Skip to main content

Autoplot App Guide

The Autoplot app is an advanced control interface for your Amiga, offering multiple modes of operation:

  • Direct control: Manually drive the robot with simple controls for straight, turn, and backwards.
  • Teach-and-repeat: Manually drive the robot along a desired path, save it, and then command the robot to repeat the path autonomously.
  • Remote teleoperation: Control the robot through any web browser using a keyboard.
Resource Intensive Operation

The Autoplot app requires significant computational resources when run directly on the robot's screen. To ensure optimal performance, it is recommended not to use the Autoplot app in conjunction with the recorder or other custom user applications on the brain's display itself. However, running the Autoplot app and the recorder app through a web browser on a separate device is acceptable and should not impact performance.

Autonomy Requirements

Before starting any operation, make sure to check the following:

  • The robot is calibrated through the Filter App.
  • The GPS antenna offsets are correctly set in the Filter App.
  • Ensure the robot is connected to an RTK base station for enhanced GPS accuracy.
  • Set your Amiga to automode. This is done through the dashboard in the automation screen.
RTK-GPS Configuration

For precision in autonomous operations, configuring the RTK-GPS is essential. This high-accuracy GPS configuration is critical for tasks that require precise geolocation capabilities.

For detailed information on setting up and configuring RTK-GPS with your Amiga, please refer to the farm-ng GPS Service Overview.

How to Use the Autoplot App


The teach-and-repeat functionality allows you to manually drive the robot along a desired path and then have the robot repeat the path autonomously.

1. Click "Record" to start mapping your path

Screenshot from 2023-11-08 16-15-51

2. Drive the robot as desired, blue dots will pop up on the screen indicating the robot's trace

Screenshot from 2023-11-08 16-20-21

3. Click "Save" and name your track to use it later


4. Load the track when needed and click "Start Track" to initiate autonomous follow



After starting to follow the track, the Start Track button will switch to Stop, which can be used to interrupt the autonomous task. Additionally, users can press the button on the pendant to disengage automode, which will automatically cancel the autonomous operation.

Remote Access via Web Browser

The Autoplot app is designed as a web-app, enabling seamless access from any standard web browser like Google Chrome, Firefox, or Safari. To open the Autoplot interface in your browser, simply enter the following address:

Remote Control Requirements

To remotely control your Amiga:

  • Ensure you are connected to the same network as your Amiga robot.
  • For access across different networks, configure cross-network access by adding your Amiga to your Tailscale network.

For Tailscale users, access the app using your Amiga's Fully Qualified Domain Name (FQDN):


Replace <element-fruit> and <tailnet-name> with the respective names configured in your Tailscale network.

You can control your Amiga from a web browser at any time, even when the Autoplot app is not active on the Brain display.

Remote Keyboard Control

Experience direct control of your Amiga robot from any web browser. Similar to video game controls, this feature allows you to command the robot using simple keyboard inputs.

  • W: Propels the robot forward
  • A: Rotates the robot counter-clockwise on the spot
  • D: Rotates the robot clockwise on the spot

These commands engage the robot's autonomy systems to perform the actions safely and precisely, setting incremental goals for the robot to achieve.

Autonomy Required for Remote Control

Remote Keyboard Control requires the robot to be in automode. This mode ensures that all movements are managed safely by the robot's autonomous systems.

Manual vs. Remote Control

You can control your Amiga robot in two ways:

Manual Control: Use the pendant or dashboard while physically present with the robot, ideal for teaching the robot new tracks.

Remote Control: From your web browser, you can remotely operate the robot without needing to be in the same physical location.

Both methods allow for track recording; however, remote control enables you to operate the robot from any location with internet access.

Teaching Tracks Remotely or On-Site

Tracks can be taught to the robot whether you're using the on-site pendant or the Remote Keyboard Control feature via a web browser.

Status Bar Icons

The Autoplot app features a status bar with icons that provide critical information for autonomous operation:

  • Automode: This icon confirms if the robot is in automode, a prerequisite for autonomous tasks.
  • Filter: This indicates the status of the UKF filter. Autonomy will not engage if the filter has not converged.
  • GPS: A visual indicator showing if the GPS service is active and functional.
  • WiFi: This shows if the robot is connected to Wifi, which is necessary for autonomous operations.
  • Battery: Displays the current battery level. Always monitor this, especially before starting long tasks.

Tips for Optimal Autonomy

  • Before engaging in autonomous operations, always perform a safety check of the environment.
  • When operating the robot via remote keyboard control in the web app, ensure a stable and responsive network connection.
  • Monitor the robot's battery status via the Autoplot app to avoid interruptions in longer operations.


If you encounter issues with autonomy or control:

  • Verify all status indicators in the Autoplot app's top bar are active and showing the expected states.
  • Check the Filter App to confirm that calibration and GPS settings are up-to-date.
  • If the robot does not respond to WAD keyboard commands, ensure that no other tasks are running and that the robot is in automode.

For further assistance, reach out to the support team.