Leveraging the Datto Networking Managed SOC integration

NAVIGATION  Partner Portal > Networking Status > Network Manager > Access Points > Advanced

NAVIGATION  Partner Portal > Networking Status > Network Manager > Switches > Switch settings

With Datto Networking, you have the ability to configure your switches, access points, and Secure Edge Gateways to send curated sets of syslog events to Managed Security Operations Centers (SOCs) and SIEM tools. These logs are useful for identifying potential Indicators of Compromise (IoCs) in your environment. This article describes the process to set up the integration.

NOTE  This feature is available to be used with any SIEM that supports the CEF format and has built parsing rules to ingest the log messages that your devices will send. It does not enable low-level system messages.

Prerequisites

To set up the Managed SOC integration, you'll need the following:

Endpoint prerequisites

Datto Access Point prerequisites

  • All Access Points on the network must be on firmware version 7.0.17 or higher.

Datto Switch prerequisites

  • Switches must be Generation 2 (DSW series). This feature is not available for Generation 1 (E/L series) switches.

Secure Edge Gateway prerequisites

  • You must have at least one registered and active Gateway for these configuration options to be available.

Environment prerequisites

  • You must have access to the Datto network you'd like to connect to your Managed SOC.

  • A SIEM that supports the Common Event Format (CEF), configured with parsing rules, must be present to ingest the log messages that the network devices will send.

  • At least one endpoint agent in your environment needs to be capable of aggregating and sending the syslogs that you want to forward to your SIEM/Managed SOC integration.

Procedure

  1. Navigate to portal.dattobackup.com

  2. Log in with your Partner Portal credentials.

  3. From the header menu, select Status > Networking Status.

  1. Select the name of the network, or the device web link of the appliance. The Network Manager will load.

  1. From the following list, select the type of device you'd like to configure.

  1. In the left navigation menu, expand the Switches category.

  2. Click Switch Settings.

  1. Scroll to the Syslog Server section of the Switches page.

  2. In the Syslog Server IP Address field, enter the IP address of the primary receiving syslog server or SIEM tool.

  3. Next, enter the UDP port number of the primary receiver in the Syslog Server Port field. The valid port range is 1-65535. Port number 514 is common.

  4. Finally, in the Minimum Severity Level drop-down menu, select the severity level of the alerts you'd like to receive. The level defines the minimum severity a log message must possess to be eligible for export to the external syslog server.

  5. Click Save Changes. Your Datto Switch will begin sending curated syslog events to your SOC as they occur.

  1. In the left navigation menu, expand the Access Points category.

  2. Click Advanced.

  1. Scroll to the Syslog Server section of the Advanced page.

  2. In the Primary IP Address field, enter the IP address of the primary receiving syslog server or SIEM tool.

  3. Next, enter the UDP port number of the primary receiver in the Primary Port field. The valid port range is 1-65535. Port number 514 is common.

  4. Then, if you have a secondary syslog receiver, enter its IP address in the Secondary IP Address field.

  5. Finally, input the UDP port number of the secondary syslog receiver in the Secondary Port field.

  1. Ensure that the selection in the Syslog Message Format drop-down menu is set to Common Event Format (CEF).

    IMPORTANT  This step is required. The legacy format is not compatible with RocketCyber and other comparable SIEM/SOC tools.

  2. Click Save Changes. Your Access Points will begin sending curated syslog events to your SOC as they occur. For event definitions, refer to the next section of this article.

Understanding syslog events generated by Access Points

The following table lists the events that Access Points (APs) may send to your syslog receiver and provides examples of each type of notification. For definitions of the extension (placeholder) values shown, refer to the Extension definitions section of this article.

Events

Event type Example
AP responds to a probe request CEF:1|Datto|AccessPoint|7.1.0|wifi|probe|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR
Device boot CEF:1|Datto|AccessPoint|7.1.0|system|boot|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR
Device reboot CEF:1|Datto|AccessPoint|7.1.0|system|reboot|2|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR reason:REBOOT_REASON
IP address assigned to a station by the AP CEF:1|Datto|AccessPoint|7.1.0|dhcp|up|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR dmac:STATION_MAC_ADDR dvc:IP_ADDR dvchost:HOSTNAME cs2:SSID_NAME
IP address released from a station on the AP CEF:1|Datto|AccessPoint|7.1.0|dhcp|down|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR dmac:STATION_MAC_ADDR dvc:IP_ADDR cs2:SSID_NAME
Station attempts to associate with the AP CEF:1|Datto|AccessPoint|7.1.0|wifi|assoc|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR reason:REASON_CODE
Station attempts to authenticate with the AP CEF:1|Datto|AccessPoint|7.1.0|wifi|auth|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR reason:REASON_CODE
Station attempts to re-associate with the AP CEF:1|Datto|AccessPoint|7.1.0|wifi|reassoc|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR reason:REASON_CODE dattoDevicePreviousAP:PREVIOUS_AP_MAC_ADDR
Station attempts to use the wrong WiFi password for the SSID defined in cs2; high number (40+) of attempts in tight succession could indicate password guess attempt CEF:1|Datto|AccessPoint|7.1.0|wifi|key-mismatch|7|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR
Station disassociated from the AP CEF:1|Datto|AccessPoint|7.1.0|wifi|disassoc|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR reason:REASON_CODE
Station unauthenticated from the AP

CEF:1|Datto|AccessPoint|7.1.0|wifi|local-deauth|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR

CEF:1|Datto|AccessPoint|7.1.0|wifi|inactive-deauth|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR

CEF:1|Datto|AccessPoint|7.1.0|wifi|deauth|0|rt=TIME_SINCE_EPOCH smac=AP_MAC_ADDR cs2:SSID_NAME dmac:STATION_MAC_ADDR reason:REASON_CODE

Extension definitions

Extension Definition
dattoDevicePreviousAP The MAC address of the last station to which the AP connected
TIME_SINCE_EPOCH Time since the epoch, used as time when the event was received by the AP
AP_MAC_ADDR The MAC address of the AP sending the event to the endpoint
STATION_MAC_ADDR The MAC address of the WiFi device interacting with the AP
IP_ADDR IP address of WiFi device interacting with the AP
HOSTNAME Hostname of the WiFi device interacting with the AP
REBOOT_REASON Reason for the device reboot; usually initiated by the cloud.
SSID_NAME The WiFi SSID the device is interacting with. EG: 'Starbucks WiFi'
REASON_CODE The IEEE 802.11 reason code given to the WiFi device interacting with the AP

  1. In the left navigation menu, expand the Secure Edge category.

  1. Click Service Settings.

  2. On the Secure Edge Service Settings page, select the Integrations tab.

  3. In the Syslog IP address or hostname field, enter the IP address or hostname of the primary receiving syslog server or SIEM tool. For example, you can input 192.158.1.38 or www.example.com.

  4. Next, enter the UDP port number of the primary receiver in the Syslog port field. The valid port range is 1-65535. Port number 514 is common.

  5. If you'd like to use Transport Layer Security (TLS) to encrypt the Secure Edge data sent to the syslog server, turn on the Share syslog via TLS transport toggle.

  6. Click Save Changes. Your Secure Edge Gateway will begin sending curated syslog events to your SOC as they occur.

Understanding syslog events generated by Secure Edge

The following table lists the events that Secure Edge may send to your syslog receiver and provides examples of each type of notification.

Event type Example
APP-Control traffic drop CEF:1|Datto|Secure Edge|1.2.1|traffigatord|drop|7|groups.0=soundcloud client_ip=CLIENT_IP event_time=APP_CONTROL_DROP_TIMESTAMP action=drop external_type=software identification_code=ORGANIZATION_CODE subscriber=SUBSCRIBER_EMAIL peer_id=SOFTCLIENT_OR_APPLIANCE_ID user_id=SUBSCRIBER_ID event_type=EVENT_TYPE trigger=EVENT_TRIGGER policy_id=SECURITY_POLICY_IDexternal_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR
Client connected CEF:1|Datto|Secure Edge|1.2.1|instance-agent|connected|3|cloud_ip=CLIENT_CLOUD_IP_ADDR service_instance_id=SERVICE_INSTANCE_ID client_event=connected peer_id=SOFTCLIENT_OR_APPLIANCE_ID identification_code=ORGANIZATION_CODE wan_ip=CLIENT_WAN_IP network_id=SUBSCRIBER_NETWORK_ID subscriber=SUBSCRIBER_EMAIL external_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR duration=0 timestamp=EVENT_GENERATE_TIMESTAMP
Client disconnected CEF:1|Datto|Secure Edge|1.2.1|instance-agent|disconnected|3|subscriber=SUBSCRIBER_EMAIL service_instance_id=SERVICE_INSTANCE_ID client_event=disconnected external_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR cloud_ip=CLIENT_CLOUD_IP_ADDR duration=CLIENT_DISCONNECTED_TIMESTAMP identification_code=ORGANIZATION_CODE peer_id=SOFTCLIENT_OR_APPLIANCE_ID network_id=SUBSCRIBER_NETWORK_ID timestamp=EVENT_GENERATE_TIMESTAMP wan_ip=CLIENT_WAN_IP
DNS filtering allow CEF:1|Datto|Secure Edge|1.2.1|coredns|allow|1|identification_code=ORGANIZATION_CODE subscriber=SUBSCRIBER_EMAIL socket_family=DNS_REQUEST_PROTOCOL domain=REQUEST_DOMAIN external_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR client_ip=CLIENT_CLOUD_IP_ADDR action=allow response_time=DNS_RESPONSE_TIMESTAMP policy_id=SECURITY_POLICY_ID user_id=SUBSCRIBER_ID external_type=software query_time=DNS_QUERY_TIMESTAMP socket_protocol=DNS_REQUEST_PROTOCOL src_addr=CLIENT_CLOUD_IP & SOURCE_PORT peer_id=SOFTCLIENT_OR_APPLIANCE_ID
DNS filtering drop CEF:1|Datto|Secure Edge|1.2.1|coredns|drop|7|action=drop policy_id=SECURITY_POLICY_ID peer_id=SOFTCLIENT_OR_APPLIANCE_ID client_ip=CLIENT_CLOUD_IP_ADDR identification_code=ORGANIZATION_CODE subscriber=SUBSCRIBER_EMAIL response_time=DNS_RESPONSE_TIMESTAMP src_addr=CLIENT_CLOUD_IP_ADDR_AND_SOURCE_PORT groups.0=ads groups.1=basic groups.2=crypto external_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR external_type=SOFTAWRE_DOMAIN query_time=DNS_QUERY_TIMESTAMP user_id=SUBSCRIBER_ID socket_family=INET socket_protocol=DNS_REQUEST_PROTOCOL
Traffic generate CEF:1|Datto|Secure Edge|1.2.1|telemeterd|TRAFFIC_CLASSIFICATION|3|client_ip=CLIENT_CLOUD_IP_ADDR port_dst=DESTINATION_PORT identification_code=ORGANIZATION_CODE peer_id=SOFTCLIENT_OR_APPLIANCE_ID subscriber=SUBSCRIBER_EMAIL external_id=SOFTCLIENT_UUID_OR_APPLIANCE_MAC_ADDR priority=TRAFFIC_PRIORITY proto=APPLICATION_PROTOCOL agg_ts=AGGREGATION_TIMESTAMP external_type=SOFTWARE/APPLIANCE user_id=SUBSCRIBER_ID port_src=CLIENT_SOURCE_PORT class=TRAFFIC_CLASSIFICATION flow_type=UL_UPLOAD_OR_DL_DOWNLOAD packets=AGGREGATED_PACKET_COUNT ip_proto=TRANSPORT_PROTOCOL policy_id=SECURITY_POLICY_ID resource_ip=DESTINATION_IP_ADDR