With RoboStudio, developers can build communication with the robot and get the robot’s sensor data,pose, state, map information and other data via the interfaces provided by the robot. After reprocessing the above collected data, RobooStudio can present it in a user-friendly interface. Developers can also monitor and control the robot visually by sending command to the robot via RoboStudio.
After connecting to the robot, users can monitor and control the robot in real time according to the sensor data, map, pose and other information collected via the robot’s interfaces.
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Check sensor, map and pose information in real time via the robot’s interfaces.
Process the collected robot information and present it with a user-friendly interface.
Send corresponding commands to control the robot in real time.
Based on pure software and no additional device configuration required.
Easily add, edit and delete virtual walls to limit the working area of the robot.
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The virtual wall is based on pure software and does not require additional accessory devices like beacons or roadblocks. And there is no need to make any changes in the actual application scenarios for the robot to realize virtual wall avoidance and limit its working area. Physical magnetic track separation is also supported (optional).
With virtual wall technology, users can switch among different tracks,move the tracks to a different place or edit the tracks according to the specific requirements in actual application scenarios. Therefore, it avoids errors due to signals or errors accumulated in the manually paved tracks. It costs less but provides a high-resolution map.
While walking, the virtual wall technology can make the robot take the virtual walls as real obstacles, avoid them automatically and then restart intelligent path planning and navigation.
Based on pure software and no additional device configuration required.
Provide self-designed tracks for robot to patrol on intelligently.
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The virtual track is based on pure software and does not require additional accessory devices like beacons or roadblocks. And there is no need to make any changes in the actual application scenarios. The robot can realize intelligent patrolling and monitoring along a regular route.
With virtual track technology, users can switch among different tracks, move the tracks to a different place or edit the tracks according to the specific requirements in actual application scenarios. Therefore, it avoids errors due to signals or errors accumulated in the manually paved tracks. It costs less but provides a high-resolution map.
During path finding process with virtual track navigation enabled, the robot will automatically search for the nearest key point from the robot start point on the designed virtual track, and calculate the shortest track path to the target, and then navigate to the target autonomously, smoothly and avoid obstacles in the way.
Connect with/disconnect from the robot.
Cloud and local data synchronization.
Get robot status and information in real time for better robot management.
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Cloud services based on SLAMTEC RoboCloud Support online management of the robots,map information and status information that stored in cloud or local devices.
Automatically discover the robots in the local area network.Easily connect with the robot or disconnect from the robot.Support automatic reconnection to prevent data loss.
Support to personalize robot nickname and avatar Automatic memory of robot information to avoid repeated connection configuration
Rich plugin resources
Plugin self-design or secondary development
Facilitate function extension and meet application developing requirements
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RoboStudio provides rich plugin resources including relocalization, POI, virtual wall, virtual track and etc.Users can get and download related plugins in the Plugin store of the RoboStudio.
The usage permission for plugin is bound with the user account for the user to use the plugin both in online mode and offiline mode.Users can check the current status of the plugins,run or stop a plugin to meet various application requirements in the developing process.
Facilitate the plugin self-designing.Rich applications supported to meet requirements in different scenarios
User-friendly interfaces
Powerful functions supported
Switch freely among several points of view
Add or remove observing item in displaying result
Rich plugins to meet the requirements in different application scenarios Open-source plugin interfaces provided for users to develop their own plugins
Support all robots with built-in SLAMWARE solution Fully compatible with all SLAMWARE SDK interfaces
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