What is the difference between SNMP and Syslog?

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Let us begin with the concept of Simple Network Management Protocol (SNMP).


SNMP represents Simple Network Management Protocol. It is an Internet-standard protocol for handling machines on IP networks. The devices that generally support SNMP contain routers, switches, servers, workstations, printers, modem racks, etc.

It is generally used in the network management structure to monitor network-connected computers for conditions needing regulatory attention. It is a framework for handling devices on the web using the TCP-IP protocol suite. It provides a collection of basic operations for monitoring and supporting the Internet.

SNMP supports the concept of manager and agent. A manager is frequently a host, controls, and monitors a team of agents, generally routers. This is an application-level protocol in which several manager stations control a team of agents.

The protocol is designed to monitor several manufacturer’s devices and installed on several physical networks at the application level.

Components of SNMP

An SNMP-managed network contains three key components which are as follows −

  • Managed Device − It is a network node that executes a SNMP connection and that allows unidirectional or bidirectional access to node-specific data.

  • Agent − An agent is a network-management software structure that includes a managed device. An agent has local knowledge of administration information and translates that data to or from an SNMP definite form.

  • Network management system (NMS) − A network management system (NMS) implements applications that monitor and control managed devices.


Syslog represents System Logging Protocol. It is a cross-platform standard for system event message logging. It represents a standard agent for collecting system event data for several systems, devices, appliances, and network equipment and saving it onto a central Syslog server.

It is utilizing SIEM solutions companies that simply analyze the Syslog information and can be notified of critical action. Unlike SNMP, Syslog cannot respond to the provoking device or server.

The Syslog protocol uses a layered structure, which enables the use of a few transport protocols for the transmission of Syslog messages. It also supports a message format that enables vendor-specific extensions to be supported in a structured method.

The benefit of Syslog enables a specific degree of separation among the software that creates the log messages in search, the system that saves them, and the additional software required to data on and analyzes that insight. Each message transmitted via Syslog is labelled with a facility program, which breaks down how the message was created.

It is then created at a severity level. Therefore, people monitoring these devices can create the best and most informed decisions feasible moving forward.

Published on 19-Nov-2021 07:06:14