Works on: Windows 10 | Windows 8.1 | Windows 8 | Windows 7 | Windows XP | Windows 2000 | Windows 2003 | Windows 2008 | Windows Vista | Windows 2012 SHA1 Hash: bf820827ce3df27422c23e444ab8ae69124bd473 Size: 35.29 MB File Format: zip
Rating: 2
out of 5
based on 23 user ratings
Downloads: 1348 License: Free
Free Verax SNMP Agent Simulator is a free software by Verax Systems and works on Windows 10, Windows 8.1, Windows 8, Windows 7, Windows XP, Windows 2000, Windows 2003, Windows 2008, Windows Vista, Windows 2012.
You can download Free Verax SNMP Agent Simulator which is 35.29 MB in size and belongs to the software category Network Tools. Free Verax SNMP Agent Simulator was released on 2014-01-28 and last updated on our database on 2017-04-26 and is currently at version 2.
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Free Verax SNMP Agent Simulator Description
Verax SNMP agent simulator is a tool that can simulate multiple SNMPv1/v2c agents on a single host on standard 161 port through multi-netting. It allows IT personnel to build virtual, simulated networks of devices without purchasing any additional hardware, for instance for testing purposes. Individual simulated agent responses can be initially retrieved from existing devices and modified at runtime by user defined rules. Key features:* Text console and a web-based GUI for simulator management* Over 20 preconfigured response files for simulating Windows, Linux, Cisco, Juniper and other devices* Support for multiple agents and multiple networks on a single host* SNMP response configuration files compatible with SNMP walk output for easy creation of initial simulated agent responses from existing devices* Rich set of rules for modifying agent responses including: * Generation of random MAC and IP addresses, including advanced scenarios like randomizing only a part of the address (e.g. network part of an IP address is fixed, the host part varies) * Random integer, counter and string value generation, including "one time" or "each time" scenarios * Support for integer arithmetic operations (e.g. return value based on a sum of two other values) * Trend based value generation (direction, step range, reset threshold value), e.g. for increasing counters.