![]() On either a heavy forwarder or a universal forwarder, use a text editor to add a stanza for a network input to the nf configuration file in the $SPLUNK_HOME/etc/system/local/ directory, or %SPLUNK_HOME%\etc\system\local on Windows, or in your own custom application directory in $SPLUNK_HOME/etc/apps/. A text editor to edit the input and forwarding configurations.Īdd a network input using a configuration file.This package sets up the forwarding connection to your Splunk Cloud Platform instances and makes sure that data is transmitted securely between the forwarder and Splunk Cloud Platform. The Splunk Cloud Platform universal forwarder credentials package.An installed universal or heavy forwarder.Before you can collect network data for Splunk Cloud Platform, you must have the following: Splunk Cloud Platform can accept network data that arrives only from either a universal or heavy forwarder. By default, the Cisco ASA stops accepting incoming network connections when it encounters network congestion or connectivity problems.Īdd a network input to a forwarder and send the data to Splunk Cloud Platform If you configure some network devices, such as a Cisco Adaptive Security Appliance (ASA), to log TCP network activity and the device can't connect to the monitor, it might reduce performance on the device or stop it from logging. On many UNIX operating systems, by default, you must run Splunk Enterprise as the root user to listen directly on a port below 1024.Ĭonfirm how your network device handles external monitoring before you use the network monitoring inputīefore you begin monitoring the output of a network device with the network monitor, confirm how the device interacts with external network monitors. When you monitor TCP network ports, the user that Splunk Enterprise or the universal forwarder runs as must have access to the port you want to monitor. UDP is not desirable as a transport because, among other reasons, it does not guarantee the delivery of network packets.įor Syslog, the best practice is to use a syslog server, such as syslog-ng or Splunk Connect for Syslog. The best practice is to use TCP to send network data whenever possible. Splunk Enterprise can index remote data from any application that transmits over TCP.īoth Splunk Enterprise and the universal forwarder support monitoring over UDP. Use the TCP protocol to send data from any remote host to your Splunk Enterprise server. TCP is the network protocol that underlies the Splunk Enterprise data distribution scheme. You can also set up the netcat service and bind it to a network port. You can use this method to capture data from network services such as the syslog service. The forwarder consumes any data that arrives on these ports. You can configure the forwarder to accept an input on any TCP or UDP port. ![]() If you want to send data from a TCP or UDP source such as the syslog service, use the universal forwarder to listen to the source and forward the data to your deployment. ![]() For security, accepts connections only from forwarders that have the correct Secure Sockets Layer (SSL) certificates to connect to the instance. It can accept data from both the Transmission Control Protocol (TCP) and User Datagram Protocol (UDP) network protocols.Īccepts this kind of data from heavy forwarders or universal forwarders that capture the data and send it to the instance. The Splunk platform lets you ingest data that comes in over a network port. ![]()
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