MIMIC Simulator

{{COI|date=March 2019}}

{{Infobox OS

| name = MIMIC Simulator Suite

| logo =

| screenshot =

| caption =

| developer = [https://www.gambitcomm.com/ Gambit Communications, Inc.]

| prog_language = C++, Java, Python, Perl, Tcl, PHP, Javascript

| family = SNMP simulators

| working_state = Current

| source_model = Closed source

| latest_release_version = 18.00

| latest_release_date = {{release date |2018|05|15}} version 18.00

| marketing_target =network management and IoT

| language = C++, Java, Python, Perl, Tcl, PHP, Javascript

| supported_platforms = Linux, Microsoft Windows{{cite web|url=https://gambitcomm.com/site/support-platforms.php|title=Supported Platforms|website=www.gambitcomm.com}}

| license = Proprietary

| website = [https://gambitcomm.com/site/mimic-simulator.php MIMIC Simulator Suite]

| style="width: 320px;"

}}

MIMIC Simulator is a product suite from Gambit Communications consisting of simulation software in the network and systems management space.[https://www.gambitcomm.com Gambit Communications Website][https://gambitcomm.blogspot.com Gambit Blog]

The MIMIC Simulator Suite has several components related to simulation of managed networks and data centers for the purposes of software development, software testing or training, sales and marketing of network management applications (see[https://www.networkworld.com/article/2291490/cloud-computing/150579-New-products-of-the-week-04.28.14.html#slide7 Network World New products of the week 04.28.14]).

MIMIC SNMP simulator solves a classical simulation problem: network management or operations support system software typically manages large networks. Traditionally, in order to set up such networks for the above purposes, physical equipment had to be separately purchased and assembled in laboratories. To reduce the expense, most of the network can be simulated (e.g. see[http://www.networkcomputing.com/1102/1102f1.html Network Computing, Network Management that works, Bruce Boardman, February 7, 2000 ] {{webarchive|url=https://web.archive.org/web/20071023232350/http://www.networkcomputing.com/1102/1102f1.html |date=October 23, 2007 }}).

The principle behind SNMP simulation is that the SNMP protocol is an interface that can be simulated. SNMP requests carry data values for MIB objects, which can be shaped at will by the simulator, thus representing any device which has an SNMP interface. In contrast to network simulation, where the entire network is modeled within a computer, this type of empirical simulation is visible on the network, and one can communicate with the simulator over the network.

The concept can be extended to other protocols such as for

• cable modems,
• CLI such as Cisco IOS (see[http://www.networkworld.com/news/2002/130584_03-04-2002.html Network World, New tools ease Cisco IOS mgmt, Phil Hochmuth, 03/04/2002 ] {{webarchive|url=https://web.archive.org/web/20071026102507/http://www.networkworld.com/news/2002/130584_03-04-2002.html |date=2007-10-26 }}) or TL1,
• flow-based monitoring such as NetFlow or sFlow,
• server management based on IPMI or DMTF Redfish,
• IoT protocols such as MQTT, CoAP.

Modern management software typically uses multiple protocols to manage networks. The simulator thus should integrate the required protocols to present authentic instrumentation.