Monitor and control your assets seamlessly

Elevate your IoT experience with precise commands and responsive operations that can be controlled from anywhere. Easily send commands to your IoT devices and control their functions or behaviors.

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Develop one prototype to replicate multiple devices for the user

Zoho IoT's commands and controls

Bi-directional commands

Real-time bi-directional device command and control

Streamline device management effortlessly with drag-and-drop widgets. Issue one-time directives via MQTT or REST API, make rule-engine adjustments, and receive dual acknowledgment for command initiation and device execution, ensuring seamless control.

Learn how to send commands
Develop one prototype to replicate multiple devices for the user
Develop one prototype to replicate multiple devices for the user
Automated triggers

Automated triggers for anomalies

Enable automated responses to adjust device behavior and detect patterns, ensuring continuous system operation. Easily configure actions for individual assets or multiple assets of the same category, such as lighting control, fan speed, temperature settings, and more.

Command history

Track command history

Monitor the status of executed commands and those in the queue. Customize the response message for both success and failure scenarios, and track the outcomes accordingly.

Develop one prototype to replicate multiple devices for the user
Input modes

Opt for diverse input modes

Seamlessly create new command templates with the following fields:

  • Toggle
  • Buttons
  • Slider
  • Numeric
  • Picklist
Develop one prototype to replicate multiple devices for the user

Take control of your device

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Frequently asked questions

What are commands and controls?

 
Commands and controls in IoT are an essential capability that enables organizations and individuals to manage and optimize their IoT systems for better efficiency, security, and performance.

What are the benefits of commands and controls?

 
IoT devices can be monitored and controlled remotely using cloud-based platforms or mobile applications. For example, a smart thermostat can be controlled remotely using a mobile app.

What is Rules-based automation?

 
IoT devices can be configured to perform certain actions automatically based on predefined rules. For example, a smart security system can be programmed to send an alert when motion is detected.

What types of commands can be sent to IoT devices?

 
Various commands include actions like turning on/off, adjusting settings (e.g., temperature, speed), and executing specific tasks.

How are commands typically delivered to IoT devices?

 
Commands are often sent over protocols like MQTT or REST API, facilitating seamless communication between devices and control systems.

Can I automate actions based on detected anomalies in IoT systems?

 
Yes, Zoho IoT allows for automated responses to abnormalities, ensuring system reliability and performance.

Is it possible to track the history of executed commands?

 
Absolutely. Zoho IoT provides a command history feature, detailing information like device name, execution time, owner, and command message.

How does two-way acknowledgment work in IoT command and control systems?

 
Two-way acknowledgment ensures confirmation of command transmission to the device and notifies when the device has successfully executed the command, ensuring reliable control.

Are there security measures in place for IoT command and control systems?

 
Yes, there are robust security protocols to protect command transmission and device controls, safeguarding against unauthorized access.

Do I need technical expertise to configure commands for IoT devices?

 
Our IoT platform offers a user-friendly interface, making it accessible for both technical and non-technical users to configure and manage commands. However, if you do need help, feel free to reach out to us and we will connect you with the right POC.

How do I ensure data privacy when using IoT commands and controls?

 
Zoho IoT prioritizes data privacy, implementing encryption and secure communication channels to safeguard sensitive information during command transmission.