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NetScaler metrics reference

November 6, 2023

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This section provides information on the different metrics provided by NetScaler. You can classify NetScaler metrics into three categories:

Application and API metrics: Application health metrics help in troubleshooting which application website has high latency or an elevated number of errors or subpar performance. It also includes monitoring errors, traffic, latency, and saturation metrics.
Application security and API security metrics: Application security metrics include the metrics such as WAF and BOT.
NetScaler system metrics: NetScaler system metrics include information about the NetScaler such as the CPU utilization, memory, and disk usage. You can also get specific feature-level insights such as SSL, and GSLB. Also, insights for SSL TLS monitoring like certificate expiry details, protocol used, and cipher strength.

Application and API metrics

This section describes a set of application heath metrics available for NetScaler.

HTTP metrics

The following is a set of HTTP metrics and their description.

Metrics	Description
`http_tot_Gets`	This counter tracks HTTP requests received using the GET method.
`http_tot_Posts`	This counter tracks HTTP requests received using the POST method.
`http_tot_Others`	This counter tracks HTTP requests received using methods except GET and POST. Some of the well-defined HTTP methods are HEAD, PUT, DELETE, OPTIONS, and TRACE. User-defined methods are also allowed.
`http_tot_rxRequestBytes`	This counter tracks the bytes of HTTP data received.
`http_tot_rxResponseBytes`	This counter tracks the bytes received as response data.
`http_tot_txRequestBytes`	This counter tracks the bytes of HTTP data transmitted.
`http_tot_txResponseBytes`	This counter tracks the bytes transmitted as response data.
`http_tot_Requests`	This counter tracks HTTP requests received, including HTTP/1.0 and HTTP/1.1 requests.
`http_tot_Requests1_0`	This counter tracks HTTP/1.0 requests received.
`http_tot_Requests1_1`	This counter tracks HTTP/1.1 requests received.
`http_tot_Responses`	This counter tracks HTTP responses sent including HTTP/1.0 and HTTP/1.1 responses.
`http_tot_Responses1_0`	This counter tracks HTTP/1.0 responses sent.
`http_tot_Responses1_1`	This counter tracks HTTP/1.1 responses sent.
`http_tot_CLenResponses`	This counter tracks HTTP responses that are sent with the content-length field set to a value. The content field of the HTTP header specifies the length of the content, in bytes, in the associated HTTP body.
`http_tot_ChunkedResponses`	This counter tracks the HTTP responses that are sent with the transfer-encoding field set as chunked. With this setting the server starts sending the HTTP response before knowing its total length. The server breaks the response into chunks and sends them in sequence, inserting the length of each chunk before the actual data. The message ends with a chunk of size zero.
`http_tot_noClenChunkResponses`	This counter tracks the FIN-terminated responses sent. In FIN-terminated responses, the server finishes sending the data and closes the connection.
`http_err_noreuse_multipart`	This counter tracks the HTTP multi-part responses sent. In multi-part responses, one or more entities are encapsulated within the body of a single message.
`http_err_IncompleteRequests`	This counter tracks the HTTP requests received in which the header spans more than one packet.
`http_err_IncompleteResponses`	This counter tracks the HTTP responses received in which the header spans more than one packet.
`http_err_IncompleteHeaders`	This counter tracks the HTTP requests and responses received in which the HTTP header spans more than one packet.
`http_err_server_busy`	This counter tracks the error responses received. Some of the error responses are: 500 Internal Server Error, 501 Not Implemented, 502 Bad Gateway, 503 Service Unavailable, 504 Gateway Timeout, and 505 HTTP Version Not supported
`http_tot_ChunkedRequests`	This counter tracks the HTTP requests in which the transfer-encoding field of the HTTP header is set as chunked.
`http_tot_CLenRequests`	This counter tracks the HTTP requests in which the content-length field of the HTTP header is set to a value. Content-length specifies the length of the content, in bytes, in the associated HTTP body.
`http_err_large_content`	This counter tracks the large or invalid requests and responses received.
`http_err_large_ctlen`	This counter tracks the large or invalid requests received, in which the content-length field of the HTTP header is set to a value. Content-length specifies the length of the content, in bytes, in the associated HTTP body.
`http_err_large_chunk`	This counter tracks the large or invalid requests received in which the Transfer-Encoding field of the HTTP header is set as chunked.

TCP metrics

The following is a set of TCP metrics and their description.

Counter	Description
`tcp_tot_ServerOpen`	This counter tracks the server connections initiated by NetScaler after startup. This counter is reset when the appliance restarts.
`tcp_tot_ServerClosed`	This counter tracks the total number of server connections that are closed.
`tcp_tot_ClientOpen`	This counter tracks the client connections initiated on NetScaler after startup. This counter is reset when the appliance restarts.
`tcp_tot_ClientClosed`	This counter tracks the total number of client connections that are closed.
`tcp_tot_syn`	This counter tracks the `SYN` packets received.
`tcp_tot_syn_probe`	This counter tracks the probes from NetScaler to a server. The appliance sends a `SYN` packet to the server to check its availability and expects a `SYN_ACK` packet from the server before a specified response timeout.
`tcp_tot_fin_srvr`	This counter tracks the `FIN` packets received from the server.
`tcp_tot_fin_clnt`	This counter tracks the `FIN` packets received from the clients.
`tcp_tot_timeWaitToSyn`	This counter tracks the `SYN` packets received on connections that are in the `TIME_WAIT` state. Packets cannot be transferred on a connection in this state.
`tcp_tot_timeWaitData`	This counter tracks the bytes of data received on connections that are in the `TIME_WAIT` state. Data cannot be transferred on a connection that is in this state.
`tcp_tot_clnt_flushed`	This counter tracks the client connections that are flushed because the client is idle for some time.
`tcp_tot_srvr_flushed`	This counter tracks the server connections that are flushed because there are no client requests in the queue for some time.
`tcp_tot_clnt_flushed_ho`	This counter tracks the half-opened client connections that are flushed because the three-way handshakes are not complete.
`tcp_tot_srvr_flushed_ho`	This counter tracks the half-opened server connections that are flushed because the three-way handshakes are not complete.
`tcp_tot_clnt_flushed_ahc`	This counter tracks the active half-closed client connections that are flushed because the client has closed the connection and there is no activity on the connection.
`tcp_tot_srvr_flushed_ahc`	This counter tracks the active half-closed server connections that are flushed because the server has closed the connection and there is no activity on the connection.
`tcp_tot_clnt_flushed_phc`	This counter tracks the passive half-closed client connections that are flushed because NetScaler has closed the connection and there is no activity on the connection.
`tcp_tot_srvr_flushed_phc`	This counter tracks the passive half-closed server connections that are flushed because NetScaler has closed the connection and there is no activity on the connection.
`tcp_err_badchecksums`	This counter tracks the packets received with a TCP checksum error.
`tcp_err_syn_n_syn_rcvd`	This counter tracks the `SYN` packets received on a connection that is in the `SYN_RCVD` state. A connection goes into the `SYN_RCVD` state after receiving a SYN packet.
`tcp_err_syn_n_est`	This counter tracks the `SYN` packets received on a connection that is in the `ESTABLISHED` state. A `SYN` packet is not expected on an `ESTABLISHED` connection.
`tcp_err_syn_giveups`	This counter attempts to establish a connection on NetScaler that has timed out.
`tcp_err_syn_sentbadack`	This counter specifies the incorrect `ACK` packets received on a connection that is in the `SYN_SENT` state. An incorrect `ACK` packet is the third packet in the three-way handshake that has an incorrect sequence number.
`tcp_err_syn_retransmit`	This counter specifies the `SYN` packets resent to a server.
`tcp_err_fin_retransmit`	This counter specifies the `FIN` packets resent to a server or a client.
`tcp_err_fin_giveups`	This counter specifies the connections that were timed out by NetScaler because of not receiving the `ACK` packet after retransmitting the `FIN` packet four times.
`tcp_err_fin_dup`	This counter specifies the number of duplicate `FIN` packets received.
`tcp_err_rs`	This counter specifies the packets received from a client or a server.
`tcp_err_rst_not_est`	This counter specifies the reset packets received on a connection that is not in the `ESTABLISHED` state.
`tcp_err_rst_outof_wnd`	This counter specifies the reset packets received on a connection that is out of the current TCP window.
`tcp_err_rst_inTimewaits`	This counter specifies the reset packets received on a connection that is in the `TIME_WAIT` state. Packets cannot be transferred on a connection that is in the `TIME_WAIT` state.
`tcp_err_srvr_retransmit`	This counter tracks the packets retransmitted by a server. Retransmission usually occurs because the acknowledgment from NetScaler has not reached the server.
`tcp_err_clnt_retransmit`	This counter tracks the packets retransmitted by a client. Retransmission usually occurs because the acknowledgment from NetScaler has not reached the client.
`tcp_err_full_retransmit`	This counter tracks the full packet retransmissions by the client or the server.
`tcp_err_partial_retransmit`	This counter tracks the partial packet retransmissions by a client or server because of congestion on the connection. This situation usually occurs because the window advertised by NetScaler is not large enough to hold the full packet.
`tcp_err_srvr_out_of_order`	This counter tracks the out of order TCP packets received from a server.
`tcp_err_clnt_out_of_order`	This counter tracks the out of order TCP packets received from a client.
`tcp_err_cookie_pkt_seq_reject`	This counter tracks the `SYN` cookie packets rejected because they contain an incorrect sequence number.
`tcp_err_cookie_signature_reject`	This counter tracks the `SYN` cookie packets rejected because they contain an incorrect signature.
`tcp_err_cookie_pkt_se q_drop`	This counter tracks the `SYN` cookie packets dropped because the sequence number specified in the packets is outside the current Window.
`tcp_err_cookie_mss`	This counter tracks the `SYN` cookie packets rejected because the maximum segment size (MSS) specified in the packets is incorrect.
`tcp_err_retransmit`	This counter tracks the TCP packets retransmitted. NetScaler attempts to retransmit the packet up to seven times and then resets the other half of the TCP connection.
`tcp_err_retransmit_giveups`	This counter tracks the number of times NetScaler terminates a connection after retransmitting the packet seven times on that connection.
`tcp_max_Clients`	This counter tracks the maximum number of connections that can be made from the system to the Web servers attached to it. This value is applied globally to all attached servers.
`tcp_max_ReqPerConn`	This counter tracks the maximum number of requests that the system can pass to a particular connection between the system and a server attached to it. If the value is zero, then it allows an unlimited number of requests to be passed.
`tcp_err_cip_alloc`	This counter tracks the number of times TCP level client header insertion fails.
`tcp_tot_ClientOpen_Rate`	This counter tracks the rate at which connections are opened in the system.
`tcp_tot_acl_bridge`	This counter tracks the packets matching a bridge access control list (ACL), which in transparent mode bypasses service processing.
`tcp_tot_acl_drop`	This counter tracks the packets dropped because they match ACLs with processing mode set to `DENY`.
`tcp_tot_acl_allow`	This counter tracks the packets matching ACLs with the processing mode set to `ALLOW`. NetScaler appliance processes these packets.
`tcp_tot_acl_nat`	This counter tracks packets matching a NAT ACL, resulting in a NAT session.
`tcp_tot_acl_hits`	This counter tracks the packets matching an ACL.
`tcp_tot_acl_miss`	This counter tracks the packets not matching any ACL.
`tcp_tot_sacl_bridge`	This counter tracks the packets that matched a simple ACL with processing mode set as `BRIDGE` and got bridged by NetScaler.
`tcp_tot_sacl_drop`	This counter tracks the packets dropped because they match the `Deny` action in a simple ACL.
`tcp_tot_sacl_allow`	This counter tracks the packets that matched a simple ACL with the `ALLOW` action and got consumed by NetScaler.
`tcp_tot_sacl_hits`	This counter tracks the packets matching a simple ACL.
`tcp_tot_sacl_miss`	This counter tracks the packets not matching any simple ACL.
`tcp_tot_sacl_count`	This counter tracks the number of simple ACLs configured.
`tcp_tot_sacl6_bridge`	This counter tracks the total packets that matched a simple ACL6 with action `BRIDGE` and got bridged by NetScaler.
`tcp_tot_sacl6_drop`	This counter tracks the packets dropped because they match the `Deny` action in a simple ACL6.
`tcp_tot_sacl6_allow`	This counter tracks the total packets that matched a simple ACL6 with the action `ALLOW` and got consumed by NetScaler.
`tcp_tot_sacl6_hits`	This counter tracks the packets matching a simple ACL6.
`tcp_tot_sacl6_miss`	This counter tracks the packets not matching any simple ACL6.
`tcp_tot_sacl6_count`	This counter tracks the number of simple ACL6s configured.
`tcp_tot_acl6_bridge`	This counter tracks the packets matching a bridge IPv6 ACL, which in transparent mode bypasses service processing.
`tcp_tot_acl6_drop`	This counter tracks the packets dropped because they match IPv6 ACLs with processing mode set to `DENY`.
`tcp_tot_acl6_allow`	This counter tracks the packets matching IPv6 ACLs with processing mode set to `ALLOW`. NetScaler processes these packets.
`tcp_tot_acl6_nat`	This counter tracks the packets matching a NAT ACL6, resulting in a NAT session.
`tcp_tot_acl6_hits`	This counter tracks the packets matching an IPv6 ACL.
`tcp_tot_acl6_miss`	This counter tracks the packets not matching any IPv6 ACL.
`pbr_tot_allow`	This counter tracks the total packets that matched the policy-based routing (PBR) with the action `ALLOW`.
`pbr_tot_deny`	This counter tracks the total packets that matched PBR with the action `DENY`.
`pbr_tot_hits`	This counter tracks the total packets that matched any PBR.
`pbr_tot_miss`	This counter tracks the total packets that did not match any PBR.
`tcp_tot_rxpkts`	This counter tracks the TCP packets received.
`tcp_tot_rxbytes`	This counter tracks the bytes of TCP data received.
`tcp_tot_txpkts`	This counter tracks the TCP packets transmitted.
`tcp_tot_txbytes`	This counter tracks the bytes of TCP data transmitted.
`pcb_tot_zombie_called`	This counter tracks the number of times the Zombie cleanup function is called. Every time a connection is flushed, it is marked for cleanup. The Zombie cleanup function clears all these connections at predefined intervals.
`tcp_tot_synheld`	`SYN` packets held on NetScaler that are waiting for a server connection.
`tcp_tot_synheld_flushed`	`SYN` packets flushed on NetScaler because of no response from the server for three or more seconds.
`tcp_tot_fintimewaitconnclosedearly`	This counter tracks the connections closed on NetScaler because the number of connections in the `TIME_WAIT` state has exceeded the default value of 7000.
`tcp_err_any_portalloc_ failed`	This counter tracks the port allocations that have failed on a mapped IP address because the maximum limit of 65536 has exceeded or the mapped IP address is not configured.
`tcp_err_ip_portalloc_failed`	This counter tracks the port allocations that have failed on a subnet IP address or virtual server IP address because the maximum limit of 65536 has exceeded.
`tcp_err_stray_packets`	This counter tracks the packets received on a connection whose state is not maintained on NetScaler.
`tcp_err_send_rst`	This counter tracks the reset packets sent to a client or a server.
`tcp_err_bad_state_connections`	This counter tracks the connections that are not in a valid TCP state.
`tcp_tot_fast_retransmit`	This counter tracks the TCP packets on which NetScaler performs a fast retransmission in response to three duplicate acknowledgments or a partial acknowledgment. The appliance assumes that the packet is lost and retransmits the packet before its time-out.
`tcp_err_1st_retransmit`	This counter tracks the packets retransmitted once by NetScaler.
`tcp_err_2nd_retransmit`	This counter tracks the packets retransmitted twice by NetScaler.
`tcp_err_3rd_retransmit`	This counter tracks the packets retransmitted three times by NetScaler.
`tcp_err_4th_retransmit`	This counter tracks the packets retransmitted four times by NetScaler.
`tcp_err_5th_retransmit`	This counter tracks the packets retransmitted five times by NetScaler.
`tcp_err_6th_retransmit`	This counter tracks the packets retransmitted six times by NetScaler.
`tcp_err_7th_retransmit`	This counter tracks the packets retransmitted seven times by NetScaler. If this retransmission fails, the appliance terminates the connection.
`tcp_err_data_after_fin`	This counter tracks the bytes received following a connection termination request. This error is usually caused by reordering packets during transmission.
`tcp_err_threshold`	This counter tracks the reset packets dropped because the default threshold of 100 resets per 10 milliseconds has exceeded. This is a configurable value using the `set ns ratecontrol` command.
`tcp_err_oowindow`	This counter tracks the packets received that are out of the current advertised window.
`tcp_err_in_congestion_syndropped`	This counter tracks the `SYN` packets dropped because of network congestion.
`tcp_tot_bdg_mac_moved`	This counter tracks the number of times bridging registered MAC is moved.
`tcp_tot_bdg_collisions`	This counter tracks the number of bridging table collisions.
`tcp_err_bdg_muted`	This counter tracks the number of bridging related interface mutes.
`bdg_tot_pkts`	This counter tracks the total amount of bridged traffic.
`bdg_tot_Mbits`	This counter tracks the total number of bridged Mb.
`tcp_cur_ServerConn`	This counter tracks the server connections, including connections in the `Opening`, `Established`, and `Closing` state.
`tcp_cur_ServerConnClosing`	This counter tracks the server connections in the `Closing` state, which indicates that the connection termination process has initiated but it is not complete.
`tcp_cur_ServerConnEst`	This counter tracks the server connections in the `Established` state, which indicates that data transfer can occur between NetScaler and the server.
`tcp_cur_ServerConnOpening`	This counter tracks the server connections in the `Opening` state, which indicates that the handshakes are not yet complete.
`tcp_cur_ClientConn`	This counter tracks the client connections, including connections in the `Opening`, `Established`, and `Closing` state.
`tcp_cur_ClientConnClosing`	This counter tracks the client connections in the `Closing` state, which indicates that the connection termination process has initiated but is not complete.
`tcp_cur_ClientConnEst`	This counter tracks the current client connections in the `Established` state, which indicates that data transfer can occur between NetScaler and the client.
`tcp_cur_ClientConnOpening`	This counter tracks the client connections in the `Opening` state, which indicates that the handshakes are not yet complete.
`tcp_cur_surgequeuelen`	This counter tracks the connections in the surge queue. When NetScaler cannot open a connection to the server, for example when maximum connections are reached, the appliance queues these requests.
`tcp_cur_GlobalReusePool`	This counter tracks the spare connections available. The connection on the server is not closed after completing the request from the first client to save time and resources in establishing another connection for a new client. This connection is available for serving future requests.
`tcp_cur_active_server_conn`	This counter tracks connections to a server currently responding to requests.
`tcp_cur_nServers`	This counter tracks the number of physical servers that NetScaler has established connections.
`tcp_tot_reuse_hit`	This counter tracks the total number of client transactions found with the server connection in the reuse-pool.

Application security and API security metrics

This section contains information about a set of counters related to application security.

Bot metrics

The following table lists a set of metrics related to the bot profile.

counter name	Description
`bot_Requests_profile`	Specifies the number of HTTP or HTTPS requests sent to your protected web servers via the bot profile.
`bot_Responses_profile`	Specifies the number of HTTP or HTTPS responses sent by your protected web servers via the bot profile.
`bot_req_bytes_profile`	Specifies the number of bytes transferred for requests.
`bot_res_bytes_profile`	Specifies the number of bytes transferred for responses.
`bot_tot_drop_profile`	Specifies the total number of drops by the bot profile.
`bot_tot_log_profile`	Specifies the total number of logs by the bot profile.
`bot_tot_redirect_profile`	Specifies the total number of redirects by the bot profile.
`bot_tot_reset_profile`	Specifies the total number of resets by the bot profile.
`bot_viol_black_list_drop_profile`	Specifies the number of block list violations dropped by the bot profile.
`bot_viol_black_list_log_profile`	Specifies the number of block list violations logged by the bot profile.
`bot_viol_black_list_profile`	Specifies the number of block list violations seen by the bot profile.
`bot_viol_black_list_redirect_profile`	Specifies the number of block list violations redirected by the bot profile to a different webpage or web server.
`bot_viol_black_list_reset_profile`	Specifies the number of block list violations reset by the bot profile.
`bot_viol_captcha_drop_profile`	Specifies the number of CAPTCHA challenge failures dropped by the bot profile.
`bot_viol_captcha_log_profile`	Specifies the number of CAPTCHA challenge failures logged by the bot profile.
`bot_viol_captcha_profile`	Specifies the number of CAPTCHA challenge failures seen by the bot profile.
`bot_viol_captcha_redirect_profile`	Specifies the number of CAPTCHA challenge failures redirected by the bot profile.
`bot_viol_captcha_reset_profile`	Specifies the number of CAPTCHA challenge failures reset by the bot profile.
`bot_viol_device_fingerprint_captcha_profile`	Specifies the number of device fingerprint violation requests for which a CAPTCHA challenge was sent due to the bot profile.
`bot_viol_device_fingerprint_drop_profile`	Specifies the number of device fingerprint violations dropped by the bot profile.
`bot_viol_device_fingerprint_log_profile`	Specifies the number of device fingerprint violations logged by the bot profile.
`bot_viol_device_fingerprint_profile`	Specifies the number of device fingerprint violations seen by the bot profile.
`bot_viol_device_fingerprint_redirect_profile`	Specifies the number of device fingerprint violations requests redirected by the bot profile to a different webpage or web server.
`bot_viol_device_fingerprint_reset_profile`	Specifies the number of device fingerprint violations reset by the bot profile.
`bot_viol_iprep_captcha_profile`	Specifies the number of IP reputation violation requests for which a CAPTCHA challenge was sent.
`bot_viol_iprep_drop_profile`	Specifies the number of IP reputation violations dropped by the bot profile.
`bot_viol_iprep_log_profile`	Specifies the number of IP reputation violations logged by the bot Profile.
`bot_viol_iprep_profile`	Specifies the number of IP reputation violations seen by the bot profile.
`bot_viol_iprep_redirect_profile`	Specifies the number of IP reputation violations requests redirected by the bot profile to a different webpage or web server.
`bot_viol_iprep_reset_profile`	Specifies the number of IP reputation violations reset by the bot profile.
`bot_viol_rate_limit_drop_profile`	Specifies the number of rate limiting violations dropped by the bot profile.
`bot_viol_rate_limit_log_profile`	Specifies the number of rate limiting violations logged by the bot profile.
`bot_viol_rate_limit_profile`	Specifies the number of rate limiting violations seen by the bot profile.
`bot_viol_rate_limit_redirect_profile`	Specifies the number of rate limiting violations requests redirected by the bot profile to a different webpage or web server.
`bot_viol_rate_limit_reset_profile`	Specifies the number of rate-limiting violations reset by the bot profile.
`bot_viol_static_signature_drop_profile`	Specifies the number of static signature violations dropped by the bot profile.
`bot_viol_static_signature_log_profile`	Specifies the number of static signature violations logged by the bot profile.
`bot_viol_static_signature_profile`	Specifies the number of static signature violations seen by the bot profile.
`bot_viol_static_signature_redirect_profile`	Specifies the number of static signature violations redirected by the bot profile to a different webpage or web server.
`bot_viol_static_signature_reset_profile`	Specifies the number of static signature violations reset by the bot profile to a different webpage or web server.
`bot_viol_tps_captcha_profile`	Specifies the number of transactions per second (TPS) violation requests for which a CAPTCHA challenge was sent due to the bot profile.
`bot_viol_tps_drop_profile`	Specifies the number of TPS violations dropped by the bot profile.
`bot_viol_tps_log_profile`	Specifies the number of TPS violations logged by the bot profile.
`bot_viol_tps_profile`	Specifies the number of TPS violations observed by the bot profile.
`bot_viol_tps_redirect_profile`	Specifies the number of TPS violations requests redirected by the bot profile to a different webpage or web server.
`bot_viol_tps_reset_profile`	Specifies the number of TPS violations reset by the bot profile.
`bot_viol_trap_drop_profile`	Specifies the number of bot trap violations dropped by the bot profile.
`bot_viol_trap_log_profile`	Specifies the number of bot trap violations logged by the bot profile.
`bot_viol_trap_profile`	Specifies the number of bot trap violations observed by the bot profile.
`bot_viol_trap_redirect_profile`	Specifies the number of bot trap violations requests redirected by the bot profile to a different webpage or web server.
`bot_viol_trap_reset_profile`	Specifies the number of bot trap violations reset by the bot profile.
`bot_viol_white_list_log_profile`	Specifies the number of allow list violations logged by the bot profile.
`bot_viol_white_list_profile`	Specifies the number of allow list violations observed by the bot profile.

NetScaler system metrics

This section provides information about metrics related to NetScaler infrastructure.

System metrics

System metrics are used for NetScaler system resource monitoring such as CPU, and memory. The following table lists a set of NetScaler system metrics and description.

Metrics name	Description
`allnic_tot_rx_mbit`	This counter tracks the amount of data (in MB) received by the NetScaler appliance.
`allnic_tot_tx_mbits`	This counter tracks the amount of data (in MB) transmitted by the NetScaler appliance.
`cpu_speed_expected`	This counter tracks the CPU speed in MHz.
`cpu_usage`	This counter tracks the CPU utilization percentage.
`cpu_use`	This counter tracks the CPU utilization: percentage * 10.
`cur_moninfo`	This counter tracks the number of monitor bindings defined on this NetScaler appliance.
`cur_monitor`	This counter tracks the number of monitors defined on this NetScaler appliance.
`cur_server`	This counter tracks the number of servers defined on this NetScaler appliance.
`cur_service`	This counter tracks the number of services defined on this NetScaler appliance.
`cur_servinfo`	This counter tracks the number of virtual server bindings on this NetScaler appliance.
`cur_svcgroup`	This counter tracks the number of service groups defined on this NetScaler appliance.
`cur_svcgroup_svcitem`	This counter tracks the number of service group members defined on this NetScaler appliance.
`cur_svcgroup_vsrvitem`	This counter tracks the number of virtual server, service group bindings on this NetScaler appliance.
`cur_syshealth_disk0_avail`	This counter tracks the available space in the `/flash` partition of the hard disk.
`cur_syshealth_disk0_errors`	This counter tracks the disk (`/flash`) error counter.
`cur_syshealth_disk0_pusage`	This counter tracks the `cur_syshealth_disk0_errors`.
`cur_syshealth_disk0_size`	This counter tracks the size of the `/flash` partition of the hard disk.
`cur_syshealth_disk0_used`	This counter tracks the used space in the `/flash` partition of the hard disk.
`cur_syshealth_disk1_avail`	This counter tracks the available space in the `/var` partition of the hard disk.
`cur_syshealth_disk1_errors`	This counter tracks the number of errors on the `/var` partition of the hard disk.
`cur_syshealth_disk1_pusage`	This counter tracks the used space in the `/var` partition of the disk, as a percentage. You can configure the used percentage with the `set snmp alarm DISK-USAGE-HIGH` command.
`cur_syshealth_disk1_size`	This counter tracks the size of the `/var` partition of the hard disk.
`cur_syshealth_disk1_used`	This counter tracks the used space in the `/var` partition of the hard disk.
`cur_syshealth_fan0`	This counter tracks the system fan speed and the acceptable range is 3000–6000 RPM. You can configure the system fan speed by using the `set snmp alarm FAN-SPEED-LOW` command to set the lower limit.
`cur_syshealth_fan1`	This counter tracks the speed of system fan 1.
`cur_syshealth_fan2`	This counter tracks the speed of system fan 2.
`cur_syshealth_fan3`	This counter tracks the speed of fan 0 if the associated pin is connected to the health monitoring chip.
`cur_syshealth_fan4`	This counter tracks the speed of fan 1 if the associated pin is connected to the health monitoring chip.
`cur_syshealth_fan5`	This counter tracks the speed of fan 2 if the associated pin is connected to the health monitoring chip.
`cur_syshealth_fan6`	This counter tracks the speed of fan 3 if the associated pin is connected to the health monitoring chip.
`cur_syshealth_fancpu0`	This counter tracks the CPU fan 0 speed. The acceptable range is 3000–6000 RPM. You can configure CPU fan 0 speed by using the `set snmp alarm FAN-SPEED-LOW` command to set the lower limit.
`cur_syshealth_fancpu1`	This counter tracks the speed of CPU fan 1. The acceptable range is 3000–6000 RPM. You can configure CPU fan 1 speed by using the `set snmp alarm FAN-SPEED-LOW` command to set the lower limit.
`cur_syshealth_ps1fail`	This counter tracks the power supply 1 failure status.
`cur_syshealth_ps2fail`	This counter tracks the power supply 2 failure status.
`cur_syshealth_ps3fail1`	This counter tracks the power supply 3 failure status.
`cur_syshealth_ps4fail`	This counter tracks the power supply 4 failure status.
`cur_syshealth_tcpu0`	This counter tracks the CPU 0 temperature. You can configure CPU 0 temperature by using the `set snmp alarm TEMPERATURE-HIGH` command to set the upper limit.
`cur_syshealth_tcpu1`	This counter tracks the CPU 1 temperature. You can configure CPU 1 temperature by using the `set snmp alarm TEMPERATURE-HIGH` command to set the upper limit.
`cur_syshealth_temp0`	This counter tracks the temperature of a device connected to the health monitoring chip through pin 0.
`cur_syshealth_temp1`	This counter tracks the temperature of a device connected to the health monitoring chip through pin 1.
`cur_syshealth_temp2`	This counter tracks the temperature of a device connected to the health monitoring chip through pin 2.
`cur_syshealth_temp3`	This counter tracks the temperature of a device connected to the health monitoring chip through pin 3.
`cur_syshealth_tint`	This counter tracks the internal temperature of the health monitoring chip. You can configure the internal temperature by using the `set snmp alarm TEMPERATURE-HIGH` command to set the upper limit.
`cur_syshealth_v12n`	This counter tracks the power supply -12 V output. The acceptable range is -13.20–-10.80 volts.
`cur_syshealth_v12p`	This counter tracks the power supply +12 V output. The acceptable range is 10.80–13.20 volts.
`cur_syshealth_v33main`	You can configure the standby 3.3 V supply voltage by using the `set snmp alarm VOLTAGE-LOW` command to set the lower limit and the `set snmp alarm VOLTAGE-HIGH` command to set the upper limit.
`cur_syshealth_v33stby`	This counter tracks the output of standby power supply +3.3 V. The acceptable range is 2.970–3.630 volts.
`cur_syshealth_v50n`	This counter tracks the output of power supply -5 V. The acceptable range is -5.50–-4.50 volts.
`cur_syshealth_v50p`	This counter tracks the output of power supply +5 V.
`cur_syshealth_v5sb`	This counter tracks the output of power supply 5 V standby.
`cur_syshealth_vbat`	This counter tracks the output of onboard battery power supply.
`cur_syshealth_vcc0`	This counter tracks the CPU core 0 voltage. The acceptable range is 1.080–1.650 volts.
`cur_syshealth_vcc1`	This counter tracks the CPU core 1 voltage. The acceptable range is 1.080–1.650 volts. If CPU 1 is not connected to the health monitoring chip, then display shows the voltage of CPU 0.
`cur_syshealth_volt0`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 0.
`cur_syshealth_volt1`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 1.
`cur_syshealth_volt2`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 2.
`cur_syshealth_volt3`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 3.
`cur_syshealth_volt4`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 4.
`cur_syshealth_volt5`	This counter tracks the voltage of a device connected the health monitoring chip through pin 5.
`cur_syshealth_volt6`	This counter tracks the voltage of a device connected to the health monitoring chip through pin 6.
`cur_syshealth_volt7`	This counter tracks the voltage of a device connected to a health monitoring chip through pin 7.
`cur_syshealth_vsen2`	This counter tracks the voltage sensor 2 input.
`cur_syshealth_vtt`	This counter tracks the Intel CPU VTT power (volts).
`master_cpu_usage`	This counter tracks the CPU 0 (currently the main CPU) utilization, as a percentage of capacity.
`master_cpu_use`	This counter tracks the CPU0 utilization: percentage * 10.
`mem_cur_feature_allocpercen`	This counter tracks the percentage of NetScaler appliance memory used by the feature.
`mem_cur_feature_allocsize`	This counter tracks the total current NetScaler appliance memory available for use by the feature, in kilobytes.
`mem_err_feature_alloc_failed`	This counter tracks the memory allocation failure for a particular feature.
`mem_tot_allocated`	This counter tracks the currently allocated memory, in MB.
`mem_tot_allocated_pcnt`	This counter tracks the currently allocated memory in percent.
`mem_tot_MB`	This counter tracks the total main memory available for use by the packet engine (PE), in MB.
`mem_tot_use_MB`	This counter tracks the total NetScaler memory in use, in MB.
`mem_usage_pcnt`	This counter tracks the percentage of memory utilization on NetScaler.
`mem_usage_percent`	This counter tracks the percentage of memory utilization on a NetScaler appliance.
`mem_use_MB`	This counter tracks the main memory currently in use, in MB.
`mgmt_cpu_usage_pcn`	This counter tracks the management CPU utilization percentage.
`mgmt_cpu_use`	This counter tracks the management CPU utilization: percentage * 10.
`ns_interval`	This counter tracks the interval in seconds between performance monitoring records taken on the NetScaler appliance.
`ns_time`	This counter tracks the current time set on the NetScaler appliance.
`shmem_cur_alloc_pcnt`	This counter tracks the shared memory in use in percentage.
`shmem_cur_allocsize`	This counter tracks the shared memory (MB) in use.
`shmem_max_allowed`	This counter tracks the total shared memory (MB) allowed for allocation.
`slave_cpu_usage`	This counter tracks the CPU 1 (currently the subordinate CPU) utilization, as a percentage of capacity. Not applicable for a single-CPU system.
`slave_cpu_use`	This counter tracks the CPU 1 utilization, percentage * 10.
`sys_cpus`	This counter tracks the number of CPUs on the NetScaler appliance.
`sys_cpus_1`	This counter tracks the number of CPUs on the NetScaler appliance.
`sys_cur_duration_sincestart`	This counter tracks the seconds after the NetScaler appliance started.
`sys_memorysize_MB`	This counter tracks the total amount of system memory, in MB.
`sys_starttime`	This counter tracks the time when the NetScaler appliance was last started.
`sys_tot_config_changes`	This counter tracks the number of times a configuration change was made on the NetScaler appliance.
`sys_tot_save_configs`	This counter tracks the number of times the system configuration was saved on the NetScaler appliance.

SSL metrics

The following table lists some of the SSL counters and description.

Metrics name	Description
`ssl_tot_sslInfo_TotalSessionCount`	Specifies the number of SSL sessions on the NetScaler appliance.
`ssl_tot_sslInfo_TotalTxCount`	Specifies the number of SSL transactions on the NetScaler.
`ssl_tot_sslInfo_SSLv2TxCount`	Specifies the number of SSLv2 transactions on the NetScaler.
`ssl_tot_sslInfo_SSLv3TxCount`	Specifies the number of SSLv3 transactions on the NetScaler.
`ssl_tot_sslInfo_TLSv1TxCount`	Specifies the number of TLSv1 transactions on the NetScaler.
`ssl_tot_sslInfo_TLSv11TxCount`	Specifies the number of TLS1.1 transactions on the NetScaler.
`ssl_tot_sslInfo_TLSv12TxCount`	Specifies the number of TLSv1.2 transactions on the NetScaler.
`ssl_tot_sslInfo_TLSv13TxCount`	Specifies the number of TLSv1.3 transactions on the NetScaler.
`ssl_tot_sslInfo_DTLSv1TxCount`	Specifies the number of DTLSv1 transactions on the NetScaler.
`ssl_tot_sslInfo_DTLSv12TxCount`	Specifies the number of DTLSv1.2 transactions on the NetScaler.
`ssl_tot_sslInfo_SSLv2SessCount`	Specifies the number of SSLv2 sessions on the NetScaler.
`ssl_tot_sslInfo_SSLv3SessCount`	Specifies the number of SSLv3 sessions on the NetScaler.
`ssl_tot_sslInfo_TLSv1SessCount`	Specifies the number of TLSv1 sessions on the NetScaler.
`ssl_tot_sslInfo_TLSv11SessCount`	Specifies the number of TLSv1.1 sessions on the NetScaler.
`ssl_tot_sslInfo_TLSv12SessCount`	Specifies the number of TLSv1.2 sessions on the NetScaler.
`ssl_tot_sslInfo_TLSv13SessCount`	Specifies the number of TLSv1.3 sessions on the NetScaler.
`ssl_tot_sslInfo_DTLSv1SessCount`	Specifies the number of DTLSv1 sessions on the NetScaler.
`ssl_tot_sslInfo_DTLSv12SessCount`	Specifies the number of DTLSv1.2 sessions on the NetScaler.
`ssl_tot_sslInfo_SessionNew`	Specifies the number of new SSL sessions created on the NetScaler.
`ssl_tot_sslInfo_SessionMiss`	Specifies the number of SSL session reuse misses on the NetScaler.
`ssl_tot_sslInfo_SessionHits`	Specifies the number of SSL session reuse hits on the NetScaler.
`ssl_tot_sslInfo_Backend_TotalSessionCount`	Specifies the number of back-end SSL sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_SSLv3SessCount`	Specifies the number of back-end SSLv3 sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv1SessCount`	Specifies the number of back-end TLSv1 sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv11SessCount`	Specifies the number of back-end TLSv1.1 sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv12SessCount`	Specifies the number of back-end TLSv1.2 sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_DTLSv1SessCount`	Specifies the number of back-end DTLSv1 sessions on the NetScaler.
`ssl_tot_sslInfo_Backend_TotalSessMultiPlxAttempts`	Specifies the number of back-end SSL session multiplex attempts on the NetScaler.
`ssl_tot_sslInfo_Backend_TotalSessMultiPlxSuccess`	Specifies the number of back-end SSL session multiplex successes on the NetScaler.
`ssl_tot_sslInfo_Backend_TotalSessMultiPlxFailure`	Specifies the number of back-end SSL session multiplex failures on the NetScaler.
`ssl_tot_enc_bytes`	Specifies the number of bytes encrypted on the NetScaler.
`ssl_tot_dec_bytes`	Specifies the number of bytes decrypted on the NetScaler.
`ssl_tot_sslServerInRecords`	Specifies the number of SSL servers in record on the NetScaler.
`ssl_tot_sslInfo_SessionRenegotiate`	Specifies the number of SSL session renegotiations on the NetScaler.
`ssl_tot_sslInfo_SSLv3Renego`	Specifies the number of session renegotiations done on SSLv3.
`ssl_tot_sslInfo_TLSv1Renego`	Specifies the number of SSL session renegotiations done on TLSv1.
`ssl_tot_sslInfo_TLSv11Renego`	Specifies the number of SSL session renegotiations done on TLSv1.1.
`ssl_tot_sslInfo_TLSv12Renego`	Specifies the number of SSL session renegotiations done on TLSv1.2.
`ssl_tot_sslInfo_DTLSv1Renego`	Specifies the number of SSL session renegotiations done on DTLSv1.
`ssl_tot_sslInfo_DTLSv12Renego`	Specifies the number of SSL session renegotiations done on DTLSv1.2.
`ssl_tot_sslInfo_KeyEx_RSA_512`	Specifies the number of RSA 512-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_RSA_1024`	Specifies the number of RSA 1024-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_RSA_2048`	Specifies the number of RSA 2048-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_RSA_3072`	Specifies the number of RSA 3072-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_RSA_4096`	Specifies the number of RSA 4096-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_DH_512`	Specifies the number of Diffie-Hellman 512-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_DH_1024`	Specifies the number of Diffie-Hellman 1024-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_DH_2048`	Specifies the number of Diffie-Hellman 2048-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_DH_4096`	Specifies the number of Diffie-Hellman 4096-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_ECDHE_curve_secp521r1`	Specifies the number of 521 Elliptical Curve Diffie-Hellman key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_ECDHE_curve_secp384r1`	Specifies the number of 384 Elliptical Curve Diffie-Hellman key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_ECDHE_curve_secp256r1`	Specifies the number of 256 Elliptical Curve Diffie-Hellman key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_ECDHE_curve_secp224r1`	Specifies the number of 224 Elliptical Curve Diffie-Hellman key exchanges on the NetScaler.
`ssl_tot_sslInfo_ECDHE_Tx`	Specifies the total number of Elliptic Curve Diffie-Hellman Ephemeral (ECDHE) transactions on NetScaler.
`ssl_tot_sslInfo_Cipher_RC4_40`	Specifies the number of RC4 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC4_56`	Specifies the number of RC4 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC4_64`	Specifies the number of RC4 64-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC4_128`	Specifies the number of RC4 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_DES_40`	Specifies the number of DES 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_DES_56`	Specifies the number of DES 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_3DES_168`	Specifies the number of DES 168-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_AES_128`	Specifies the number of AES 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_AES_256`	Specifies the number of AES 256-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC2_40`	Specifies the number of RC2 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC2_56`	Specifies the number of RC2 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_RC2_128`	Specifies the number of RC2 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_AESGCM_128`	Specifies the number of AEC-GCM 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_AESGCM_256`	Specifies the number of AEC-GCM 256-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Cipher_NULL`	Specifies the number of Null cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Hash_MD5`	Specifies the number of MD5 hashes on the NetScaler.
`ssl_tot_sslInfo_Hash_SHA`	Specifies the number of SHA hashes on the NetScaler.
`ssl_tot_sslInfo_Hash_SHA256`	Specifies the number of SHA256 hashes on the NetScaler.
`ssl_tot_sslInfo_Hash_SHA384`	Specifies the number of SHA384 hashes on the NetScaler.
`ssl_tot_sslInfo_SSLv2HandskCount`	Specifies the number of handshakes on SSLv2 on the NetScaler.
`ssl_tot_sslInfo_SSLv3HandskCount`	Specifies the number of handshakes on SSLv3 on the NetScaler.
`ssl_tot_sslInfo_TLSv1HandskCount`	Specifies the number of SSL handshakes on TLSv1 on the NetScaler.
`ssl_tot_sslInfo_TLSv11HandskCount`	Specifies the number of SSL handshakes on TLSv1.1 on the NetScaler.
`ssl_tot_sslInfo_TLSv12HandskCount`	Specifies the number of SSL handshakes on TLSv1.2 on the NetScaler.
`ssl_tot_sslInfo_TLSv13HandskCount`	Specifies the number of SSL handshakes on TLSv1.3 on the NetScaler.
`ssl_tot_sslInfo_DTLSv1HandskCount`	Specifies the number of SSL handshakes on DTLSv1 on the NetScaler.
`ssl_tot_sslInfo_DTLSv12HandskCount`	Specifies the number of SSL handshakes on DTLSv1.2 on the NetScaler.
`ssl_tot_sslEvent_SSLv2CA`	Specifies the number of client authentications done on SSLv2.
`ssl_tot_sslEvent_SSLv3CA`	Specifies the number of client authentications done on SSLv3.
`ssl_tot_sslEvent_TLSv1CA`	Specifies the number of client authentications done on TLSv1.
`ssl_tot_sslEvent_TLSv11CA`	Specifies the number of client authentications done on TLSv1.1.
`ssl_tot_sslEvent_TLSv12CA`	Specifies the number of client authentications done on TLSv1.2.
`ssl_tot_sslEvent_TLSv13CA`	Specifies the number of client authentications done on TLSv1.3.
`ssl_tot_sslEvent_DTLSv1CA`	Specifies the number of client authentications done on DTLSv1.
`ssl_tot_sslEvent_DTLSv12CA`	Specifies the number of client authentications done on DTLSv1.2.
`ssl_tot_sslInfo_Auth_RSA`	Specifies the number of RSA authentications on the NetScaler.
`ssl_tot_sslInfo_Auth_DH`	Specifies the number of Diffie-Hellman authentications on the NetScaler.
`ssl_tot_sslInfo_Auth_DSS`	TotalSpecifies the number of times DSS authorization is used on the NetScaler.
`ssl_tot_sslInfo_Auth_ECDSA`	TotalSpecifies the number of times ECDSA authorization is used on the NetScaler.
`ssl_tot_sslInfo_Auth_NULL`	Specifies the number of Null authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_SessionRenegotiate`	Specifies the number of back-end SSL session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_SSLv3Renego`	Specifies the number of back-end SSLv3 session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv1Renego`	Specifies the number of back-end TLSv1 session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv11Renego`	Specifies the number of back-end TLSv1.1 session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv12Renego`	Specifies the number of back-end TLSv1.2 session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_DTLSv1Renego`	Specifies the number of back-end DTLSv1 session renegotiations on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_RSA_512`	Specifies the number of back-end RSA 512-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_RSA_1024`	Specifies the number of back-end RSA 1024-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_RSA_2048`	Specifies the number of back-end RSA 2048-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_RSA_3072`	Specifies the number of back-end RSA 3072-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_RSA_4096`	Specifies the number of back-end RSA 4096-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_DH_512`	Specifies the number of back-end DH 512-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_DH_1024`	Specifies the number of back-end DH 1024-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_DH_2048`	Specifies the number of back-end DH 2048-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_KeyEx_DH_4096`	Specifies the number of back-end DH 4096-bit key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_backend_ecdhe_curve_secp521r1`	Specifies the number of back-end ECDHE 521 curve Key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_backend_ecdhe_curve_secp384r1`	Specifies the number of back-end ECDHE 384 curve Key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_backend_ecdhe_curve_secp256r1`	Specifies the number of back-end ECDHE 256 curve Key exchanges on the NetScaler.
`ssl_tot_sslInfo_KeyEx_backend_ecdhe_curve_secp224r1`	Specifies the number of back-end ECDHE 224 curve Key exchanges on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC4_40`	Specifies the number of back-end RC4 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC4_56`	Specifies the number of back-end RC4 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC4_64`	Specifies the number of back-end RC4 64-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC4_128`	Specifies the number of back-end RC4 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_DES_40`	Specifies the number of back-end DES 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_DES_56`	Specifies the number of back-end DES 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_3DES_168`	Specifies the number of back-end 3DES 168-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_AES_128`	Specifies the back-end AES 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_AES_256`	Specifies the back-end AES 256-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC2_40`	Specifies the number of back-end RC2 40-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC2_56`	Specifies the number of back-end RC2 56-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_RC2_128`	Specifies the number of back-end RC2 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_AESGCM_128`	Specifies the number of back-end AES-GCM 128-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_AESGCM_256`	Specifies the back-end AES-GCM 256-bit cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Cipher_NULL`	Specifies the number of back-end null cipher encryptions on the NetScaler.
`ssl_tot_sslInfo_Backend_Hash_MD5`	Specifies the number of back-end MD5 hashes on the NetScaler.
`ssl_tot_sslInfo_Backend_Hash_SHA`	Specifies the number of back-end SHA hashes on the NetScaler.
`ssl_tot_sslInfo_Backend_Hash_SHA256`	Specifies the number of back-end SHA256 hashes on the NetScaler.
`ssl_tot_sslInfo_Backend_Hash_SHA384`	Specifies the number of back-end SHA384 hashes on the NetScaler.
`ssl_tot_sslInfo_Backend_SSLv3HandskCount`	Specifies the number of back-end SSLv3 handshakes on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv1HandskCount`	Specifies the number of back-end TLSv1 handshakes on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv11HandskCount`	Specifies the number of back-end TLSv1.1 handshakes on the NetScaler.
`ssl_tot_sslInfo_Backend_TLSv12HandskCount`	Specifies the number of back-end TLSv1.2 handshakes on the NetScaler.
`ssl_tot_sslInfo_Backend_DTLSv1HandskCount`	Specifies the number of back-end DTLSv1 handshakes on the NetScaler.
`ssl_tot_sslEvent_Backend_SSLv3CA`	Specifies the number of back-end SSLv3 client authentications on the NetScaler.
`ssl_tot_sslEvent_Backend_TLSv1CA`	Specifies the number of back-end TLSv1 client authentications on the NetScaler.
`ssl_tot_sslEvent_Backend_TLSv11CA`	Specifies the number of back-end TLSv1.1 client authentications on the NetScaler.
`ssl_tot_sslEvent_Backend_TLSv12CA`	Specifies the number of back-end TLSv1.2 client authentications on the NetScaler.
`ssl_tot_sslEvent_Backend_DTLSv1CA`	Specifies the number of back-end DTLSv1 client authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_Auth_RSA`	Specifies the number of back-end RSA authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_Auth_DH`	Specifies the number of back-end DH authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_Auth_DSS`	Specifies the number of back-end DSS authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_Auth_ECDSA`	Specifies the number of back-end ECDSA authentications on the NetScaler.
`ssl_tot_sslInfo_Backend_Auth_NULL`	Specifies the number of back-end null authentications on the NetScaler.
`ssl_tot_sslEvent_KeyExOff_RSA`	Specifies the number of RSA key exchanges offloaded to the cryptography card.
`ssl_tot_sslEvent_SignOff_RSA`	Specifies the number of RSA sign operations offloaded to the cryptography card.
`ssl_tot_sslEvent_KeyExOff_DH`	Specifies the number of DH key exchanges offloaded to the cryptography card.
`ssl_tot_sslEvent_BulkOff_RC4`	Specifies the number of RC4 encryptions offloaded to the cryptography card.
`ssl_tot_sslEvent_BulkOff_DES`	Specifies the number of DES encryptions offloaded to the cryptography card.
`ssl_tot_sslEvent_BulkOff_AES`	Specifies the number of AES encryptions offloaded to the cryptography card.
`ssl_tot_sslEvent_BulkOff_AESGCM_128`	Specifies the number of AES-GCM 128-bit encryptions offloaded to the cryptography card.
`ssl_tot_sslEvent_BulkOff_AESGCM_256`	Specifies the number of AES-GCM 256-bit encryptions offloaded to the cryptography card.
`ssl_tot_hw_enc_bytes`	Specifies the number of bytes encrypted in hardware.
`ssl_tot_sw_enc_bytes`	Specifies the number of bytes encrypted in software.
`ssl_tot_enc_bytes_FE`	Specifies the number of bytes encrypted on the front-end.
`ssl_tot_hw_enc_bytes_FE`	Specifies the number of bytes encrypted in hardware on the front-end.
`ssl_tot_sw_enc_bytes_FE`	Specifies the number of bytes encrypted in software on the front-end.
`ssl_tot_enc_bytes_BE`	Specifies the number of bytes encrypted on the back-end.
`ssl_tot_hw_enc_bytes_BE`	Specifies the number of bytes encrypted in hardware on the back-end.
`ssl_tot_sw_enc_bytes_BE`	Specifies the number of bytes encrypted in software on the back-end.
`ssl_tot_hw_dec_bytes`	Specifies the number of bytes decrypted in hardware.
`ssl_tot_sw_dec_bytes`	Specifies the number of bytes decrypted in software.
`ssl_tot_dec_bytes_FE`	Specifies the number of bytes decrypted on the front-end.
`ssl_tot_hw_dec_bytes_FE`	Specifies the number of bytes decrypted in hardware on the front-end.
`ssl_tot_sw_dec_bytes_FE`	Specifies the number of bytes decrypted in software on the front-end.
`ssl_tot_dec_bytes_BE`	Specifies the number of bytes decrypted on the back-end.
`ssl_tot_hw_dec_bytes_BE`	Specifies the number of bytes decrypted in hardware on the back-end.
`ssl_tot_sw_dec_bytes_BE`	Specifies the number of bytes decrypted in software on the back-end.
`ssl_cur_sslInfo_SPCBInUseCount`	Specifies the number of SPCB in use.
`ssl_cur_session_inuse`	Specifies the number of active SSL sessions on the NetScaler.
`ssl_cur_q_size`	Specifies the current queue size.
`ssl_cur_sslInfo_nsCardInQCount`	Specifies the number of current SSL card InQ counts.
`ssl_cur_sslInfo_cardinBlkQ`	Specifies the number of current SSL cards In BulkQ counts.
`ssl_cur_sslInfo_cardinKeyQ`	Specifies the number of current SSL cards In KeyQ counts.

The official version of this content is in English. Some of the Cloud Software Group documentation content is machine translated for your convenience only. Cloud Software Group has no control over machine-translated content, which may contain errors, inaccuracies or unsuitable language. No warranty of any kind, either expressed or implied, is made as to the accuracy, reliability, suitability, or correctness of any translations made from the English original into any other language, or that your Cloud Software Group product or service conforms to any machine translated content, and any warranty provided under the applicable end user license agreement or terms of service, or any other agreement with Cloud Software Group, that the product or service conforms with any documentation shall not apply to the extent that such documentation has been machine translated. Cloud Software Group will not be held responsible for any damage or issues that may arise from using machine-translated content.

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NetScaler metrics reference

November 6, 2023

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November 6, 2023

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NetScaler metrics reference

Application and API metrics

HTTP metrics

TCP metrics

Application security and API security metrics

Bot metrics

NetScaler system metrics

System metrics

SSL metrics

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