
When this happens...
New Tasks
Table Export

Automatically do this!
Enable Integrations or automations with these events of Browse AI and MQTT
Triggers when a task is finished successfully.
Triggers when a table export successfully .
Bulk runs up to 50,000 tasks using a robot.
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Gain insights into how viaSocket functions through our detailed guide. Understand its key features and benefits to maximize your experience and efficiency.

Unlock your team's potential with 5 straightforward automation hacks designed to streamline processes and free up valuable time for more important work.

Workflow automation is the process of using technology to execute repetitive tasks with minimal human intervention, creating a seamless flow of activities.
To start, connect both your Browse AI and MQTT accounts to viaSocket. Once connected, you can set up a workflow where an event in Browse AI triggers actions in MQTT (or vice versa).
Absolutely. You can customize how Browse AI data is recorded in MQTT. This includes choosing which data fields go into which fields of MQTT, setting up custom formats, and filtering out unwanted information.
The data sync between Browse AI and MQTT typically happens in real-time through instant triggers. And a maximum of 15 minutes in case of a scheduled trigger.
Yes, viaSocket allows you to add custom logic or use built-in filters to modify data according to your needs.
Yes, you can set conditional logic to control the flow of data between Browse AI and MQTT. For instance, you can specify that data should only be sent if certain conditions are met, or you can create if/else statements to manage different outcomes.
Browse.ai is a powerful tool designed to automate web data extraction and monitoring. It allows users to easily capture and track data from websites without the need for coding, making it ideal for businesses and individuals looking to streamline their data collection processes.
Learn MoreMQTT is a lightweight messaging protocol designed for small sensors and mobile devices, optimized for high-latency or unreliable networks. It is widely used in the Internet of Things (IoT) for efficient communication between devices.
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