SUCHART INFOSOL PRIVATE LIMITED
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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.
MIMIC creates a real-world, real-time test lab with thousands of IoT sensors, gateways and devices. It allows suppliers of MQTT sensors, devices, gateways, brokers and applications to design, develop and test their Brokers, Load balancers and clients using secured connections, in a virtual and scalable network environment. MQTT Simulation accelerates evaluation by IoT platform users, and enables them to quickly prototype their proof of concept replacing or supplementing real devices.
MQTT is a "light weight" messaging protocol over TCP/IP for the Internet of Things. It is designed for connections with remote locations where a "small code footprint" is required and/or network bandwidth is limited. The Publish-Subscribe messaging pattern requires a message broker. The broker is responsible for distributing messages to interested subscriber clients based on the topic of a message. With MIMIC MQTT Simulator you can send a variety of custom messages to any MQTT broker that supports ISO standard version 3.1.1 and the new MQTT 5.0 version .
MIMICR MQTT Simulator - for IoT Simulation
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MIMIC MQTT Simulator is specifically designed to mitigate risks associated with deployment of large IoT applications by rapid prototyping of multiple alternatives, and load and feature testing of many scenarios. For rapid integration into your platform of choice, we have published demo tests and tutorial videos with many IoT platforms, such as Amazon AWS IoT Core, Google IoT Core, Azure IoT Hub, IBM Watson IoT Platform, Cumulocity IoT, as well as many on-premise and IoT edge solutions such as Greengrass, PTC Thingworx, Ignition, etc.
By using MIMIC, IoT Application vendors can assure their customers that their applications will be able to handle the scales of connections, topics and varieties of messages to work properly when deployed across heterogeneous environments. They can also create a variety of benchmarks to show the scalability for sensors, volume of messages and topics.
MIMIC MQTT Simulator applies to these areas of publish/subscribe patterns:
IoT Smart City
Simulate thousands of Publishers and Subscribers:
Each with their own IP address, Port, Client ID and Authentication
Each Publisher can publish to multiple, unique topics
Each Subscriber can subscribe to multiple, unique topics, including Wildcard topics
Each Publisher can be a Subscriber also.
Connect to Brokers, MQTT gateways, Load balancers and clients using secured connections using TLS.
Authenticate each simulated sensor with OAuth 2.0 server or JSON Web Tokens (JWT)
Include Authenticated (with User Name/Password) messages for every connections.
Send messages with various QoS levels.
Send messages with various message length, different frequencies or malicious information to test the security.
MQTT 5 Simulator supports new MQTT 5 features through customizable CONNECT properties, PUBLISH properties
Configure Connect and Re-Connect as needed.
Simulate faulty sensor network to verify robustness of subscriber application
Monitor the end-to-end delay (latency) for messages going from Publishers to Subscribers through the Broker.
Support layered protocols such as Sparkplug and LWM2M-MQTT
MQTT Simulator: MIMIC can simulate 100,000 MQTT 3.1, MQTT 3.1.1 or MQTT 5.0 based sensors and devices. Each one can be started or stopped individually or in a group. Each one has it's own IP address, Port and version. Once started, the device starts sending and responding to the MQTT requests to/from any broker or application from anywhere in the network.
MQTTLAB.IOTSIM.IO: Internet accessible MQTT lab implemented with MIMIC. The portal gives access to entry-level labs for quickly connecting to common IoT platforms and features: AWS IoT, Sparkplug, MQTT5, etc.
MIMICShell: MQTT functionality can be controlled by MIMIC Command line interface.
MQTT Explorer: MQTT subscriber client to explore MQTT topics in your IoT Platform
Supported Platforms: Windows®, Linux and Amazon Cloud. (details)
The most common uses of MQTT Simulator are:
Development and Testing: MQTT application developers can implement their products quickly and test reliably - specifically, the load testing of scalability against thousands of sensors.
Evaluation: By creating various heterogeneous environment of sensors and devices, it is easy to evaluate the suitability of applications with anticipated failure and growth scenarios, or qualify purchases before deployment.
Trade Shows: Marketing can setup powerful "live" demonstrations at trade shows.
Sales Demos: Sales can tailor presentations to the individual customer's environment.
Training Environments: Realistic training scenarios can explore all possible cases. Training environment can be portable rather than based on the classroom.
If you are interested in creating your test lab with devices and topology, MIMIC Simulator Suite allows you to create SNMPv1, SNMPv2c, SNMPv3, NetFlow, sFlow, IPMI, Cisco IOS, Juniper JUNOS, Telnet/SSH based devices. You can simulate as many as 100,000 devices in a lab. It includes MIMIC Recorder to record your production network and duplicate it in your test lab.
MIMIC Simulator suit