Router Node
Ever needed to send different types of tasks to different specialized agents? That's where the Router Node comes in. It acts like a smart traffic controller, examining each input and directing it to the most appropriate path for processing - ensuring that each type of task gets handled by the right specialist.
What is a Router Node?
A Router Node is a specialized component in MindPal's Multi-Agent Workflow that:
- Examines inputs based on defined decision logic
- Classifies the input into distinct categories
- Directs the flow to appropriate downstream agents
This creates an efficient system for handling diverse inputs while maintaining specialized processing for each type.
When to use a Router Node?
Consider using the Router Node when:
- You have different types of inputs requiring different handling
- Different scenarios require different specialized agents
Here are some common scenarios where Router Node excels:
| Scenario | Example |
|---|---|
| Customer Support | Routing different types of support tickets (billing, technical, general inquiries) to specialized support agents |
| Content Processing | Directing different content types (articles, social posts, documentation) to appropriate content specialists |
| Job Application Processing | Routing different hiring decisions (acceptance, rejection) to appropriate post-decision actions |
How a Router Node Works
The Router Node operates through a systematic process:
- Receives an input that needs classification
- Applies the configured decision logic to evaluate the input
- Selects the appropriate path based on the evaluation
- Directs the flow to the corresponding downstream node
Configuring a Router Node
To set up a Router Node, you need to configure these essential components:
1. Decision Logic Setup
The decision logic is your classification criteria:
- Define clear instructions for how inputs should be evaluated
- Specify the conditions for selecting each path
- Ensure the logic covers all possible input scenarios
- Reference human input values or previous node outputs via variables if needed
2. Path Configuration
For each possible classification:
- Create a distinct path
- Specify the next node for that path
- Add a clear description of when this path should be taken