DataRobot Integration Package
The DataRobot Package enables easy integration with DataRobot for generating ML predictions based on a provided data set.
The source code for this package is available on the Automation Anywhere GitHub page
Top Benefits
- Embed automated Machine Learning in RPA bots
- Easy configuration
- Automate intelligent, data-driven decision making
Actions
- Machine-Learning Predictions
- Data Classification
- Anomaly Detection
- Provide Prediction Explanations
The DataRobot Package enables easy integration to infuse your bots with Auto-ML capability. Help your bots make better decisions with AI.
Start Session: Input Login Credentials or API Key to authenticate with DataRobot Server
Get Deployments: Retrieve details on the available model deployments such as your DataRobot Key, URL and Model IDs - returned in a Dictionary Variable for easy use in subsequent actions.
Get Predictions: Generate predictions for Multiclass and Binary ML models based on a CSV input file or JSON file containing the data elements. Outputs to a Table variable for seamless analysis and downstream manipulation.
The source code for this package is available on the Automation Anywhere GitHub page
Free
- Bot Security Program
-
Level 1
- Applications
-
- Business Process
- Finance & AccountingHuman ResourcesInformation TechnologyRPA Development
- Category
- Artificial Intelligence
- Downloads
- 96
- Vendor
- Automation Type
- Package
- Last Updated
- May 20, 2021
- First Published
- July 16, 2020
- Platform
- Automation 360
- Support
-
- Community Support Only
- Pathfinder Community Developer Forum
- Bot Store FAQs
See the Package in Action
Setup Process
Install
Download the Package and follow the instructions to install it in your AAE Control Room.
Configure
Use the Package in a bot, configure keys and other credentials the package will need (see the ReadMe for details.)
Run
That's it - now the Package is ready to get going!
Requirements and Inputs
- DataRobot Credentials
- DataRobot ML Models Deployed
- CSV or JSON data set to be used for predictions