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- Tutorial: Getting started with security
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- Some settings are not returned via the nodes settings API
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- Definitions
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- Release notes
- Elasticsearch version 7.11.2
- Elasticsearch version 7.11.1
- Elasticsearch version 7.11.0
- Elasticsearch version 7.10.2
- Elasticsearch version 7.10.1
- Elasticsearch version 7.10.0
- Elasticsearch version 7.9.3
- Elasticsearch version 7.9.2
- Elasticsearch version 7.9.1
- Elasticsearch version 7.9.0
- Elasticsearch version 7.8.1
- Elasticsearch version 7.8.0
- Elasticsearch version 7.7.1
- Elasticsearch version 7.7.0
- Elasticsearch version 7.6.2
- Elasticsearch version 7.6.1
- Elasticsearch version 7.6.0
- Elasticsearch version 7.5.2
- Elasticsearch version 7.5.1
- Elasticsearch version 7.5.0
- Elasticsearch version 7.4.2
- Elasticsearch version 7.4.1
- Elasticsearch version 7.4.0
- Elasticsearch version 7.3.2
- Elasticsearch version 7.3.1
- Elasticsearch version 7.3.0
- Elasticsearch version 7.2.1
- Elasticsearch version 7.2.0
- Elasticsearch version 7.1.1
- Elasticsearch version 7.1.0
- Elasticsearch version 7.0.0
- Elasticsearch version 7.0.0-rc2
- Elasticsearch version 7.0.0-rc1
- Elasticsearch version 7.0.0-beta1
- Elasticsearch version 7.0.0-alpha2
- Elasticsearch version 7.0.0-alpha1
- Dependencies and versions
Audit event types
editAudit event types
editWhen you are auditing security events, a single client request
might generate multiple audit events, across multiple cluster nodes. The common
request.id
attribute can be used to correlate the associated events.
Event action | Description | Example |
---|---|---|
|
Logged when an authenticated user attempts to execute an action they do not have the necessary privilege to perform. |
|
|
Logged when an authenticated user attempts to execute an action they have the
necessary privilege to perform. When the |
|
|
Logged when a request is denied due to missing authentication credentials. |
|
|
Logged when the authentication credentials cannot be matched to a known user. |
|
|
Logged when a user successfully authenticates. |
|
|
Logged when the enable user API is invoked to disable a native or a built-in user. |
|
|
Logged when the enable user API is invoked to enable a native or a built-in user. |
|
|
Logged when the change password API is invoked to change the password of a native or built-in user. |
|
|
Logged when an incoming TCP connection does not pass the IP filter for a specific profile. |
|
|
Logged when an incoming TCP connection passes the IP filter for a specific profile. |
|
|
Logged when the create API key or the grant API key APIs are invoked to create a new API key. |
|
|
Logged when the delete application privileges API is invoked to remove one or more application privileges. |
|
|
Logged when the delete role API is invoked to delete a role. |
|
|
Logged when the delete role mapping API is invoked to delete a role mapping. |
|
|
Logged when the delete user API is invoked to delete a specific native user. |
|
|
Logged when the invalidate API key API is invoked to invalidate one or more API keys. |
|
|
Logged when the create or update privileges API is invoked to add or update one or more application privileges. |
|
|
Logged when the create or update role API is invoked to create or update a role. |
|
|
Logged when the create or update role mapping API is invoked to create or update a role mapping. |
|
|
Logged when the create or update user API is invoked to create or update a native user. Note that user updates can also change the user’s password. |
|
|
Logged for every realm that fails to present a valid authentication token. |
|
|
Logged when an authenticated user attempts to run as another user that they do not have the necessary privileges to do so. |
|
|
Logged when an authenticated user attempts to run as another user that they have the necessary privileges to do so. |
|
|
Logged when the security features detect that the request has been tampered
with. Typically relates to |
|
Audit event attributes
editThe audit events are formatted as JSON documents, and each event is printed on a separate line in the audit log. The entries themselves do not contain an end-of-line delimiter. For more details, see Log entry format.
The following list shows attributes that are common to all audit event types:
-
@timestamp
- The time, in ISO9601 format, when the event occurred.
-
node.name
-
The name of the node. This can be changed
in the
elasticsearch.yml
config file. -
node.id
- The node id. This is automatically generated and is persistent across full cluster restarts.
-
host.ip
- The bound IP address of the node, with which the node can be communicated with.
-
host.name
- The unresolved node’s hostname.
-
event.type
-
The internal processing layer that generated the event:
rest
,transport
,ip_filter
orsecurity_config_change
. This is different fromorigin.type
because a request originating from the REST API is translated to a number of transport messages, generating audit events withorigin.type: rest
andevent.type: transport
. -
event.action
-
The type of event that occurred:
anonymous_access_denied
,authentication_failed
,authentication_success
,realm_authentication_failed
,access_denied
,access_granted
,connection_denied
,connection_granted
,tampered_request
,run_as_denied
, orrun_as_granted
. In addition, ifevent.type
equalssecurity_config_change
, theevent.action
attribute takes one of the following values:put_user
,change_password
,put_role
,put_role_mapping
,change_enable_user
,change_disable_user
,put_privileges
,create_apikey
,delete_user
,delete_role
,delete_role_mapping
,invalidate_apikeys
ordelete_privileges
. -
request.id
- A synthetic identifier that can be used to correlate the events associated with a particular REST request.
In addition, all the events of types rest
, transport
and ip_filter
(but not
security_config_change
) have the following extra attributes, which
show more details about the requesting client:
-
origin.address
- The source IP address of the request associated with this event. This could be the address of the remote client, the address of another cluster node, or the local node’s bound address, if the request originated locally. Unless the remote client connects directly to the cluster, the client address will actually be the address of the first OSI layer 3 proxy in front of the cluster.
-
origin.type
-
The origin type of the request associated with this event:
rest
(request originated from a REST API request),transport
(request was received on the transport channel), orlocal_node
(the local node issued the request). -
opaque_id
-
The value of the
X-Opaque-Id
HTTP header (if present) of the request associated with this event. This header can be used freely by the client to mark API calls, as it has no semantics in Elasticsearch. -
x_forwarded_for
-
The verbatim value of the
X-Forwarded-For
HTTP request header (if present) of the request associated with the audit event. This header is commonly added by proxies when they forward requests and the value is the address of the proxied client. When a request crosses multiple proxies the header is a comma delimited list with the last value being the address of the second to last proxy server (the address of the last proxy server is designated by theorigin.address
field).
Audit event attributes of the REST event type
editThe events with event.type
equal to rest
have one of the following event.action
attribute values: authentication_success
, anonymous_access_denied
, authentication_failed
,
realm_authentication_failed
, tampered_request
or run_as_denied
.
These events also have the following extra attributes (in addition to the
common ones):
-
url.path
- The path part of the URL (between the port and the query string) of the REST request associated with this event. This is URL encoded.
-
url.query
- The query part of the URL (after "?", if present) of the REST request associated with this event. This is URL encoded.
-
request.method
- The HTTP method of the REST request associated with this event. It is one of GET, POST, PUT, DELETE, OPTIONS, HEAD, PATCH, TRACE and CONNECT.
-
request.body
- The full content of the REST request associated with this event, if enabled. This contains the HTTP request body. The body is escaped as a string value according to the JSON RFC 4627.
Audit event attributes of the transport event type
editThe events with event.type
equal to transport
have one of the following event.action
attribute values: authentication_success
, anonymous_access_denied
, authentication_failed
,
realm_authentication_failed
, access_granted
, access_denied
, run_as_granted
,
run_as_denied
, or tampered_request
.
These events also have the following extra attributes (in addition to the common
ones):
-
action
- The name of the transport action that was executed. This is like the URL for a REST request.
-
indices
- The indices names array that the request associated with this event pertains to (when applicable).
-
request.name
- The name of the request handler that was executed.
Audit event attributes of the ip_filter event type
editThe events with event.type
equal to ip_filter
have one of the following event.action
attribute values: connection_granted
or connection_denied
.
These events also have the following extra attributes (in addition to the common
ones):
-
transport_profile
- The transport profile the request targeted.
-
rule
- The IP filtering rule that denied the request.
Audit event attributes of the security_config_change event type
editThe events with the event.type
attribute equal to security_config_change
have one of the following
event.action
attribute values: put_user
, change_password
, put_role
, put_role_mapping
,
change_enable_user
, change_disable_user
, put_privileges
, create_apikey
, delete_user
,
delete_role
, delete_role_mapping
, invalidate_apikeys
, or delete_privileges
.
These events also have one of the following extra attributes (in addition to the common
ones). The attribute’s value is a nested JSON object:
-
put
-
The object representation of the security config that
is being created, or the overwrite of an existing config.
It contains the config for a
user
,role
,role_mapping
, or for applicationprivileges
. -
delete
-
The object representation of the security config that
is being deleted. It can be the config for a
user
,role
,role_mapping
or for applicationprivileges
. -
change
-
The object representation of the security config that
is being changed. It can be the
password
,enable
ordisable
, config object for native or built-in users. -
create
-
The object representation of the new security config that is being
created. This is currently only used for API keys auditing.
If the API key is created using the
create API key API it only contains
an
apikey
config object. If the API key is created using the grant API key API it also contains agrant
config object. -
invalidate
-
The object representation of the security configuration that is being invalidated.
The only config that currently supports invalidation is
apikeys
, through the invalidate API key API.
The schemas of the security config objects mentioned above are as follows. They are very similar to the request bodies of the corresponding security APIs.
-
user
-
An object like
{"name": <string>, "enabled": <boolean>, "roles": <string_list>, "full_name": <string>, "email": <string>, "has_password": <boolean>, "metadata": <object>}
. Thefull_name
,email
andmetadata
fields are omitted if empty. -
role
-
An object like
{"name": <string>, "role_descriptor": {"cluster": <string_list>, "global": {"application":{"manage":{<string>:<string_list>}}}, "indices": [ {"names": <string_list>, "privileges": <string_list>, "field_security": {"grant": <string_list>, "except": <string_list>}, "query": <string>, "allow_restricted_indices": <boolean>}], "applications":[{"application": <string>, "privileges": <string_list>, "resources": <string_list>}], "run_as": <string_list>, "metadata": <object>}}
. Theglobal
,field_security
,except
,query
,allow_restricted_indices
andmetadata
fields are omitted if empty. -
role_mapping
-
An object like
{"name": <string>, "roles": <string_list>, "role_templates": [{"template": <string>, "format": <string>}], "rules": <object>, "enabled": <boolean>, "metadata": <object>}
. Theroles
androle_templates
fields are omitted if empty. Therules
object has a recursively nested schema, identical to what is passed in the API request for mapping roles. -
privileges
-
An array of objects like
{"application": <string>, "name": <string>, "actions": <string_list>, "metadata": <object>}
. -
password
-
A simple object like
{"user":{"name": <string>}}
. -
enable
-
A simple object like
{"user":{"name": <string>}}
. -
disable
-
A simple object like
{"user":{"name": <string>}}
. -
apikey
-
An object like
{"name": <string>, "expiration": <string>, "role_descriptors" [<object>]}
. Therole_descriptors
objects have the same schema as therole_descriptor
object that is part of the aboverole
config object. -
grant
-
An object like
{"type": <string>, "user": {"name": <string>, "has_password": <boolean>}, "has_access_token": <boolean>}
-
apikeys
-
An object like
{"ids": <string_list>, "name": <string>, "owned_by_authenticated_user": <boolean>, "user":{"name": <string>, "realm": <string>}}
.
Extra audit event attributes for specific events
editThere are a few events that have some more attributes in addition to those that have been previously described:
-
authentication_success
:-
realm
-
The name of the realm that successfully authenticated the user.
If authenticated using an API key, this is the special value of
_es_api_key
. This is a shorthand attribute for the same information that is described by theuser.realm
,user.run_by.realm
andauthentication.type
attributes. -
user.name
- The name of the effective user. This is usually the same as the authenticated user, but if using the run as authorization functionality this instead denotes the name of the impersonated user. If authenticated using an API key, this is the name of the API key owner.
-
user.realm
- Name of the realm to which the effective user belongs. If authenticated using an API key, this is the name of the realm to which the API key owner belongs.
-
user.run_by.name
- This attribute is present only if the request is using the run as authorization functionality and denotes the name of the authenticated user, which is also known as the impersonator.
-
user.run_by.realm
- Name of the realm to which the authenticated (impersonator) user belongs. This attribute is provided only if the request uses the run as authorization functionality.
-
authentication.type
-
Method used to authenticate the user.
Possible values are
REALM
,API_KEY
,TOKEN
,ANONYMOUS
orINTERNAL
. -
api_key.id
- API key ID returned by the create API key request. This attribute is only provided for authentication using an API key.
-
api_key.name
- API key name provided in the create API key request. This attribute is only provided for authentication using an API key.
-
-
authentication_failed
:-
user.name
- The name of the user that failed authentication. If the request authentication token is invalid or unparsable, this information might be missing.
-
-
realm_authentication_failed
:-
user.name
- The name of the user that failed authentication.
-
realm
- The name of the realm that rejected this authentication. This event is generated for each consulted realm in the chain.
-
-
run_as_denied
andrun_as_granted
:-
user.roles
- The role names of the user as an array.
-
user.name
- The name of the authenticated user which is being granted or denied the impersonation action.
-
user.realm
- The realm name that the authenticated user belongs to.
-
user.run_as.name
- The name of the user as which the impersonation action is granted or denied.
-
user.run_as.realm
- The realm name of that the impersonated user belongs to.
-
-
access_granted
andaccess_denied
:-
user.roles
- The role names of the user as an array. If authenticated using an API key, this contains the role names of the API key owner.
-
user.name
- The name of the effective user. This is usually the same as the authenticated user, but if using the run as authorization functionality this instead denotes the name of the impersonated user. If authenticated using an API key, this is the name of the API key owner.
-
user.realm
- Name of the realm to which the effective user belongs. If authenticated using an API key, this is the name of the realm to which the API key owner belongs.
-
user.run_by.name
- This attribute is present only if the request is using the run as authorization functionality and denoted the name of the authenticated user, which is also known as the impersonator.
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user.run_by.realm
- This attribute is present only if the request is using the run as authorization functionality and denotes the name of the realm that the authenticated (impersonator) user belongs to.
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authentication.type
-
Method used to authenticate the user.
Possible values are
REALM
,API_KEY
,TOKEN
,ANONYMOUS
orINTERNAL
. -
api_key.id
- API key ID returned by the create API key request. This attribute is only provided for authentication using an API key.
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api_key.name
- API key name provided in the create API key request. This attribute is only provided for authentication using an API key.
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