Test your cloud and on-premise MQTT application
without
hardware using IoT Simulator
Faster IoT Simulation
Setting up the environment for IoT simulation will be time-consuming. Get your testing done in minutes by creating templates for your physical devices or device types with Bevywise IoT Simulator. Also, Develop & test your application without real devices and device networks. Simulating thousands of unique virtual devices with unique topics & messages within a few minutes is now easy using Bulk Creation option. Supports specifying a replaceable placeholders for topic names to create and simulate a dynamic network. Store the multiple simulated networks in MySQL database and reuse them for necessity.
Configure IoT Simulator
Configure IoT simulator to send real-time messages within a range or from a random set or values based on time and client. Simulate dynamic messages in two message formats such as flat TEXT and complex JSON strings like the real world IoT devices. Supports four types of dynamic values to be sent as a part of messages to flexibly vary the data published in every sequence to make it in sync with the real device. Supports protocol buffers to define a schema for your data using a specification language. Configure IoT events with your predefined data set by uploading CSV file using CSV Importer .
Configure Device Response
Every command sent to the edge device/sensor device/IoT endpoint will have a response from the device once the action is done. Create the real scenario with an automatic response using Behavior simulation, an automatic response engine that will respond to the subscriber based on the received messages & topics. When the simulation request is received, the virtual connected devices start publishing the data to the endpoint. Transform incoming messages and publish different messages as different clients. Behavior simulation supports text-based messages.
Reliable MQTT Support
Supports all MQTT essentials such as all levels of QoS, WILL and Retain messages, MQTT Authentication providing IoT security and clean session. Bevywise IoT Simulator works with all standard brokers. Able to connect with Azure IoT hub, AWS IoT core, any IoT platform like Bevywise IoT platform and any other MQTT Application or Broker. Hook the data stored to send it to any data visualization tool.
Delicate User Interface
A simple and graphical user interface (GUI) that enables customers to build/create templates, networks, bulk addition of devices, configure messages and behavior patterns with much ease. Easy to view events that are published from the connected device and the commands received from the manager/broker application to make the testing easier.
Integrate IoT Simulator
Control Simulation by integrating IoT Simulator with test automation suite using an extensive set of Rest APIs for IoT application development. The simulated MQTT Clients can be started & stopped and the simulated data & subscriptions can be controlled at run time in the simulator console. Query and update the data of simulation in the database using device simulator API at runtime without desisting the simulator.
Python MQTT Simulation
MQTT Simulation with Python provides an option for extendability to implement your own algorithm. The application developer can write their own code to override the simulation request response configuration. Build your own conditions to send different messages from different clients with the Bevywise IoT device simulator solution.
Device Management
The Simulated Device supports both publishing and receiving of messages. The devices can be configured to publish ( respond ) to any message based on the data in the incoming message making it more communicative like the real-time device. The message behavior can be made more powerful with Python.
Supports Google Protobuf
Encode the structured data in a productive yet extendible pattern with the Bevywise IoT Simulator. You can customize your payload in the way you need before sending it. Enables the transfer of data between processes or even between various servers with various architectural styles.
