Gambit Communications, Inc.
Gambit Communications is a leader in network, SNMP and IoT simulation tools. MIMIC Simulator is a modular family of simulators used by leading networking vendors for use in network app development, testing to operator training and disaster simulations.
- (603) 889-5100
- (603) 889-5005
- sales@gambitcomm.com
- 76 Northeastern Blvd.
Suite 29A
Nashua, NH 03062
United States
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product
MIMIC® Web Simulator
MIMIC Web Simulator creates a virtual lab with hundreds of simulated web servers. It allows you to easily develop and test your web clients, management and monitoring products. Having a virtual and scalable environment, you can try variety of scenarios to test your applications to assure your customers that your web services will work properly when deployed across heterogeneous environments. Best of all, you can reduce your lab budget significantly.
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MIMIC® MQTT Simulator
MIMIC MQTT Simulator is a scalable, customizable, programmable, predictable, dynamic simulation platform designed to enable rapid development / testing / deployment / tuning / training / demonstration of large-scale Internet of Things applications.
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MIMIC NetFlow Simulator
MIMIC NetFlow Simulator generates a variety of flows and enables you to fully test your applications. Since you have a complete control over generated flowsets you can easily verify that your graphing application is correctly displaying the values and your collector correctly collects precisely generated flowsets.
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MIMIC® IoT Simulator
The MIMIC IoT Simulator creates a real-world test lab with many thousands of manageable IoT sensors, gateways and other connected devices to simulate your IoT environment related to*Industry 4.0*Smart Factories*Smart Cities*Smart agriculture
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MIMIC sFlow Simulator
MIMIC sFlow Simulator generates a variety of flows and enables you to fully test your applications. Since you have a complete control over generated flowsets you can easily verify that your graphing application is correctly displaying the values and your collector correctly collects precisely generated flowsets.
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MIMIC® Redfish Simulator
The MIMIC Redfish Simulator, the industry's first integrated simulation tool supporting Redfish, allows developers to perform real world, integrated device simulations. MIMIC simulates thousands of Redfish-capable devices. MIMIC allows suppliers of Redfish devices and applications to design, develop and test their products in a virtual and scalable network environment, assuring customers that their applications will be able to handle the scales of messages and different types of requests to work properly when deployed across heterogeneous environments.
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MIMIC® Simulator Suite
MIMIC Simulator creates a real world lab environment, with 100,000 devices, at a fraction of the cost of physical equipment. It provides an interactive hands-on lab for quality assurance, development, sales presentation, evaluation, deployment and training of enterprise management applications. Users create a customizable virtual environment populated with simulated routers, hubs, switches, WiFi/WiMAX/LTE devices, probes, cable modems, servers and workstations.
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MIMIC® IOS Simulator
MIMIC IOS Simulator is a command line simulator that fully supports Cisco IOS® software as well as NX-OS, JUNOS, NETCONF, other command line interfaces and SNMPv1, v2, v2c, v3. You can simulate up to 100,000 devices in a single workstation, and an unlimited number of devices can be simulated by distributing it over multiple workstations. You can access devices using Telnet, SSH and SNMP. Changes made using one protocol is reflected in the other.
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MIMIC® Wireless Simulator
Mobile device and network complexity is continuously increasing due to the multitude of devices, technologies and traffic patterns. As a result, wireless equipment manufacturers must test their products from every different aspect. They need to do this to improve quality and reduce costs.
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MIMIC® Server Simulator
How do you test your management application's scalability to support thousands of servers and devices?How do you test whether a load balancer can handle a Web Server farm without reaching the performance limits?
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MIMIC SNMP Simulator
MIMIC SNMP Simulator creates a network of up to 100,000 SNMP manageable devices on one server. You can simulate any SNMP based device with any number of public or private MIBs to run a large variety of device configurations with your SNMP management application. It lets you generate thousands of traps to simulate disaster scenarios.
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MIMIC® Cable Modem Simulator
MIMIC Cable Modem Simulator, is the industry's first integrated simulation tool supporting DOCSIS, allows cable modem developers and cable companies to perform real world, integrated cable and internetworking device simulations. MIMIC allows suppliers of cable modems to design, develop and test their products in a virtual and scalable network environment, assuring customers that their cable modems will work properly when deployed across heterogeneous environments. Cable providers can use MIMIC to simulate the 1000s of households that use cable modems to assure the scalability of cable management software. In addition, providers can also use MIMIC for large-scale Operations Support System (OSS) testing deployments in place of large banks of cable modems, which would be cost prohibitive.
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MIMIC® IPMI Simulator
The MIMIC IPMI Simulator, the industry’s first integrated simulation tool supporting IPMI, allows developers to perform real world, integrated device simulations. MIMIC simulates IPMI-capable high-end server systems. MIMIC allows suppliers of IPMI devices and applications to design, develop and test their products in a virtual and scalable network environment, assuring customers that their applications will work properly when deployed across heterogeneous environments.
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MIMIC® JUNOS Simulator
MIMIC JUNOS Simulator fully supports Juniper JUNOS® software and SNMPv1, v2, v2c, v3. Up to 100,000 devices can be simulated in a single workstation, and an unlimited number of devices can be simulated by distributing it over multiple workstations. An extensible environment allows new MIBs and devices to be added to the simulation.
