The username and password combination is always the MAC address of the connecting device, lower case without delimiting characters. With MAC-Based Access Control, devices must be authenticated by a RADIUS server before network access is granted on an SSID. The AP (RADIUS client) sends a RADIUS Access-Request to the RADIUS server containing the username and password of the connecting wireless device.
It is critical to control which devices can access the wireless LAN. MAC-Based Access Control can be used to provide port based network access control on MR series access points. List of firewalls.MAC-Based Access Control is one method for preventing unauthorized access to the Wireless LAN. This article discusses how MAC-Based Access Control works and provides step-by-step configuration instructions for Microsoft NPS and Dashboard. The destination IP address or subnet in CIDR form. Can be "any" or an integer within the range of 1-65535. Possible values are: tcp, udp, icmp, any. Possi ble values: "tcp", "udp", "icmp", and "any". True allows access and false denies access. Whether to allow or deny wireless client access to the local LAN. Meraki-update-firewall-rules Input # Argument Name
Update rule to 元 firewall rules of an SSID. Human Readable Output # meraki-update-firewall-rules # Meraki-claim-device Input # Argument Name Human Readable Output # meraki-claim-device #Ĭlaim a device into a network. Updated device which includes Serial, Name, Lat, Lng, Model, NetworkId, Tags, MAC, and Address. Meraki-update-device Input # Argument Name Human Readable Output # meraki-update-device # Human Readable Output # meraki-get-device #ĭevice which includes Serial, Name, Lat, Lng, Model, NetworkId, Tags, MAC, and Address There is no context output for this command. Meraki-remove-device Input # Argument Name Human Readable Output # meraki-remove-device # Each includes Number, NetworkId, Policy, Protocol, DestPort, DestCidr, and Comment. Meraki-fetch-firewall-rules Input # Argument Name Human Readable Output # meraki-fetch-firewall-rules # Each includes ID, MAC, IP, Description, mDNSName, Hostname, Usage, and VLAN. Must be at most one month and in seconds (e.g., 1 day is 86400 seconds). The timespan (in seconds) during which clients will be fetched. Meraki-fetch-clients Input # Argument Name List the clients of a device, up to a maximum of a month ago. Human Readable Output # meraki-fetch-clients # Each includes Number, NetworkId, Name, SplashPage, BandSelection, Enabled, AuthMode, and WalledGardenRanges. Human Readable Output # meraki-fetch-ssids # Meraki-fetch-device-uplink Input # Argument Name !meraki-fetch-devices networkId=N_645140646620837008 Human Readable Output # Devices # Each includes Serial, Name, Lat, Lng, Model, NetworkId, Tags, MAC, and Address. Meraki-fetch-devices Input # Argument Name } Copy Human Readable Output # Networks # id !meraki-fetch-networks organizationId=828552 Context Example # Each includes ID, Name, Type, OrganizationId, Tags, and TimeZone. Meraki-fetch-networks Input # Argument Name !meraki-fetch-organization-inventory organizationId=828552 Human Readable Output # Organization Inventory # Each includes Serial, NetworkId, Model, ClaimedAt, PublicIp, and MAC. Meraki-fetch-organization-inventory Input # Argument Name
!meraki-get-organization-license-state organizationId=828552 Human Readable Output # Organization License State # status Meraki-get-organization-license-state Input # Argument Name Https: ///o/N7z3rd/manage/organization/overview
} Copy Human Readable Output # Organizations # id
!meraki-fetch-organizations Context Example # Meraki-fetch-organizations Input # Argument Name List the organizations that the api-key has privileges on. You can execute these commands from the Cortex XSOAR CLI, as part of an automation, or in a playbook.Īfter you successfully execute a command, a DBot message appears in the War Room with the command details. ParameterĬlick Test to validate the URLs, token, and connection. Navigate to Settings > Integrations > Servers & Services.Ĭlick Add instance to create and configure a new integration instance. This integration was integrated and tested with version 1.0.0 of Cisco Meraki Configure Cisco Meraki on Cortex XSOAR #
#Ĭloud controlled WiFi, routing, and security. This Integration is part of the Cisco Meraki Pack.