDM field when index value in `confidence` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `confidence` and `confidence` log field is mapped to the `entity.labels.value`.
`firstseen (array[string] - set[string])`	`ioc.active_timerange.start`	The `firstseen` log field is mapped to `ioc.active_timerange.start` UDM field when index value in `firstseen` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `firstseen` and `firstseen` log field is mapped to the `entity.labels.value`.
`lastseen (array[string] - set[string])`	`ioc.active_timerange.end`	The `lastseen` log field is mapped to `ioc.active_timerange.end` UDM field when index value in `lastseen` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `lastseen` and `lastseen` log field is mapped to the `entity.labels.value`.
`associated (array[string] - set[string])`	`entity.labels [associated]`
`category (array[string] - set[string])`	`ioc.categorization`	The `category` log field is mapped to `ioc.categorization` UDM field when index value in `category` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `category` and `category` log field is mapped to the `entity.labels.value`.
`campaigns (array[string] - set[string])`	`entity.labels [campaign]`
`reports (array[string] - set[string])`	`entity.labels [report]`

Referencia de la asignación de campos: CORELIGHT - smtp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro smtp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_SMTP`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SMTP`.
`trans_depth (integer - count)`	`about.labels [trans_depth]`
`helo (string)`	`target.domain.name`
`mailfrom (string)`	`network.smtp.mail_from`
`rcptto (array[string] - set[string])`	`network.smtp.rcpt_to`
`date (string)`	`about.labels [date]`
`from (string)`	`network.email.from`
`to (array[string] - set[string])`	`network.email.to`
`cc (array[string] - set[string])`	`network.email.cc`
`reply_to (string)`	`network.email.reply_to`
`msg_id (string)`	`network.email.mail_id`
`in_reply_to (string)`	`about.labels [in_reply_to]`
`subject (string)`	`network.email.subject`
`x_originating_ip (string - addr)`	`principal.ip`
`first_received (string)`	`about.labels [first_received]`
`second_received (string)`	`about.labels [second_received]`
`last_reply (string)`	`network.smtp.server_response`
`path (array[string] - vector of addr)`	`intermediary.ip`
`user_agent (string)`	`about.labels [user_agent]`
`tls (boolean - bool)`	`network.smtp.is_tls`
`fuids (array[string] - vector of string)`	`about.labels [fuid]`
`is_webmail (boolean - bool)`	`network.smtp.is_webmail`
`urls (array[string] - set[string])`	`about.url`
`domains (array[string] - set[string])`	`about.domain.name`

Referencia de asignación de campos: CORELIGHT - ssh

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ssh y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `SSH`.
`version (integer - count)`	`network.application_protocol_version`	The `network.application_protocol_version` UDM field is set with `version` log field as "SSH `version`".
`auth_success (boolean - bool)`	`security_result.action_details`
`auth_success (boolean - bool)`	`security_result.action`	If the `auth_success` log field value is not equal to `true`, then the `security_result.action` UDM field is set to `ALLOW`. Else, the `security_result.action` UDM field is set to `BLOCK`.
`auth_attempts (integer - count)`	`extensions.auth.auth_details`	The `extensions.auth.auth_details` UDM field is set with `auth_attempts` log field as "auth_attempts: `auth_attempts`".
`direction (string - enum)`	`network.direction`	If the `direction` log field value is equal to `INBOUND`, then the `network.direction` UDM field is set to `INBOUND`. Else, if the `direction` log field value is equal to `OUTBOUND`, then the `network.direction` UDM field is set to `OUTBOUND`.
`client (string)`	`principal.application`
`server (string)`	`target.application`
`cipher_alg (string)`	`network.tls.cipher`
`mac_alg (string)`	`security_result.detection_fields [mac_alg]`
`compression_alg (string)`	`security_result.detection_fields [compression_alg]`
`kex_alg (string)`	`security_result.detection_fields [kex_alg]`
`host_key_alg (string)`	`security_result.detection_fields [host_key_alg]`
`host_key (string)`	`security_result.detection_fields [host_key]`
`remote_location.country_code (string)`	`target.location.country_or_region`
`remote_location.region (string)`	`target.location.country_or_region`
`remote_location.city (string)`	`target.location.city`
`remote_location.latitude (number - double)`	`target.location.region_coordinates.latitude`
`remote_location.longitude (number - double)`	`target.location.region_coordinates.longitude`
`hasshVersion (string)`	`about.labels [hassh_version]`
`hassh (string)`	`principal.labels [hassh]`
`hasshServer (string)`	`target.labels [hassh_server]`
`cshka (string)`	`about.labels [cshka]`
`hasshAlgorithms (string)`	`about.labels [hassh_algorithms]`
`sshka (string)`	`about.labels [sshka]`
`hasshServerAlgorithms (string)`	`about.labels [hassh_server_algorithms]`
`inferences (array[string] - set[string])`	`security_result.summary, security_result.description`	If the `inferences` log field value is equal to `ABP`, then the `security_result.summary` UDM field is set to `Client Authentication Bypass` and the `security_result.description` UDM field is set to `A client wasn't adhering to expectations of SSH either through server exploit or by the client and server switching to a protocol other than SSH after enctyption begins`. If the `inferences` log field value is equal to `AFR`, then the `security_result.summary` UDM field is set to `SSH Agent Forwarding Requested` and the `security_result.description` UDM field is set to `Agent Forwarding is requested by tge Client`. If the `inferences` log field value is equal to `APWA`, then the `security_result.summary` UDM field is set to `Automated Password Authentication` and the `security_result.description` UDM field is set to `The client authenticated with an automated password tool (like sshpass)`. If the `inferences` log field value is equal to `AUTO`, then the `security_result.summary` UDM field is set to `Automated Interaction` and the `security_result.description` UDM field is set to `The client is a script automated utility and not driven by a user`. If the `inferences` log field value is equal to `BAN`, then the `security_result.summary` UDM field is set to `Server Banner` and the `security_result.description` UDM field is set to `The server sent the client a pre-authentication banner, likely for legal reasons`. If the `inferences` log field value is equal to `BF`, then the `security_result.summary` UDM field is set to `Client Brute Force Guessing` and the `security_result.description` UDM field is set to `A client made a number of authentication attempts that exceeded some configured, pre-connection threshold`. If the `inferences` log field value is equal to `BFS`, then the `security_result.summary` UDM field is set to `Client Brute Force Success` and the `security_result.description` UDM field is set to `A client made a number of authentication attempts that exceeded some configured, pre-connection threshold`. If the `inferences` log field value is equal to `CTS`, then the `security_result.summary` UDM field is set to `Client Trusted Server` and the `security_result.description` UDM field is set to `The client already has an entry in its known_hosts file for this server`. If the `inferences` log field value is equal to `CUS`, then the `security_result.summary` UDM field is set to `Client Untrusted Server` and the `security_result.description` UDM field is set to `The client did not have an entry in its known_hosts file for this server`. If the `inferences` log field value is equal to `IPWA`, then the `security_result.summary` UDM field is set to `Interactive Password Authentication` and the `security_result.description` UDM field is set to `The client interactively typed their password to authenticate`. If the `inferences` log field value is equal to `KS`, then the `security_result.summary` UDM field is set to `Keystrokes` and the `security_result.description` UDM field is set to `An interactive session occurred in which the client set user-driven keystrokes to the server`. If the `inferences` log field value is equal to `LFD`, then the `security_result.summary` UDM field is set to `Large Client File Donwload` and the `security_result.description` UDM field is set to `A file transfer occurred in which the server sent a sequence of bytes to the client`. If the `inferences` log field value is equal to `LFU`, then the `security_result.summary` UDM field is set to `Large Client File Upload` and the `security_result.description` UDM field is set to `A file transfer occurred in which the client sent a sequence of bytes to the server. Large file are identified dynamically based on trains of MTU-sized packets`. If the `inferences` log field value is equal to `MFA`, then the `security_result.summary` UDM field is set to `Multifactor Authentication` and the `security_result.description` UDM field is set to `The server required a second form of authentication (a code) after password or public key was accepted, and the client successfully provided it`. If the `inferences` log field value is equal to `NA`, then the `security_result.summary` UDM field is set to `None Authentication` and the `security_result.description` UDM field is set to `The client successfully authenticated using the None method`. If the `inferences` log field value is equal to `NRC`, then the `security_result.summary` UDM field is set to `No Remote Command` and the `security_result.description` UDM field is set to `The -N flag was used in SSH authentication`. If the `inferences` log field value is equal to `PKA`, then the `security_result.summary` UDM field is set to `Public Key Authentication` and the `security_result.description` UDM field is set to `The client automatically authenticated using pubkey authentication`. If the `inferences` log field value is equal to `RSI`, then the `security_result.summary` UDM field is set to `Reverse SSH Initiated` and the `security_result.description` UDM field is set to `The Reverse session is initiated from the server back to the client`. If the `inferences` log field value is equal to `RSIA`, then the `security_result.summary` UDM field is set to `Reverse SSH Initiated Automated` and the `security_result.description` UDM field is set to `The inititation of the Reverse session happened very early in the packet stream, indicating automation`. If the `inferences` log field value is equal to `RSK`, then the `security_result.summary` UDM field is set to `Reverse SSH Keystrokes` and the `security_result.description` UDM field is set to `Keystrokes are detected within the Reverse tunnel`. If the `inferences` log field value is equal to `RSL`, then the `security_result.summary` UDM field is set to `Reverse SSH Logged In` and the `security_result.description` UDM field is set to `The Reverse Tunnel login has succeeded`. If the `inferences` log field value is equal to `RSP`, then the `security_result.summary` UDM field is set to `Reverse SSH Providioned` and the `security_result.description` UDM field is set to `The client connected with -R flag, which provisions the port to be used for a Reverse Session set up at any future time`. If the `inferences` log field value is equal to `SA`, then the `security_result.summary` UDM field is set to `Authentication Scanning` and the `security_result.description` UDM field is set to `The client scanned authentication method with the server and then disconnected`. If the `inferences` log field value is equal to `SC`, then the `security_result.summary` UDM field is set to `Capabilities Scanning` and the `security_result.description` UDM field is set to `The client exchanged capabilities with the server and then disconnected`. If the `inferences` log field value is equal to `SFD`, then the `security_result.summary` UDM field is set to `Small Client File Download` and the `security_result.description` UDM field is set to `A file transfer occurred in which the server sent a sequence of bytes to the client`. If the `inferences` log field value is equal to `SFU`, then the `security_result.summary` UDM field is set to `Small Client File Upload` and the `security_result.description` UDM field is set to `A file transfer occurred in which the client sent a sequence of bytes to the server`. If the `inferences` log field value is equal to `SP`, then the `security_result.summary` UDM field is set to `Other Scanning` and the `security_result.description` UDM field is set to `A client and server didn't exchange encrypted packets but the client wasn't a version or capabilities scanner`. If the `inferences` log field value is equal to `SV`, then the `security_result.summary` UDM field is set to `Version Scanning` and the `security_result.description` UDM field is set to `A client exchanged version strings with the server and than disconnected`. If the `inferences` log field value is equal to `UA`, then the `security_result.summary` UDM field is set to `Unknown Authentication` and the `security_result.description` UDM field is set to `The authentication method is not determinated or is unknown`.

Referencia de asignación de campo: CORELIGHT - suricata_corelight

En la siguiente tabla, se enumeran los campos de registro del tipo de registro suricata_corelight y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `SCAN_NETWORK`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Suricata`.
`id.vlan (integer - count)`	`intermediary.labels [id_vlan]`
`id.vlan_inner (integer - count)`	`intermediary.labels [id_vlan_inner]`
`icmp_type (integer - count)`	`about.labels [icmp_type]`
`icmp_code (integer - count)`	`about.labels [icmp_code]`
`suri_id (string)`	`metadata.product_log_id`
`service (string)`	`network.application_protocol`
`flow_id (integer - count)`	`network.session_id`
`tx_id (integer - count)`	`about.labels [tx_id]`
`pcap_cnt (integer - count)`	`about.labels [pcap_cnt]`
`alert.action (string)`	`security_result.action_details`
`alert.gid (integer - count)`	`security_result.detection_fields [alert_gid]`
`alert.signature_id (integer - count)`	`security_result.rule_id`
`alert.rev (integer - count)`	`security_result.detection_fields [alert_rev]`
`alert.signature (string)`	`security_result.summary`
`alert.signature (string)`	`security_result.rule_name`
`alert.category (string)`	`security_result.category_details`
`alert.severity (integer - count)`	`security_result.severity_details`
`alert.metadata (array[string] - vector of string)`	`security_result.detection_fields [alert_metadata]`
`community_id (string)`	`network.community_id`
`payload (string)`	`about.labels [payload]`
`payload (string)`	`about.labels [payload_decoded]`
`packet (string)`	`about.labels [packet]`
`packet (string)`	`about.labels [packet_decoded]`
`metadata (array[string] - vector of string)`	`security_result.detection_fields [metadata]`
`orig_cve (string)`	`extensions.vulns.vulnerabilities.cve_id`
`resp_cve (string)`	`extensions.vulns.vulnerabilities.cve_id`
	`idm.is_alert`	The `idm.is_alert` UDM field is set to `true`.
	`idm.is_significant`	The `idm.is_significant` UDM field is set to `true`.
	`security_result.severity`	The `security_result.severity` UDM field is set to `INFORMATIONAL`.

Referencia de asignación de campo: CORELIGHT - bacnet

En la siguiente tabla, se enumeran los campos de registro del tipo de registro bacnet y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`bvlc_function (string)`	`about.labels [bvlc_function]`
`bvlc_len (integer - count)`	`about.labels [bvlc_len]`
`apdu_type (string)`	`about.labels [apdu_type]`
`service_choice (string)`	`about.labels [service_choice]`
`data (array[string] - vector of string)`	`about.labels [data]`

Referencia de la asignación de campos: CORELIGHT - cip

En la siguiente tabla, se enumeran los campos de registro del tipo de registro cip y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`service (string)`	`about.labels [service]`
`status (string)`	`about.labels [status]`
`tags (string)`	`about.labels [tag]`

Referencia de asignación de campo: CORELIGHT - corelight_burst

En la siguiente tabla, se enumeran los campos de registro del tipo de registro corelight_burst y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `SCAN_NETWORK`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`proto (string - enum)`	`network.ip_protocol`
`orig_size (integer - count)`	`network.sent_bytes`
`resp_size (integer - count)`	`network.received_bytes`
`mbps (number - double)`	`about.labels [mbps]`
`age_of_conn (number - interval)`	`about.labels [age_of_conn]`

Referencia de asignación de campo: CORELIGHT - corelight_overall_capture_loss

En la siguiente tabla, se enumeran los campos de registro del tipo de registro corelight_overall_capture_loss y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`gaps (number - double)`	`security_result.detection_fields [gaps]`
`acks (number - double)`	`security_result.detection_fields [acks]`
`percent_lost (number - double)`	`security_result.detection_fields [percent_lost]`
	`metadata.description`	The `metadata.description` UDM field is set with `_system_name`, `percent_lost`, `ts.` log fields as "node `_system_name` experienced `percent_lost`% packet loss at `ts.`".

Referencia de asignación de campo: CORELIGHT - corelight_profiling

En la siguiente tabla, se enumeran los campos de registro del tipo de registro corelight_profiling y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `SCAN_NETWORK`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`node (string)`	`principal.hostname`
`prof.core_stack (string)`	`about.labels [prof_core_stack]`
`prof.script_stack (string)`	`about.labels [prof_script_stack]`
`prof.sched_wait_ns (integer - count)`	`about.labels [prof_sched_wait_ns]`

Referencia de asignación de campo: CORELIGHT - datared

En la siguiente tabla, se enumeran los campos de registro del tipo de registro datared y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`conn_red (integer - count)`	`about.labels [conn_red]`
`conn_total (integer - count)`	`about.labels [conn_total]`
`dns_red (integer - count)`	`about.labels [dns_red]`
`dns_total (integer - count)`	`about.labels [dns_total]`
`dns_coal_miss (integer - count)`	`about.labels [dns_coal_miss]`
`files_red (integer - count)`	`about.labels [files_red]`
`files_total (integer - count)`	`about.labels [files_total]`
`files_coal_miss (integer - count)`	`about.labels [files_coal_miss]`
`http_red (integer - count)`	`about.labels [http_red]`
`http_total (integer - count)`	`about.labels [http_total]`
`ssl_red (integer - count)`	`about.labels [ssl_red]`
`ssl_total (integer - count)`	`about.labels [ssl_total]`
`ssl_coal_miss (integer - count)`	`about.labels [ssl_coal_miss]`
`weird_red (integer - count)`	`about.labels [weird_red]`
`weird_total (integer - count)`	`about.labels [weird_total]`
`x509_red (integer - count)`	`about.labels [x509_red]`
`x509_total (integer - count)`	`about.labels [x509_total]`
`x509_coal_miss (integer - count)`	`about.labels [x509_coal_miss]`

Referencia de la asignación de campos: CORELIGHT - dhcp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dhcp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_DHCP`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DHCP`.
`uids (array[string] - set[string])`	`about.labels [uid]`
`client_addr (string - addr)`	`network.dhcp.ciaddr`
`server_addr (string - addr)`	`network.dhcp.siaddr`
`mac (string)`	`network.dhcp.chaddr`
`host_name (string)`	`network.dhcp.client_hostname`
`client_fqdn (string)`	`principal.domain.name`
`domain (string)`	`target.domain.name`
`requested_addr (string - addr)`	`network.dhcp.requested_address`
`assigned_addr (string - addr)`	`network.dhcp.yiaddr`
`lease_time (number - interval)`	`network.dhcp.lease_time_seconds`
`client_message (string)`	`security_result.description`
`server_message (string)`	`security_result.description`
`msg_types (array[string] - vector of string)`	`network.dhcp.type`	The `msg_types` log field is mapped to `network.dhcp.type` UDM field when index value in `msg_types` is equal to `0`. For every other index value, `about.labels.key` UDM field is set to `msg_types` and `msg_types` log field is mapped to the `about.labels.value`.
`duration (number - interval)`	`about.labels [duration]`

Referencia de la asignación de campos: CORELIGHT - dga

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dga y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_DNS`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DNS`.
`query (string)`	`network.dns.questions.name`
`family (string)`	`about.labels [family]`
`qtype_name (string)`	`about.labels [qtype_name]`
`rcode (integer - count)`	`network.dns.response_code`
`is_collision_heavy (boolean - bool)`	`security_result.detection_fields [is_collision_heavy]`
`ruse (boolean - bool)`	`about.labels [ruse]`

Referencia de asignación de campos: CORELIGHT - dnp3

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dnp3 y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`fc_request (string)`	`about.labels [fc_request]`
`fc_reply (string)`	`about.labels [fc_reply]`
`iin (integer - count)`	`about.labels [iin]`

Referencia de la asignación de campos: CORELIGHT - iso_cotp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro iso_cotp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`pdu_type (string)`	`about.labels [pdu_type]`

Referencia de asignación de campos: CORELIGHT - kerberos

En la siguiente tabla, se enumeran los campos de registro del tipo de registro kerberos y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `KRB5`.
`request_type (string)`	`principal.application`
`client (string)`	`principal.hostname`
`service (string)`	`target.application`
`success (boolean - bool)`	`security_result.action`	If the `success` log field value is equal to `true`, then the `security_result.action` UDM field is set to `ALLOW`. Else, the `security_result.action` UDM field is set to `FAIL`.
`error_msg (string)`	`security_result.action_details`
`from (time)`	`about.labels [from]`
`till (time)`	`about.labels [till]`
`cipher (string)`	`about.labels [cipher]`
`forwardable (boolean - bool)`	`about.labels [forwardable]`
`renewable (boolean - bool)`	`about.labels [renewable]`
`client_cert_subject (string)`	`about.labels [client_cert_subject]`
`client_cert_fuid (string)`	`about.labels [client_cert_fuid]`
`server_cert_subject (string)`	`about.labels [server_cert_subject]`
`server_cert_fuid (string)`	`about.labels [server_cert_fuid]`

Referencia de la asignación de campos: CORELIGHT - ldap

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ldap y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `LDAP`.
`proto (string)`	`about.labels [proto]`
`message_id (integer - int)`	`about.labels [message_id]`
`version (integer - int)`	`network.application_protocol_version`
`opcode (array[string] - set[string])`	`security_result.detection_fields [opcode]`
`result (array[string] - set[string])`	`security_result.detection_fields [result]`
`diagnostic_message (array[string] - vector of string)`	`security_result.description`
`object (array[string] - vector of string)`	`about.labels [object]`
`argument (array[string] - vector of string)`	`about.labels [argument]`

Referencia de asignación de campos: CORELIGHT - ldap_search

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ldap_search y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `LDAP`.
`proto (string)`	`about.labels [proto]`
`message_id (integer - int)`	`about.labels [message_id]`
`scope (array[string] - set[string])`	`about.labels [scope]`
`deref (array[string] - set[string])`	`about.labels [deref]`
`base_object (array[string] - vector of string)`	`about.labels [base_object]`
`result_count (integer - count)`	`security_result.detection_fields [result_count]`
`result (array[string] - set[string])`	`security_result.detection_fields [result]`
`diagnostic_message (array[string] - vector of string)`	`security_result.description`
`filter (string)`	`about.labels [filter]`
`attributes (array[string] - vector of string)`	`about.labels [attributes]`

Referencia de asignación de campos: CORELIGHT - local_subnets

En la siguiente tabla, se enumeran los campos de registro del tipo de registro local_subnets y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`round (integer - count)`	`about.labels [round]`
`ip_version (integer - count)`	`about.labels [ip_version]`
`subnets (array[string] - set[subnet])`	`about.labels [subnet]`
`component_ids (array[integer] - set[count])`	`about.labels [component_id]`
`size_of_component (integer - count)`	`about.labels [size_of_component]`
`bipartite (boolean - bool)`	`about.labels [bipartite]`
`inferred_site (boolean - bool)`	`about.labels [inferred_site]`
`other_ips (array[string] - set[addr])`	`about.ip`

Referencia de asignación de campos: CORELIGHT - local_subnets_dj

En la siguiente tabla, se enumeran los campos de registro del tipo de registro local_subnets_dj y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`ip_version (integer - count)`	`about.labels [ip_version]`
`v (string - addr)`	`about.ip`
`side (string)`	`about.labels [side]`

Referencia de asignación de campos: CORELIGHT - local_subnets_graphs

En la siguiente tabla, se enumeran los campos de registro del tipo de registro local_subnets_graphs y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`ip_version (integer - count)`	`about.labels [ip_version]`
`v1 (string - addr)`	`about.ip`
`v2 (string - addr)`	`about.ip`

Referencia de la asignación de campos: CORELIGHT - syslog

En la siguiente tabla, se enumeran los campos de registro del tipo de registro syslog y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `STATUS_UPDATE`.
`proto (string - enum)`	`network.ip_protocol`
`facility (string)`	`about.labels [facility]`
`severity (string)`	`about.labels [severity]`
`message (string)`	`metadata.description`

Referencia de la asignación de campos: CORELIGHT - tds

En la siguiente tabla, se enumeran los campos de registro del tipo de registro tds y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
`command (string)`	`principal.process.command_line`

Referencia de la asignación de campos: CORELIGHT - tds_rpc

En la siguiente tabla, se enumeran los campos de registro del tipo de registro tds_rpc y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
`procedure_name (string)`	`about.labels [procedure_name]`
`parameters (array[string] - vector of string)`	`about.labels [parameter]`

Referencia de asignación de campos: CORELIGHT - tds_sql_batch

En la siguiente tabla, se enumeran los campos de registro del tipo de registro tds_sql_batch y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `STATUS_UPDATE`.
	`target.resource.resource_type`	The `target.resource.resource_type` UDM field is set to `DATABASE`.
`header_type (string)`	`target.resource.attribute.labels [header_type]`
`query (string)`	`target.resource.attribute.labels [query]`

Referencia de la asignación de campo: CORELIGHT - traceroute

En la siguiente tabla, se enumeran los campos de registro del tipo de registro traceroute y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
`src (string - addr)`	`principal.ip`
`dst (string - addr)`	`target.ip`
`proto (string)`	`network.ip_protocol`

Referencia de la asignación de campos: CORELIGHT - tunnel

En la siguiente tabla, se enumeran los campos de registro del tipo de registro tunnel y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
`tunnel_type (string - enum)`	`intermediary.labels [tunnel_type]`
`action (string - enum)`	`security_result.action_details`
	`security_result.description`	The `security_result.description` UDM field is set with `action`, `tunnel_type` log fields as "action `action` on tunnel type `tunnel_type`".

Referencia de asignación de campo: CORELIGHT - Weird, Weird_red

En la siguiente tabla, se enumeran los campos de registro del tipo de registro weird, weird_red y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
`name (string)`	`about.labels [name]`
`addl (string)`	`about.labels [addl]`
`notice (boolean - bool)`	`about.labels [notice]`
`source (string)`	`about.labels [source]`
`peer (string)`	`about.labels [peer]`

Referencia de la asignación de campo: CORELIGHT -wireguard

En la siguiente tabla, se enumeran los campos de registro del tipo de registro wireguard y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
`established (boolean - bool)`	`about.labels [established]`
`initiations (integer - count)`	`about.labels [initiations]`
`responses (integer - count)`	`about.labels [responses]`

Referencia de la asignación de campos: CORELIGHT - vpn

En la siguiente tabla, se enumeran los campos de registro del tipo de registro vpn y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`proto (string - enum)`	`network.ip_protocol`
`vpn_type (string - enum)`	`about.labels [vpn_type]`
`service (string)`	`target.application`
`inferences (array[string] - set[string])`	`about.labels [inference]`
`server_name (string)`	`network.tls.client.server_name`
`client_info (string)`	`principal.labels [client_info]`
`duration (number - interval)`	`network.session_duration`
`orig_bytes (integer - count)`	`network.sent_bytes`
`resp_bytes (integer - count)`	`network.received_bytes`
`orig_cc (string)`	`principal.location.country_or_region`
`orig_region (string)`	`principal.location.country_or_region`
`orig_city (string)`	`principal.location.city`
`resp_cc (string)`	`target.location.country_or_region`
`resp_region (string)`	`target.location.country_or_region`
`resp_city (string)`	`target.location.city`
`subject (string)`	`network.tls.client.certificate.subject`
`issuer (string)`	`network.tls.client.certificate.issuer`
`ja3 (string)`	`network.tls.client.ja3`
`ja3s (string)`	`network.tls.server.ja3s`

Referencia de asignación de campos: CORELIGHT - x509, x509_red

En la siguiente tabla, se enumeran los campos de registro del tipo de registro x509, x509_red y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`fingerprint (string)`	`about.labels [fingerprint]`
`certificate.version (integer - count)`	`network.tls.server.certificate.version`
`certificate.serial (string)`	`network.tls.server.certificate.serial`
`certificate.subject (string)`	`network.tls.server.certificate.subject`
`certificate.issuer (string)`	`network.tls.server.certificate.issuer`
`certificate.not_valid_before (time)`	`network.tls.server.certificate.not_before`
`certificate.not_valid_after (time)`	`network.tls.server.certificate.not_after`
`certificate.key_alg (string)`	`about.labels [certificate_key_alg]`
`certificate.sig_alg (string)`	`about.labels [certificate_sig_alg]`
`certificate.key_type (string)`	`about.labels [certificate_key_type]`
`certificate.key_length (integer - count)`	`about.labels [certificate_key_length]`
`certificate.exponent (string)`	`about.labels [certificate_exponent]`
`certificate.curve (string)`	`network.tls.curve`
`san.dns (array[string] - vector of string)`	`about.labels [san_dns]`
`san.uri (array[string] - vector of string)`	`about.url`
`san.email (array[string] - vector of string)`	`about.labels [san_email]`
`san.ip (array[string] - vector of addr)`	`about.ip`
`basic_constraints.ca (boolean - bool)`	`about.labels [basic_constraints_ca]`
`basic_constraints.path_len (integer - count)`	`about.labels [basic_constraints_path_len]`
`host_cert (boolean - bool)`	`about.labels [host_cert]`
`client_cert (boolean - bool)`	`about.labels [client_cert]`

Referencia de asignación de campos: CORELIGHT -Unknown-smartpcap

En la siguiente tabla, se enumeran los campos de registro del tipo de registro unknown-smartpcap y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Smartpcap`.
`tid (string)`	`about.labels [tid]`
`pkts (integer - count)`	`about.labels [pkts]`
`url (string)`	`security_result.url_back_to_product`

Referencia de la asignación de campos: CORELIGHT - mysql

En la siguiente tabla, se enumeran los campos de registro del tipo de registro mysql y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `USER_RESOURCE_ACCESS`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`cmd (string)`	`target.resource.attribute.labels [cmd]`
`arg (string)`	`principal.process.command_line`
`success (boolean - bool)`	`target.resource.attribute.labels [success]`
`rows (integer - count)`	`target.resource.attribute.labels [rows]`
`response (string)`	`target.resource.attribute.labels [response]`
	`target.resource.resource_type`	The `target.resource.resource_type` UDM field is set to `DATABASE`.

Referencia de asignación de campo: CORELIGHT - napatech_shunting

En la siguiente tabla, se enumeran los campos de registro del tipo de registro napatech_shunting y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`peer (string)`	`about.labels [peer]`
`terminated_flows (integer - count)`	`about.labels [terminated_flows]`
`shunted_flows (integer - count)`	`security_result.detection_fields [shunted_flows]`

Referencia de asignación de campos: CORELIGHT - ntlm

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ntlm y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `USER_LOGIN`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`username (string)`	`target.user.userid`
`hostname (string)`	`principal.hostname`
`domainname (string)`	`principal.domain.name`
`server_nb_computer_name (string)`	`target.hostname`
`server_dns_computer_name (string)`	`target.domain.name`
`server_tree_name (string)`	`target.labels [server_tree_name]`
`success (boolean - bool)`	`extensions.auth.auth_details`	If the `success` log field value is equal to `true`, then the `extensions.auth.auth_details` UDM field is set to `Authentication successful`. Else, the `extensions.auth.auth_details` UDM field is set to `Authentication failed`.

Referencia de la asignación de campo: CORELIGHT - pe

En la siguiente tabla, se enumeran los campos de registro del tipo de registro pe y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`id (string)`	`about.labels [id]`
`machine (string)`	`target.labels [machine]`
`compile_ts (time)`	`about.labels [compile_ts]`
`os (string)`	`target.platform`	If the `os` log field value is equal to `windows`, then the `target.platform` UDM field is set to `WINDOWS`. Else, if is equal to `linux`, then the `target.platform` UDM field is set to `LINUX`. Else, if the `os` log field value is equal to `mac or the os log field value is equal to osx, then the target.platform UDM field is set to MAC.`
`subsystem (string)`	`target.application`
`is_exe (boolean - bool)`	`about.file.file_type`	If the `is_exe` log field value is equal to `true`, then the `about.file.file_type` UDM field is set to `FILE_TYPE_PE_EXE`.
`is_64bit (boolean - bool)`	`about.labels [is_64bit]`
`uses_aslr (boolean - bool)`	`about.labels [uses_aslr]`
`uses_dep (boolean - bool)`	`about.labels [uses_dep]`
`uses_code_integrity (boolean - bool)`	`about.labels [uses_code_integrity]`
`uses_seh (boolean - bool)`	`about.labels [uses_seh ]`
`has_import_table (boolean - bool)`	`about.labels [has_import_table]`
`has_export_table (boolean - bool)`	`about.labels [has_export_table]`
`has_cert_table (boolean - bool)`	`about.labels [has_cert_table]`
`has_debug_data (boolean - bool)`	`about.labels [has_debug_data]`
`section_names (array[string] - vector of string)`	`about.labels [section_names]`

Referencia de asignación de campos: CORELIGHT - ntp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ntp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `NTP`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `UDP`.
`version (integer - count)`	`network.application_protocol_version`
`mode (integer - count)`	`about.labels [mode]`
`stratum (integer - count)`	`about.labels [stratum]`
`poll (number - interval)`	`about.labels [poll]`
`precision (number - interval)`	`about.labels [precision]`
`root_delay (number - interval)`	`about.labels [root_delay]`
`root_disp (number - interval)`	`about.labels [root_disp]`
`ref_id (string)`	`target.ip`	If the `ref_id`log field value is matched with regex of IP, then the `ref_id`log field is mapped to the `target.ip` UDM field. Else, the `ref_id`log field is mapped to the `target.labels` UDM field.
`ref_id (string)`	`target.labels [ref_id]`	If the `ref_id`log field value is matched with regex of IP, then the `ref_id`log field is mapped to the `target.ip` UDM field. Else, the `ref_id`log field is mapped to the `target.labels` UDM field.
`ref_time (time)`	`about.labels [ref_time]`
`org_time (time)`	`about.labels [org_time]`
`rec_time (time)`	`about.labels [rec_time]`
`xmt_time (time)`	`about.labels [rec_time]`
`num_exts (integer - count)`	`about.labels [num_exts]`

Referencia de asignación de campos: CORELIGHT - Radio

En la siguiente tabla, se enumeran los campos de registro del tipo de registro radius y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `USER_LOGIN`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`username (string)`	`target.user.userid`
`mac (string)`	`principal.mac`
`framed_addr (string - addr)`	`intermediary.ip`
`tunnel_client (string)`	`intermediary.ip`	If the `tunnel_client` log field value is matched with regex of IP, then the `tunnel_client` log field is mapped to the `intermediary.ip` UDM field. Else, the `tunnel_client` log field is mapped to the `intermediary.domain.name` UDM field.
`tunnel_client (string)`	`intermediary.domain.name`	If the `tunnel_client` log field value is matched with regex of IP, then the `tunnel_client` log field is mapped to the `intermediary.ip` UDM field. Else, the `tunnel_client` log field is mapped to the `intermediary.domain.name` UDM field.
`connect_info (string)`	`about.labels [connect_info]`
`reply_msg (string)`	`about.labels [reply_msg]`
`result (string)`	`extensions.auth.auth_details`
`ttl (number - interval)`	`network.session_duration`

Referencia de la asignación de campos: CORELIGHT - reporter

En la siguiente tabla, se enumeran los campos de registro del tipo de registro reporter y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`level (string - enum)`	`security_result.severity`	If the `level` log field value is equal to `CRITICAL` or `ERROR` or `HIGH` or `INFORMATIONAL` or `LOW` or `MEDIUM`, then the `level` log field is mapped to the `security_result.severity` UDM field.
`level (string - enum)`	`security_result.severity_details`
`message (string)`	`security_result.description`
`location (string)`	`about.labels [location]`

Referencia de la asignación de campos: CORELIGHT - log4shell

En la siguiente tabla, se enumeran los campos de registro del tipo de registro log4shell y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `SCAN_HOST`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`extensions.vulns.vulnerabilities.cve_id`	The `extensions.vulns.vulnerabilities.cve_id` UDM field is set to `CVE-2021-44228`.
`http_uri (string)`	`about.labels [http_uri]`
`uri (string)`	`target.url`
`stem (string)`	`target.labels [stem]`
`target_host (string)`	`target.hostname`
`target_port (string)`	`target.port`
`method (string)`	`network.http.method`
`is_orig (boolean - bool)`	`about.labels [is_orig]`
`name (string)`	`about.labels.key`
`value (string)`	`about.labels.value`
`matched_name (boolean - bool)`	`about.labels [matched_name]`
`matched_value (boolean - bool)`	`about.labels [matched_value]`

Referencia de la asignación de campos: CORELIGHT - modbus

En la siguiente tabla, se enumeran los campos de registro del tipo de registro modbus y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `MODBUS`.
`func (string)`	`about.labels [func]`
`exception (string)`	`security_result.description`

Referencia de la asignación de campos: CORELIGHT - mqtt_connect

En la siguiente tabla, se enumeran los campos de registro del tipo de registro mqtt_connect y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `MQTT`.
`proto_name (string)`	`about.labels [proto_name]`
`proto_version (string)`	`network.application_protocol_version`
`client_id (string)`	`principal.labels [client_id]`
`connect_status (string)`	`security_result.description`
`will_topic (string)`	`about.labels [will_topic]`
`will_payload (string)`	`about.labels [will_payload]`

Referencia de la asignación de campos: CORELIGHT - mqtt_publish

En la siguiente tabla, se enumeran los campos de registro del tipo de registro mqtt_publish y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `MQTT`.
`from_client (boolean - bool)`	`about.labels [from_client]`
`retain (boolean - bool)`	`target.labels [retain]`
`qos (string)`	`about.labels [qos]`
`status (string)`	`security_result.description`
`topic (string)`	`about.labels [topic]`
`payload (string)`	`about.labels [payload]`
`payload_len (integer - count)`	`about.labels [payload_len]`

Referencia de la asignación de campos: CORELIGHT - mqtt_subscribe

En la siguiente tabla, se enumeran los campos de registro del tipo de registro mqtt_subscribe y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `MQTT`.
`action (string - enum)`	`security_result.action_details`
`topics (array[string] - vector of string)`	`about.labels [topics]`
`qos_levels (array[integer] - vector of count)`	`about.labels [qos_levels]`
`granted_qos_level (integer - count)`	`about.labels [granted_qos_level]`
`ack (boolean - bool)`	`security_result.detection_fields [ack]`

Referencia de asignación de campos: CORELIGHT - dpd

En la siguiente tabla, se enumeran los campos de registro del tipo de registro dpd y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`proto (string - enum)`	`network.ip_protocol`
`analyzer (string)`	`about.labels [analyzer]`
`failure_reason (string)`	`about.labels [failure_reason]`

Referencia de la asignación de campos: CORELIGHT -encrypted_dns

En la siguiente tabla, se enumeran los campos de registro del tipo de registro encrypted_dns y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DNS`.
`resp_h (string - addr)`	`target.ip`
`cert.cn (string)`	`about.labels [cert_cn]`
`cert.sans (array[string] - set[string])`	`about.labels [cert_sans]`
`sni (string)`	`network.tls.client.server_name`
`match (string)`	`about.labels [match]`

Referencia de la asignación de campos: CORELIGHT - enip

En la siguiente tabla, se enumeran los campos de registro del tipo de registro enip y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`command (string)`	`principal.process.command_line`
`length (integer - count)`	`about.labels [length]`
`session_handle (string)`	`network.session_id`
`status (string)`	`about.labels [status]`
`sender_context (string)`	`about.labels [sender_context]`
`options (string)`	`about.labels [options]`

Referencia de la asignación de campos: CORELIGHT - enip_debug

En la siguiente tabla, se enumeran los campos de registro del tipo de registro enip_debug y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `STATUS_UPDATE`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`raw_data (string)`	`about.labels [raw_data]`

Referencia de asignación de campos: CORELIGHT - enip_list_identity

En la siguiente tabla, se enumeran los campos de registro del tipo de registro enip_list_identity y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`device_type (string)`	`target.asset.attribute.labels [device_type]`
`vendor (string)`	`target.asset.hardware.manufacturer`
`product_name (string)`	`target.asset.attribute.labels [product_name]`
`serial_number (string)`	`target.asset.asset_id`	The `target.asset.asset_id` UDM field is set with `serial_number` log fields as "CORELIGHT: `serial_number`".
`product_code (integer - count)`	`target.asset.attribute.labels [product_code]`
`revision (number - double)`	`target.asset.attribute.labels [revision]`
`status (string)`	`about.labels [status]`
`state (string)`	`target.asset.attribute.labels [state]`
`device_ip (string - addr)`	`target.asset.ip`

Referencia de la asignación de campos: CORELIGHT - etc_viz

En la siguiente tabla, se enumeran los campos de registro del tipo de registro etc_viz y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`server_a (string - addr)`	`target.ip`
`server_p (integer - port)`	`target.port`
`service (array[string] - set[string])`	`target.application`	The `service` log field is mapped to `target.application` UDM field when index value in `service` is equal to `0`. For every other index value, `target.labels.key` UDM field is set to `service` and `service` log field is mapped to the `target.labels.value`.
`viz_stat (string)`	`about.labels [viz_stat]`
`c2s_viz.size (integer - count)`	`about.labels [c2s_viz_size]`
`c2s_viz.enc_dev (number - double)`	`about.labels [c2s_viz_enc_dev]`
`c2s_viz.enc_frac (number - double)`	`about.labels [c2s_viz_enc_frac]`
`c2s_viz.pdu1_enc (boolean - bool)`	`about.labels [c2s_viz_pdu1_enc]`
`c2s_viz.clr_frac (number - double)`	`about.labels [c2s_viz_clr_frac]`
`c2s_viz.clr_ex (string)`	`about.labels [c2s_viz_clr_ex]`
`s2c_viz.size (integer - count)`	`about.labels [s2c_viz_size]`
`s2c_viz.enc_dev (number - double)`	`about.labels [s2c_viz_enc_dev]`
`s2c_viz.enc_frac (number - double)`	`about.labels [s2c_viz_enc_frac]`
`s2c_viz.pdu1_enc (boolean - bool)`	`about.labels [s2c_viz_pdu1_enc]`
`s2c_viz.clr_frac (number - double)`	`about.labels [s2c_viz_clr_frac]`
`s2c_viz.clr_ex (string)`	`about.labels [s2c_viz_clr_ex]`

Referencia de la asignación de campos: CORELIGHT - ftp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ftp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_FTP`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`user (string)`	`principal.user.user_display_name`
`password (string)`	`extensions.auth.auth_details`
`command (string), arg (string)`	`network.ftp.command`	The `network.ftp.command` UDM field is set with `command`, `arg` log fields as "`command` `arg`".
`mime_type (string)`	`target.file.mime_type`
`file_size (integer - count)`	`target.file.size`
`reply_code (integer - count)`	`about.labels [reply_code]`
`reply_msg (string)`	`about.labels [reply_msg]`
`data_channel.passive (boolean - bool)`	`about.labels [data_channel_passive]`
`data_channel.orig_h (string - addr)`	`principal.ip`
`data_channel.resp_h (string - addr)`	`target.ip`
`data_channel.resp_p (integer - port)`	`target.labels [data_channel_resp_p]`
`fuid (string)`	`about.labels [fuid]`

Referencia de la asignación de campos: CORELIGHT - genre_dns_tunnels

En la siguiente tabla, se enumeran los campos de registro del tipo de registro generic_dns_tunnels y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_DNS`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DNS`.
`dns_client (string - addr)`	`principal.ip`
`domain (string)`	`network.dns_domain`
`domain (string)`	`network.dns.questions.name`
`bytes (integer - int)`	`about.labels [bytes]`
`capture_secs (number - interval)`	`about.labels [capture_secs]`

Referencia de la asignación de campo: CORELIGHT -Generic_icmp_tunnels

En la siguiente tabla, se enumeran los campos de registro del tipo de registro generic_icmp_tunnels y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `ICMP`.
`detection (string)`	`security_result.detection_fields [detection]`
`orig (string - addr)`	`principal.ip`
`resp (string - addr)`	`target.ip`
`id (integer - count)`	`about.labels [id]`
`seq (integer - count)`	`about.labels [seq]`
`bytes (integer - count)`	`about.labels [bytes]`
`payload_len (integer - count)`	`about.labels [payload_len]`
`payload (string)`	`about.labels [payload]`

Referencia del mapeo de campos: CORELIGHT - icmp_specific_tunnels

En la siguiente tabla, se enumeran los campos de registro del tipo de registro icmp_specific_tunnels y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.ip_protocol`	The `network.ip_protocol` UDM field is set to `ICMP`.
`start_time (time)`	`about.labels [start_time]`
`duration (number - interval)`	`network.session_duration`
`tunnel (string)`	`intermediary.labels [tunnel]`
`seq (integer - count)`	`about.labels [seq]`
`icmp_id (integer - count)`	`about.labels [icmp_id]`
`payload (string)`	`about.labels [payload]`

Referencia de la asignación de campos: CORELIGHT - ipsec

En la siguiente tabla, se enumeran los campos de registro del tipo de registro ipsec y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`initiator_spi (string)`	`principal.labels [initiator_spi]`
`responder_spi (string)`	`target.labels [responder_spi]`
`maj_ver (integer - count)`	`about.labels [maj_ver]`
`min_ver (integer - count)`	`about.labels [min_ver]`
`exchange_type (integer - count)`	`about.labels [exchange_type]`
`flag_e (boolean - bool)`	`about.labels [flag_e]`
`flag_c (boolean - bool)`	`about.labels [flag_c]`
`flag_a (boolean - bool)`	`about.labels [flag_a]`
`flag_i (boolean - bool)`	`about.labels [flag_i]`
`flag_v (boolean - bool)`	`about.labels [flag_v]`
`flag_r (boolean - bool)`	`about.labels [flag_r]`
`message_id (integer - count)`	`about.labels [message_id]`
`vendor_ids (array[string] - vector of string)`	`about.labels [vendor_id]`
`notify_messages (array[string] - vector of string)`	`about.labels [notify_message]`
`transforms (array[string] - vector of string)`	`about.labels [transform]`
`ke_dh_groups (array[integer] - vector of count)`	`about.labels [ke_dh_group]`
`proposals (array[integer] - vector of count)`	`about.labels [proposal]`
`protocol_id (integer - count)`	`about.labels [protocol_id]`
`certificates (array[string] - vector of string)`	`about.labels [certificate]`
`transform_attributes (array[string] - vector of string)`	`about.labels [transform_attribute]`
`length (integer - count)`	`about.labels [length]`
`hash (string)`	`about.labels [hash]`
`doi (integer - count)`	`about.labels [doi]`
`situation (string)`	`about.labels [situation]`

Referencia de la asignación de campos: CORELIGHT - profinet

En la siguiente tabla, se enumeran los campos de registro del tipo de registro profinet y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`operation_type (string)`	`about.labels [operation_type]`
`block_version (string)`	`about.labels [block_version]`
`slot_number (integer - count)`	`about.labels [slot_number]`
`subslot_number (integer - count)`	`about.labels [subslot_number]`
`index (string)`	`about.labels [index]`

Referencia de asignación de campo: CORELIGHT - profinet_dce_rpc

En la siguiente tabla, se enumeran los campos de registro del tipo de registro profinet_dce_rpc y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DCERPC`.
`version (integer - count)`	`about.labels [version]`
`packet_type (integer - count)`	`about.labels [packet_type]`
`object_uuid (string)`	`about.labels [object_uuid]`
`interface_uuid (string)`	`about.labels [interface_uuid]`
`activity_uuid (string)`	`about.labels [activity_uuid]`
`server_boot_time (integer - count)`	`about.labels [server_boot_time]`
`operation (string)`	`about.labels [operation]`

Referencia de la asignación de campos: CORELIGHT - profinet_debug

En la siguiente tabla, se enumeran los campos de registro del tipo de registro profinet_debug y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`raw_data (string)`	`about.labels [raw_data]`

Referencia de la asignación de campos: CORELIGHT - rfb

En la siguiente tabla, se enumeran los campos de registro del tipo de registro rfb y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`client_major_version (string)`	`principal.labels [client_major_version]`
`client_minor_version (string)`	`principal.labels [client_minor_version]`
`server_major_version (string)`	`target.labels [server_major_version]`
`server_minor_version (string)`	`target.labels [server_minor_version]`
`authentication_method (string)`	`extension.auth.mechanism`	If the `authentication_method` log field value is equal to `VNC`, then the `extension.auth.mechanism` UDM field is set to `REMOTE_INTERACTIVE`. Else, the `extensions.auth.mechanism` UDM field is set to `MECHANISM_OTHER`.
`authentication_method (string)`	`extension.auth.auth_details`
`auth (boolean - bool)`	`security_result.action`	If the `auth` log field value is equal to `true`, then the `security_result.action` UDM field is set to `ALLOW`. Else, the `security_result.action` UDM field is set to `FAIL`.
`share_flag (boolean - bool)`	`about.labels [share_flag]`
`desktop_name (string)`	`principal.labels [desktop_name]`
`width (integer - count)`	`principal.labels [width]`
`height (integer - count)`	`principal.labels [height]`

Referencia de la asignación de campo: CORELIGHT - known_certs

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_certs y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `RESOURCE`.
	`entity.resource.resource_subtype`	The `entity.resource.resource_subtype` UDM field is set to `CERTIFICATE`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`hash (string)`	`entity.resource.attribute.labels [hash]`
`port (integer - port)`	`entity.port`
`protocol (string - enum)`	`entity.labels [protocol]`
`serial (string)`	`entity.resource.attribute.labels [serial]`
`subject (string)`	`entity.resource.attribute.labels [subject]`
`issuer_subject (string)`	`entity.resource.attribute.labels [issuer_subject]`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_devices

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_devices y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `RESOURCE`.
`ts (time)`	`metadata.interval.start_time`
`ts (time)`	`entity.asset.first_seen_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.asset.ip`
`mac (string)`	`entity.asset.mac`
`vendor_mac (string)`	`entity.asset.hardware.manufacturer`
`protocols (array[string] - set[string])`	`entity.labels [protocol]`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_domains

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_domains y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `DOMAIN_NAME`.
`ts (time)`	`metadata.interval.start_time`
`ts (time)`	`entity.domain.first_seen_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`domain (string)`	`entity.domain.name`
`protocols (array[string] - set[string])`	`entity.labels [protocol]`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_hosts

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_hosts y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `IP_ADDRESS`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`conns_opened (integer - count)`	`metadata.threat.detection_fields [conns_opened]`
`conns_closed (integer - count)`	`metadata.threat.detection_fields [conns_closed]`
`conns_pending (integer - count)`	`metadata.threat.detection_fields [conns_pending]`
`long_conns (integer - count)`	`metadata.threat.detection_fields [long_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_names

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_names y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `RESOURCE`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`hostname (string)`	`entity.hostname`
`protocols (array[string] - set[string])`	`entity.labels [protocol]`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_remotes

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_remotes y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `IP_ADDRESS`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`

Referencia de la asignación de campos: CORELIGHT -known_services

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_services y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `RESOURCE`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`port (integer - port)`	`entity.port`
`protocol (string - enum)`	`entity.labels [protocol]`
`service (array[string] - vector of string)`	`entity.labels [service]`
`software (array[string] - set[string])`	`entity.asset.software.name`
`app (array[string] - set[string])`	`entity.application`	The `app` log field is mapped to `entity.application` UDM field when index value in `app` is equal to `0`. For every other index value, `entity.labels.key` UDM field is set to `app` and `app` log field is mapped to the `entity.labels.value`.
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de la asignación de campos: CORELIGHT - known_users

En la siguiente tabla, se enumeran los campos de registro del tipo de registro known_users y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
	`metadata.entity_type`	The `metadata.entity_type` UDM field is set to `RESOURCE`.
`ts (time)`	`metadata.interval.start_time`
`duration (number - interval)`	`entity.labels [duration]`
`kuid (string)`	`entity.labels [kuid]`
`host_ip (string - addr)`	`entity.ip`
`remote_ip (string - addr)`	`entity.ip`
`user (string)`	`entity.user.user_display_name`
`protocol (string)`	`entity.labels [protocol]`
`num_conns (integer - count)`	`metadata.threat.detection_fields [num_conns]`
`annotations (array[string] - vector of string)`	`metadata.threat.detection_fields [annotations]`
`last_active_session (string)`	`entity.labels [last_active_session]`
`last_active_interval (number - interval)`	`entity.labels [last_active_interval]`

Referencia de asignación de campos: CORELIGHT - s7comm

En la siguiente tabla, se enumeran los campos de registro del tipo de registro s7comm y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Zeek`.
`rosctr (string)`	`about.labels [rosctr]`
`parameter (array[string] - vector of string)`	`about.labels [parameter]`
`item_count (integer - count)`	`about.labels [item_count]`
`data_info (array[string] - vector of string)`	`about.labels [data_info]`

Referencia de la asignación de campos: CORELIGHT - smartpcap

En la siguiente tabla, se enumeran los campos de registro del tipo de registro smartpcap y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Smartpcap`.
`logstr (string)`	`metadata.description`

Referencia de asignación de campos: CORELIGHT - snmp

En la siguiente tabla, se enumeran los campos de registro del tipo de registro snmp y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_UNCATEGORIZED`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`duration (number - interval)`	`network.session_duration`
`version (string)`	`network.application_protocol_version`
`community (string)`	`about.labels [community]`
`get_requests (integer - count)`	`about.labels [get_requests]`
`get_bulk_requests (integer - count)`	`about.labels [get_bulk_requests]`
`get_responses (integer - count)`	`about.labels [get_responses]`
`set_requests (integer - count)`	`about.labels [set_requests]`
`display_string (string)`	`about.labels [display_string]`
`up_since (time)`	`about.labels [up_since]`

Referencia de la asignación de campos: CORELIGHT - calcetines

En la siguiente tabla, se enumeran los campos de registro del tipo de registro socks y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`version (integer - count)`	`about.labels [version]`
`user (string)`	`principal.user.userid`
`password (string)`	`extensions.auth.auth_details`
`status (string)`	`about.labels [status]`
`request.host (string - addr)`	`target.ip`
`request.name (string)`	`target.hostname`
`request_p (integer - port)`	`target.labels [request_p]`
`bound.host (string - addr)`	`intermediary.ip`
`bound.name (string)`	`intermediary.hostname`
`bound_p (integer - port)`	`intermediary.port`

Referencia de asignación de campos: CORELIGHT - software

En la siguiente tabla, se enumeran los campos de registro del tipo de registro software y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`host (string - addr)`	`target.asset.ip`
`host_p (integer - port)`	`target.port`
`software_type (string - enum)`	`target.asset.software.description`
`name (string)`	`target.asset.software.name`
`version.major (integer - count)`	`target.asset.software.version`
`version.minor (integer - count)`	`target.asset.attribute.labels [version_minor]`
`version.minor2 (integer - count)`	`target.asset.attribute.labels [version_minor2]`
`version.minor3 (integer - count)`	`target.asset.attribute.labels [version_minor3]`
`version.addl (string)`	`target.asset.attribute.labels [version_addl]`
`unparsed_version (string)`	`target.asset.attribute.labels [unparsed_version]`

Referencia de la asignación de campos: CORELIGHT - specific_dns_tunnels

En la siguiente tabla, se enumeran los campos de registro del tipo de registro specific_dns_tunnels y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_DNS`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
	`network.application_protocol`	The `network.application_protocol` UDM field is set to `DNS`.
`trans_id (integer - count)`	`network.dns.id`
`dns_client (string - addr)`	`principal.ip`
`resolver (string - addr)`	`target.ip`
`query (string)`	`network.dns.questions.name`
`program (string - enum)`	`principal.application`
`session_id (integer - count)`	`network.session_id`
`detection (string)`	`security_result.detection_fields [detection]`
`sods_id (integer - count)`	`about.labels [sods_id]`

Referencia de la asignación de campos: CORELIGHT - stepping

En la siguiente tabla, se enumeran los campos de registro del tipo de registro stepping y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`dt (number - interval)`	`about.labels [dt]`
`uid1 (string)`	`about.labels [uid1]`
`uid2 (string)`	`about.labels [uid2]`
`direct (boolean - bool)`	`about.labels [direct]`
`client1_h (string - addr)`	`principal.ip`
`client1_p (integer - port)`	`principal.port`
`server1_h (string - addr)`	`target.ip`
`server1_p (integer - port)`	`target.port`
`client2_h (string - addr)`	`principal.ip`
`client2_p (integer - port)`	`principal.labels [client2_p]`
`server2_h (string - addr)`	`target.labels [server2_h]`
`server2_p (integer - port)`	`target.labels [server2_p]`

Referencia de la asignación de campos: CORELIGHT - stun

En la siguiente tabla, se enumeran los campos de registro del tipo de registro stun y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`proto (string - enum)`	`network.ip_protocol`
`is_orig (boolean - bool)`	`about.labels [is_orig]`
`trans_id (string)`	`network.session_id`
`method (string)`	`about.labels [method]`
`class (string)`	`about.labels [class]`
`attr_types (array[string] - vector of string)`	`about.labels.key`
`attr_vals (array[string] - vector of string)`	`about.labels.value`

Referencia de la asignación de campos: CORELIGHT - stun_nat

En la siguiente tabla, se enumeran los campos de registro del tipo de registro stun_nat y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `NETWORK_CONNECTION`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `zeek`.
`proto (string - enum)`	`network.ip_protocol`
`is_orig (boolean - bool)`	`about.labels [is_orig]`
`wan_addrs (array[string] - vector of addr)`	`principal.nat_ip`
`wan_ports (array[integer] - vector of count)`	`principal.nat_port`	The `wan_ports` log field is mapped to `principal.nat_port` UDM field when index value in `wan_ports` is equal to `0`. For every other index value, `principal.labels.key` UDM field is set to `wan_port` and `wan_ports` log field is mapped to the `principal.labels.value`.
`lan_addrs (array[string] - vector of addr)`	`principal.ip`

Referencia de la asignación de campos: CORELIGHT - suricata_stats

En la siguiente tabla, se enumeran los campos de registro del tipo de registro suricata_stats y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
	`metadata.product_name`	The `metadata.product_name` UDM field is set to `Suricata`.
`raw_mgmt`	`about.labels [raw_mgmt]`
`timestamp(time)`	`metadata.event_timestamp`
`event_type(string)`	`about.labels [event_type]`
`stats.uptime(integer)`	`about.labels [stats_uptime]`
`stats.napa_total.pkts(integer)`	`about.labels [stats_napa_total_pkts]`
`stats.napa_total.byte(integer)`	`about.labels [stats_napa_total_byte]`
`stats.napa_total.overflow_drop_pkts(integer)`	`about.labels [stats_napa_total_overflow_drop_pkts]`
`stats.napa_total.overflow_drop_byte(integer)`	`about.labels [stats_napa_total_overflow_drop_byte]`
`stats.napa_dispatch_host.pkts(integer)`	`about.labels [stats_napa_dispatch_host_pkts]`
`stats.napa_dispatch_host.byte(integer)`	`about.labels [stats_napa_dispatch_host_byte]`
`stats.napa_dispatch_drop.pkts(integer)`	`about.labels [stats_napa_dispatch_drop_pkts]`
`stats.napa_dispatch_drop.byte(integer)`	`about.labels [stats_napa_dispatch_drop_byte]`
`stats.decoder.pkts(integer)`	`about.labels [stats_decoder_pkts]`
`stats.decoder.bytes(integer)`	`about.labels [stats_decoder_bytes]`
`stats.decoder.invalid(integer)`	`about.labels [stats_decoder_invalid]`
`stats.decoder.ipv4(integer)`	`about.labels [stats_decoder_ipv4]`
`stats.decoder.ipv6(integer)`	`about.labels [stats_decoder_ipv6]`
`stats.decoder.ethernet(integer)`	`about.labels [stats_decoder_ethernet]`
`stats.decoder.chdlc(integer)`	`about.labels [stats_decoder_chdlc]`
`stats.decoder.raw(integer)`	`about.labels [stats_decoder_raw]`
`stats.decoder.null(integer)`	`about.labels [stats_decoder_null]`
`stats.decoder.sll(integer)`	`about.labels [stats_decoder_sll]`
`stats.decoder.tcp(integer)`	`about.labels [stats_decoder_tcp]`
`stats.decoder.udp(integer)`	`about.labels [stats_decoder_udp]`
`stats.decoder.sctp(integer)`	`about.labels [stats_decoder_sctp]`
`stats.decoder.icmpv4(integer)`	`about.labels [stats_decoder_icmpv4]`
`stats.decoder.icmpv6(integer)`	`about.labels [stats_decoder_icmpv6]`
`stats.decoder.ppp(integer)`	`about.labels [stats_decoder_ppp]`
`stats.decoder.pppoe(integer)`	`about.labels [stats_decoder_pppoe]`
`stats.decoder.geneve(integer)`	`about.labels [stats_decoder_geneve]`
`stats.decoder.gre(integer)`	`about.labels [stats_decoder_gre]`
`stats.decoder.vlan(integer)`	`about.labels [stats_decoder_vlan]`
`stats.decoder.vlan_qinq(integer)`	`about.labels [stats_decoder_vlan_qinq]`
`stats.decoder.vxlan(integer)`	`about.labels [stats_decoder_vxlan]`
`stats.decoder.vntag(integer)`	`about.labels [stats_decoder_vntag]`
`stats.decoder.ieee8021ah(integer)`	`about.labels [stats_decoder_ieee8021ah]`
`stats.decoder.teredo(integer)`	`about.labels [stats_decoder_teredo]`
`stats.decoder.ipv4_in_ipv6(integer)`	`about.labels [stats_decoder_ipv4_in_ipv6]`
`stats.decoder.ipv6_in_ipv6(integer)`	`about.labels [stats_decoder_ipv6_in_ipv6]`
`stats.decoder.mpls(integer)`	`about.labels [stats_decoder_mpls]`
`stats.decoder.avg_pkt_size(integer)`	`about.labels [stats_decoder_avg_pkt_size]`
`stats.decoder.max_pkt_size(integer)`	`about.labels [stats_decoder_max_pkt_size]`
`stats.decoder.max_mac_addrs_src(integer)`	`about.labels [stats_decoder_max_mac_addrs_src]`
`stats.decoder.max_mac_addrs_dst(integer)`	`about.labels [stats_decoder_max_mac_addrs_dst]`
`stats.decoder.erspan(integer)`	`about.labels [stats_decoder_erspan]`
`stats.decoder.event.ipv4.pkt_too_small(integer)`	`about.labels [stats_decoder_event_ipv4_pkt_too_small]`
`stats.decoder.event.ipv4.hlen_too_small(integer)`	`about.labels [stats_decoder_event_ipv4_hlen_too_small]`
`stats.decoder.event.ipv4.iplen_smaller_than_hlen(integer)`	`about.labels [stats_decoder_event_ipv4_iplen_smaller_than_hlen]`
`stats.decoder.event.ipv4.trunc_pkt(integer)`	`about.labels [stats_decoder_event_ipv4_trunc_pkt]`
`stats.decoder.event.ipv4.opt_invalid(integer)`	`about.labels [stats_decoder_event_ipv4_opt_invalid]`
`stats.decoder.event.ipv4.opt_invalid_len(integer)`	`about.labels [stats_decoder_event_ipv4_opt_invalid_len]`
`stats.decoder.event.ipv4.opt_malformed(integer)`	`about.labels [stats_decoder_event_ipv4_opt_malformed]`
`stats.decoder.event.ipv4.opt_pad_required(integer)`	`about.labels [stats_decoder_event_ipv4_opt_pad_required]`
`stats.decoder.event.ipv4.opt_eol_required(integer)`	`about.labels [stats_decoder_event_ipv4_opt_eol_required]`
`stats.decoder.event.ipv4.opt_duplicate(integer)`	`about.labels [stats_decoder_event_ipv4_opt_duplicate]`
`stats.decoder.event.ipv4.opt_unknown(integer)`	`about.labels [stats_decoder_event_ipv4_opt_unknown]`
`stats.decoder.event.ipv4.wrong_ip_version(integer)`	`about.labels [stats_decoder_event_ipv4_wrong_ip_version]`
`stats.decoder.event.ipv4.icmpv6(integer)`	`about.labels [stats_decoder_event_ipv4_icmpv6]`
`stats.decoder.event.ipv4.frag_pkt_too_large(integer)`	`about.labels [stats_decoder_event_ipv4_frag_pkt_too_large]`
`stats.decoder.event.ipv4.frag_overlap(integer)`	`about.labels [stats_decoder_event_ipv4_frag_overlap]`
`stats.decoder.event.ipv4.frag_ignored(integer)`	`about.labels [stats_decoder_event_ipv4_frag_ignored]`
`stats.decoder.event.icmpv4.pkt_too_small(integer)`	`about.labels [stats_decoder_event_icmpv4_pkt_too_small]`
`stats.decoder.event.icmpv4.unknown_type(integer)`	`about.labels [stats_decoder_event_icmpv4_unknown_type]`
`stats.decoder.event.icmpv4.unknown_code(integer)`	`about.labels [stats_decoder_event_icmpv4_unknown_code]`
`stats.decoder.event.icmpv4.ipv4_trunc_pkt(integer)`	`about.labels [stats_decoder_event_icmpv4_ipv4_trunc_pkt]`
`stats.decoder.event.icmpv4.ipv4_unknown_ver(integer)`	`about.labels [stats_decoder_event_icmpv4_ipv4_unknown_ver]`
`stats.decoder.event.icmpv6.unknown_type(integer)`	`about.labels [stats_decoder_event_icmpv6_unknown_type]`
`stats.decoder.event.icmpv6.unknown_code(integer)`	`about.labels [stats_decoder_event_icmpv6_unknown_code]`
`stats.decoder.event.icmpv6.pkt_too_small(integer)`	`about.labels [stats_decoder_event_icmpv6_pkt_too_small]`
`stats.decoder.event.icmpv6.ipv6_unknown_version(integer)`	`about.labels [stats_decoder_event_icmpv6_ipv6_unknown_version]`
`stats.decoder.event.icmpv6.ipv6_trunc_pkt(integer)`	`about.labels [stats_decoder_event_icmpv6_ipv6_trunc_pkt]`
`stats.decoder.event.icmpv6.mld_message_with_invalid_hl(integer)`	`about.labels [stats_decoder_event_icmpv6_mld_message_with_invalid_hl]`
`stats.decoder.event.icmpv6.unassigned_type(integer)`	`about.labels [stats_decoder_event_icmpv6_unassigned_type]`
`stats.decoder.event.icmpv6.experimentation_type(integer)`	`about.labels [stats_decoder_event_icmpv6_experimentation_type]`
`stats.decoder.event.ipv6.pkt_too_small(integer)`	`about.labels [stats_decoder_event_ipv6_pkt_too_small]`
`stats.decoder.event.ipv6.trunc_pkt(integer)`	`about.labels [stats_decoder_event_ipv6_trunc_pkt]`
`stats.decoder.event.ipv6.trunc_exthdr(integer)`	`about.labels [stats_decoder_event_ipv6_trunc_exthdr]`
`stats.decoder.event.ipv6.exthdr_dupl_fh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_fh]`
`stats.decoder.event.ipv6.exthdr_useless_fh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_useless_fh]`
`stats.decoder.event.ipv6.exthdr_dupl_rh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_rh]`
`stats.decoder.event.ipv6.exthdr_dupl_hh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_hh]`
`stats.decoder.event.ipv6.exthdr_dupl_dh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_dh]`
`stats.decoder.event.ipv6.exthdr_dupl_ah(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_ah]`
`stats.decoder.event.ipv6.exthdr_dupl_eh(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_dupl_eh]`
`stats.decoder.event.ipv6.exthdr_invalid_optlen(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_invalid_optlen]`
`stats.decoder.event.ipv6.wrong_ip_version(integer)`	`about.labels [stats_decoder_event_ipv6_wrong_ip_version]`
`stats.decoder.event.ipv6.exthdr_ah_res_not_null(integer)`	`about.labels [stats_decoder_event_ipv6_exthdr_ah_res_not_null]`
`stats.decoder.event.ipv6.hopopts_unknown_opt(integer)`	`about.labels [stats_decoder_event_ipv6_hopopts_unknown_opt]`
`stats.decoder.event.ipv6.hopopts_only_padding(integer)`	`about.labels [stats_decoder_event_ipv6_hopopts_only_padding]`
`stats.decoder.event.ipv6.dstopts_unknown_opt(integer)`	`about.labels [stats_decoder_event_ipv6_dstopts_unknown_opt]`
`stats.decoder.event.ipv6.dstopts_only_padding(integer)`	`about.labels [stats_decoder_event_ipv6_dstopts_only_padding]`
`stats.decoder.event.ipv6.rh_type_0(integer)`	`about.labels [stats_decoder_event_ipv6_rh_type_0]`
`stats.decoder.event.ipv6.zero_len_padn(integer)`	`about.labels [stats_decoder_event_ipv6_zero_len_padn]`
`stats.decoder.event.ipv6.fh_non_zero_reserved_field(integer)`	`about.labels [stats_decoder_event_ipv6_fh_non_zero_reserved_field]`
`stats.decoder.event.ipv6.data_after_none_header(integer)`	`about.labels [stats_decoder_event_ipv6_data_after_none_header]`
`stats.decoder.event.ipv6.unknown_next_header(integer)`	`about.labels [stats_decoder_event_ipv6_unknown_next_header]`
`stats.decoder.event.ipv6.icmpv4(integer)`	`about.labels [stats_decoder_event_ipv6_icmpv4]`
`stats.decoder.event.ipv6.frag_pkt_too_large(integer)`	`about.labels [stats_decoder_event_ipv6_frag_pkt_too_large]`
`stats.decoder.event.ipv6.frag_overlap(integer)`	`about.labels [stats_decoder_event_ipv6_frag_overlap]`
`stats.decoder.event.ipv6.frag_invalid_length(integer)`	`about.labels [stats_decoder_event_ipv6_frag_invalid_length]`
`stats.decoder.event.ipv6.frag_ignored(integer)`	`about.labels [stats_decoder_event_ipv6_frag_ignored]`
`stats.decoder.event.ipv6.ipv4_in_ipv6_too_small(integer)`	`about.labels [stats_decoder_event_ipv6_ipv4_in_ipv6_too_small]`
`stats.decoder.event.ipv6.ipv4_in_ipv6_wrong_version(integer)`	`about.labels [stats_decoder_event_ipv6_ipv4_in_ipv6_wrong_version]`
`stats.decoder.event.ipv6.ipv6_in_ipv6_too_small(integer)`	`about.labels [stats_decoder_event_ipv6_ipv6_in_ipv6_too_small]`
`stats.decoder.event.ipv6.ipv6_in_ipv6_wrong_version(integer)`	`about.labels [stats_decoder_event_ipv6_ipv6_in_ipv6_wrong_version]`
`stats.decoder.event.tcp.pkt_too_small(integer)`	`about.labels [stats_decoder_event_tcp_pkt_too_small]`
`stats.decoder.event.tcp.hlen_too_small(integer)`	`about.labels [stats_decoder_event_tcp_hlen_too_small]`
`stats.decoder.event.tcp.invalid_optlen(integer)`	`about.labels [stats_decoder_event_tcp_invalid_optlen]`
`stats.decoder.event.tcp.opt_invalid_len(integer)`	`about.labels [stats_decoder_event_tcp_opt_invalid_len]`
`stats.decoder.event.tcp.opt_duplicate(integer)`	`about.labels [stats_decoder_event_tcp_opt_duplicate]`
`stats.decoder.event.udp.pkt_too_small(integer)`	`about.labels [stats_decoder_event_udp_pkt_too_small]`
`stats.decoder.event.udp.hlen_too_small(integer)`	`about.labels [stats_decoder_event_udp_hlen_too_small]`
`stats.decoder.event.udp.hlen_invalid(integer)`	`about.labels [stats_decoder_event_udp_hlen_invalid]`
`stats.decoder.event.udp.len_invalid(integer)`	`about.labels [stats_decoder_event_udp_len_invalid]`
`stats.decoder.event.sll.pkt_too_small(integer)`	`about.labels [stats_decoder_event_sll_pkt_too_small]`
`stats.decoder.event.ethernet.pkt_too_small(integer)`	`about.labels [stats_decoder_event_ethernet_pkt_too_small]`
`stats.decoder.event.ppp.pkt_too_small(integer)`	`about.labels [stats_decoder_event_ppp_pkt_too_small]`
`stats.decoder.event.ppp.vju_pkt_too_small(integer)`	`about.labels [stats_decoder_event_ppp_vju_pkt_too_small]`
`stats.decoder.event.ppp.ip4_pkt_too_small(integer)`	`about.labels [stats_decoder_event_ppp_ip4_pkt_too_small]`
`stats.decoder.event.ppp.ip6_pkt_too_small(integer)`	`about.labels [stats_decoder_event_ppp_ip6_pkt_too_small]`
`stats.decoder.event.ppp.wrong_type(integer)`	`about.labels [stats_decoder_event_ppp_wrong_type]`
`stats.decoder.event.ppp.unsup_proto(integer)`	`about.labels [stats_decoder_event_ppp_unsup_proto]`
`stats.decoder.event.pppoe.pkt_too_small(integer)`	`about.labels [stats_decoder_event_pppoe_pkt_too_small]`
`stats.decoder.event.pppoe.wrong_code(integer)`	`about.labels [stats_decoder_event_pppoe_wrong_code]`
`stats.decoder.event.pppoe.malformed_tags(integer)`	`about.labels [stats_decoder_event_pppoe_malformed_tags]`
`stats.decoder.event.gre.pkt_too_small(integer)`	`about.labels [stats_decoder_event_gre_pkt_too_small]`
`stats.decoder.event.gre.wrong_version(integer)`	`about.labels [stats_decoder_event_gre_wrong_version]`
`stats.decoder.event.gre.version0_recur(integer)`	`about.labels [stats_decoder_event_gre_version0_recur]`
`stats.decoder.event.gre.version0_flags(integer)`	`about.labels [stats_decoder_event_gre_version0_flags]`
`stats.decoder.event.gre.version0_hdr_too_big(integer)`	`about.labels [stats_decoder_event_gre_version0_hdr_too_big]`
`stats.decoder.event.gre.version0_malformed_sre_hdr(integer)`	`about.labels [stats_decoder_event_gre_version0_malformed_sre_hdr]`
`stats.decoder.event.gre.version1_chksum(integer)`	`about.labels [stats_decoder_event_gre_version1_chksum]`
`stats.decoder.event.gre.version1_route(integer)`	`about.labels [stats_decoder_event_gre_version1_route]`
`stats.decoder.event.gre.version1_ssr(integer)`	`about.labels [stats_decoder_event_gre_version1_ssr]`
`stats.decoder.event.gre.version1_recur(integer)`	`about.labels [stats_decoder_event_gre_version1_recur]`
`stats.decoder.event.gre.version1_flags(integer)`	`about.labels [stats_decoder_event_gre_version1_flags]`
`stats.decoder.event.gre.version1_no_key(integer)`	`about.labels [stats_decoder_event_gre_version1_no_key]`
`stats.decoder.event.gre.version1_wrong_protocol(integer)`	`about.labels [stats_decoder_event_gre_version1_wrong_protocol]`
`stats.decoder.event.gre.version1_malformed_sre_hdr(integer)`	`about.labels [stats_decoder_event_gre_version1_malformed_sre_hdr]`
`stats.decoder.event.gre.version1_hdr_too_big(integer)`	`about.labels [stats_decoder_event_gre_version1_hdr_too_big]`
`stats.decoder.event.vlan.header_too_small(integer)`	`about.labels [stats_decoder_event_vlan_header_too_small]`
`stats.decoder.event.vlan.unknown_type(integer)`	`about.labels [stats_decoder_event_vlan_unknown_type]`
`stats.decoder.event.vlan.too_many_layers(integer)`	`about.labels [stats_decoder_event_vlan_too_many_layers]`
`stats.decoder.event.ieee8021ah.header_too_small(integer)`	`about.labels [stats_decoder_event_ieee8021ah_header_too_small]`
`stats.decoder.event.vntag.header_too_small(integer)`	`about.labels [stats_decoder_event_vntag_header_too_small]`
`stats.decoder.event.vntag.unknown_type(integer)`	`about.labels [stats_decoder_event_vntag_unknown_type]`
`stats.decoder.event.ipraw.invalid_ip_version(integer)`	`about.labels [stats_decoder_event_ipraw_invalid_ip_version]`
`stats.decoder.event.ltnull.pkt_too_small(integer)`	`about.labels [stats_decoder_event_ltnull_pkt_too_small]`
`stats.decoder.event.ltnull.unsupported_type(integer)`	`about.labels [stats_decoder_event_ltnull_unsupported_type]`
`stats.decoder.event.sctp.pkt_too_small(integer)`	`about.labels [stats_decoder_event_sctp_pkt_too_small]`
`stats.decoder.event.mpls.header_too_small(integer)`	`about.labels [stats_decoder_event_mpls_header_too_small]`
`stats.decoder.event.mpls.pkt_too_small(integer)`	`about.labels [stats_decoder_event_mpls_pkt_too_small]`
`stats.decoder.event.mpls.bad_label_router_alert(integer)`	`about.labels [stats_decoder_event_mpls_bad_label_router_alert]`
`stats.decoder.event.mpls.bad_label_implicit_null(integer)`	`about.labels [stats_decoder_event_mpls_bad_label_implicit_null]`
`stats.decoder.event.mpls.bad_label_reserved(integer)`	`about.labels [stats_decoder_event_mpls_bad_label_reserved]`
`stats.decoder.event.mpls.unknown_payload_type(integer)`	`about.labels [stats_decoder_event_mpls_unknown_payload_type]`
`stats.decoder.event.vxlan.unknown_payload_type(integer)`	`about.labels [stats_decoder_event_vxlan_unknown_payload_type]`
`stats.decoder.event.geneve.unknown_payload_type(integer)`	`about.labels [stats_decoder_event_geneve_unknown_payload_type]`
`stats.decoder.event.erspan.header_too_small(integer)`	`about.labels [stats_decoder_event_erspan_header_too_small]`
`stats.decoder.event.erspan.unsupported_version(integer)`	`about.labels [stats_decoder_event_erspan_unsupported_version]`
`stats.decoder.event.erspan.too_many_vlan_layers(integer)`	`about.labels [stats_decoder_event_erspan_too_many_vlan_layers]`
`stats.decoder.event.dce.pkt_too_small(integer)`	`about.labels [stats_decoder_event_dce_pkt_too_small]`
`stats.decoder.event.chdlc.pkt_too_small(integer)`	`about.labels [stats_decoder_event_chdlc_pkt_too_small]`
`stats.decoder.too_many_layers(integer)`	`about.labels [stats_decoder_too_many_layers]`
`stats.flow.memcap(integer)`	`about.labels [stats_flow_memcap]`
`stats.flow.tcp(integer)`	`about.labels [stats_flow_tcp]`
`stats.flow.udp(integer)`	`about.labels [stats_flow_udp]`
`stats.flow.icmpv4(integer)`	`about.labels [stats_flow_icmpv4]`
`stats.flow.icmpv6(integer)`	`about.labels [stats_flow_icmpv6]`
`stats.flow.tcp_reuse(integer)`	`about.labels [stats_flow_tcp_reuse]`
`stats.flow.get_used(integer)`	`about.labels [stats_flow_get_used]`
`stats.flow.get_used_eval(integer)`	`about.labels [stats_flow_get_used_eval]`
`stats.flow.get_used_eval_reject(integer)`	`about.labels [stats_flow_get_used_eval_reject]`
`stats.flow.get_used_eval_busy(integer)`	`about.labels [stats_flow_get_used_eval_busy]`
`stats.flow.get_used_failed(integer)`	`about.labels [stats_flow_get_used_failed]`
`stats.flow.wrk.spare_sync_avg(integer)`	`about.labels [stats_flow_wrk_spare_sync_avg]`
`stats.flow.wrk.spare_sync(integer)`	`about.labels [stats_flow_wrk_spare_sync]`
`stats.flow.wrk.spare_sync_incomplete(integer)`	`about.labels [stats_flow_wrk_spare_sync_incomplete]`
`stats.flow.wrk.spare_sync_empty(integer)`	`about.labels [stats_flow_wrk_spare_sync_empty]`
`stats.flow.wrk.flows_evicted_needs_work(integer)`	`about.labels [stats_flow_wrk_flows_evicted_needs_work]`
`stats.flow.wrk.flows_evicted_pkt_inject(integer)`	`about.labels [stats_flow_wrk_flows_evicted_pkt_inject]`
`stats.flow.wrk.flows_evicted(integer)`	`about.labels [stats_flow_wrk_flows_evicted]`
`stats.flow.wrk.flows_injected(integer)`	`about.labels [stats_flow_wrk_flows_injected]`
`stats.flow.mgr.full_hash_pass(integer)`	`about.labels [stats_flow_mgr_full_hash_pass]`
`stats.flow.mgr.closed_pruned(integer)`	`about.labels [stats_flow_mgr_closed_pruned]`
`stats.flow.mgr.new_pruned(integer)`	`about.labels [stats_flow_mgr_new_pruned]`
`stats.flow.mgr.est_pruned(integer)`	`about.labels [stats_flow_mgr_est_pruned]`
`stats.flow.mgr.bypassed_pruned(integer)`	`about.labels [stats_flow_mgr_bypassed_pruned]`
`stats.flow.mgr.rows_maxlen(integer)`	`about.labels [stats_flow_mgr_rows_maxlen]`
`stats.flow.mgr.flows_checked(integer)`	`about.labels [stats_flow_mgr_flows_checked]`
`stats.flow.mgr.flows_notimeout(integer)`	`about.labels [stats_flow_mgr_flows_notimeout]`
`stats.flow.mgr.flows_timeout(integer)`	`about.labels [stats_flow_mgr_flows_timeout]`
`stats.flow.mgr.flows_timeout_inuse(integer)`	`about.labels [stats_flow_mgr_flows_timeout_inuse]`
`stats.flow.mgr.flows_evicted(integer)`	`about.labels [stats_flow_mgr_flows_evicted]`
`stats.flow.mgr.flows_evicted_needs_work(integer)`	`about.labels [stats_flow_mgr_flows_evicted_needs_work]`
`stats.flow.spare(integer)`	`about.labels [stats_flow_spare]`
`stats.flow.emerg_mode_entered(integer)`	`about.labels [stats_flow_emerg_mode_entered]`
`stats.flow.emerg_mode_over(integer)`	`about.labels [stats_flow_emerg_mode_over]`
`stats.flow.memuse(integer)`	`about.labels [stats_flow_memuse]`
`stats.defrag.ipv4.fragments(integer)`	`about.labels [stats_defrag_ipv4_fragments]`
`stats.defrag.ipv4.reassembled(integer)`	`about.labels [stats_defrag_ipv4_reassembled]`
`stats.defrag.ipv4.timeouts(integer)`	`about.labels [stats_defrag_ipv4_timeouts]`
`stats.defrag.ipv6.fragments(integer)`	`about.labels [stats_defrag_ipv6_fragments]`
`stats.defrag.ipv6.reassembled(integer)`	`about.labels [stats_defrag_ipv6_reassembled]`
`stats.defrag.ipv6.timeouts(integer)`	`about.labels [stats_defrag_ipv6_timeouts]`
`stats.defrag.max_frag_hits(integer)`	`about.labels [stats_defrag_max_frag_hits]`
`stats.flow_bypassed.local_pkts(integer)`	`about.labels [stats_flow_bypassed_local_pkts]`
`stats.flow_bypassed.local_bytes(integer)`	`about.labels [stats_flow_bypassed_local_bytes]`
`stats.flow_bypassed.local_capture_pkts(integer)`	`about.labels [stats_flow_bypassed_local_capture_pkts]`
`stats.flow_bypassed.local_capture_bytes(integer)`	`about.labels [stats_flow_bypassed_local_capture_bytes]`
`stats.flow_bypassed.closed(integer)`	`about.labels [stats_flow_bypassed_closed]`
`stats.flow_bypassed.pkts(integer)`	`about.labels [stats_flow_bypassed_pkts]`
`stats.flow_bypassed.bytes(integer)`	`about.labels [stats_flow_bypassed_bytes]`
`stats.tcp.sessions(integer)`	`about.labels [stats_tcp_sessions]`
`stats.tcp.ssn_memcap_drop(integer)`	`about.labels [stats_tcp_ssn_memcap_drop]`
`stats.tcp.pseudo(integer)`	`about.labels [stats_tcp_pseudo]`
`stats.tcp.pseudo_failed(integer)`	`about.labels [stats_tcp_pseudo_failed]`
`stats.tcp.invalid_checksum(integer)`	`about.labels [stats_tcp_invalid_checksum]`
`stats.tcp.no_flow(integer)`	`about.labels [stats_tcp_no_flow]`
`stats.tcp.syn(integer)`	`about.labels [stats_tcp_syn]`
`stats.tcp.synack(integer)`	`about.labels [stats_tcp_synack]`
`stats.tcp.rst(integer)`	`about.labels [stats_tcp_rst]`
`stats.tcp.midstream_pickups(integer)`	`about.labels [stats_tcp_midstream_pickups]`
`stats.tcp.pkt_on_wrong_thread(integer)`	`about.labels [stats_tcp_pkt_on_wrong_thread]`
`stats.tcp.segment_memcap_drop(integer)`	`about.labels [stats_tcp_segment_memcap_drop]`
`stats.tcp.stream_depth_reached(integer)`	`about.labels [stats_tcp_stream_depth_reached]`
`stats.tcp.reassembly_gap(integer)`	`about.labels [stats_tcp_reassembly_gap]`
`stats.tcp.overlap(integer)`	`about.labels [stats_tcp_overlap]`
`stats.tcp.overlap_diff_data(integer)`	`about.labels [stats_tcp_overlap_diff_data]`
`stats.tcp.insert_data_normal_fail(integer)`	`about.labels [stats_tcp_insert_data_normal_fail]`
`stats.tcp.insert_data_overlap_fail(integer)`	`about.labels [stats_tcp_insert_data_overlap_fail]`
`stats.tcp.insert_list_fail(integer)`	`about.labels [stats_tcp_insert_list_fail]`
`stats.tcp.memuse(integer)`	`about.labels [stats_tcp_memuse]`
`stats.tcp.reassembly_memuse(integer)`	`about.labels [stats_tcp_reassembly_memuse]`
`stats.detect.engines.id(array)`	`about.labels [stats_detect_engines_id]`
`stats.detect.engines.last_reload(array)`	`about.labels [stats_detect_engines_last_reload]`
`stats.detect.engines.rules_loaded(array)`	`about.labels [stats_detect_engines_rules_loaded]`
`stats.detect.engines.rules_failed(array)`	`about.labels [stats_detect_engines_rules_failed]`
`stats.detect.alert(integer)`	`about.labels [stats_detect_alert]`
`stats.detect.alert_queue_overflow(integer)`	`about.labels [stats_detect_alert_queue_overflow]`
`stats.detect.alerts_suppressed(integer)`	`about.labels [stats_detect_alerts_suppressed]`
`stats.app_layer.flow.http(integer)`	`about.labels [stats_app_layer_flow_http]`
`stats.app_layer.flow.ftp(integer)`	`about.labels [stats_app_layer_flow_ftp]`
`stats.app_layer.flow.smtp(integer)`	`about.labels [stats_app_layer_flow_smtp]`
`stats.app_layer.flow.tls(integer)`	`about.labels [stats_app_layer_flow_tls]`
`stats.app_layer.flow.ssh(integer)`	`about.labels [stats_app_layer_flow_ssh]`
`stats.app_layer.flow.imap(integer)`	`about.labels [stats_app_layer_flow_imap]`
`stats.app_layer.flow.smb(integer)`	`about.labels [stats_app_layer_flow_smb]`
`stats.app_layer.flow.dcerpc_tcp(integer)`	`about.labels [stats_app_layer_flow_dcerpc_tcp]`
`stats.app_layer.flow.dns_tcp(integer)`	`about.labels [stats_app_layer_flow_dns_tcp]`
`stats.app_layer.flow.nfs_tcp(integer)`	`about.labels [stats_app_layer_flow_nfs_tcp]`
`stats.app_layer.flow.ntp(integer)`	`about.labels [stats_app_layer_flow_ntp]`
`stats.app_layer.flow.ftp-data(integer)`	`about.labels [stats_app_layer_flow_ftp-data]`
`stats.app_layer.flow.tftp(integer)`	`about.labels [stats_app_layer_flow_tftp]`
`stats.app_layer.flow.ikev2(integer)`	`about.labels [stats_app_layer_flow_ikev2]`
`stats.app_layer.flow.krb5_tcp(integer)`	`about.labels [stats_app_layer_flow_krb5_tcp]`
`stats.app_layer.flow.dhcp(integer)`	`about.labels [stats_app_layer_flow_dhcp]`
`stats.app_layer.flow.rfb(integer)`	`about.labels [stats_app_layer_flow_rfb]`
`stats.app_layer.flow.rdp(integer)`	`about.labels [stats_app_layer_flow_rdp]`
`stats.app_layer.flow.failed_tcp(integer)`	`about.labels [stats_app_layer_flow_failed_tcp]`
`stats.app_layer.flow.dcerpc_udp(integer)`	`about.labels [stats_app_layer_flow_dcerpc_udp]`
`stats.app_layer.flow.dns_udp(integer)`	`about.labels [stats_app_layer_flow_dns_udp]`
`stats.app_layer.flow.nfs_udp(integer)`	`about.labels [stats_app_layer_flow_nfs_udp]`
`stats.app_layer.flow.krb5_udp(integer)`	`about.labels [stats_app_layer_flow_krb5_udp]`
`stats.app_layer.flow.failed_udp(integer)`	`about.labels [stats_app_layer_flow_failed_udp]`
`stats.app_layer.tx.http(integer)`	`about.labels [stats_app_layer_tx_http]`
`stats.app_layer.tx.ftp(integer)`	`about.labels [stats_app_layer_tx_ftp]`
`stats.app_layer.tx.smtp(integer)`	`about.labels [stats_app_layer_tx_smtp]`
`stats.app_layer.tx.tls(integer)`	`about.labels [stats_app_layer_tx_tls]`
`stats.app_layer.tx.ssh(integer)`	`about.labels [stats_app_layer_tx_ssh]`
`stats.app_layer.tx.imap(integer)`	`about.labels [stats_app_layer_tx_imap]`
`stats.app_layer.tx.smb(integer)`	`about.labels [stats_app_layer_tx_smb]`
`stats.app_layer.tx.dcerpc_tcp(integer)`	`about.labels [stats_app_layer_tx_dcerpc_tcp]`
`stats.app_layer.tx.dns_tcp(integer)`	`about.labels [stats_app_layer_tx_dns_tcp]`
`stats.app_layer.tx.nfs_tcp(integer)`	`about.labels [stats_app_layer_tx_nfs_tcp]`
`stats.app_layer.tx.ntp(integer)`	`about.labels [stats_app_layer_tx_ntp]`
`stats.app_layer.tx.ftp-data(integer)`	`about.labels [stats_app_layer_tx_ftp-data]`
`stats.app_layer.tx.tftp(integer)`	`about.labels [stats_app_layer_tx_tftp]`
`stats.app_layer.tx.ikev2(integer)`	`about.labels [stats_app_layer_tx_ikev2]`
`stats.app_layer.tx.krb5_tcp(integer)`	`about.labels [stats_app_layer_tx_krb5_tcp]`
`stats.app_layer.tx.dhcp(integer)`	`about.labels [stats_app_layer_tx_dhcp]`
`stats.app_layer.tx.rfb(integer)`	`about.labels [stats_app_layer_tx_rfb]`
`stats.app_layer.tx.rdp(integer)`	`about.labels [stats_app_layer_tx_rdp]`
`stats.app_layer.tx.dcerpc_udp(integer)`	`about.labels [stats_app_layer_tx_dcerpc_udp]`
`stats.app_layer.tx.dns_udp(integer)`	`about.labels [stats_app_layer_tx_dns_udp]`
`stats.app_layer.tx.nfs_udp(integer)`	`about.labels [stats_app_layer_tx_nfs_udp]`
`stats.app_layer.tx.krb5_udp(integer)`	`about.labels [stats_app_layer_tx_krb5_udp]`
`stats.app_layer.expectations(integer)`	`about.labels [stats_app_layer_expectations]`
`stats.http.memuse(integer)`	`about.labels [stats_http_memuse]`
`stats.http.memcap(integer)`	`about.labels [stats_http_memcap]`
`stats.ftp.memuse(integer)`	`about.labels [stats_ftp_memuse]`
`stats.ftp.memcap(integer)`	`about.labels [stats_ftp_memcap]`

Referencia de la asignación de campos: CORELIGHT - logschema

En la siguiente tabla, se enumeran los campos de registro del tipo de registro logschema y sus campos UDM correspondientes.

Log field	UDM mapping	Logic
	`metadata.event_type`	The `metadata.event_type` UDM field is set to `GENERIC_EVENT`.
`name(string)`	`about.labels [name]`
`text(string)`	`about.labels [text]`
`schema(string)`	`about.labels [schema]`
`avro(string)`	`about.labels [avro]`

¿Qué sigue?

Transferencia de datos a Google Security Operations