AI Agents

AI agents on the Abacus.AI platform are intelligent and autonomous assistants designed to perform a wide range of tasks by integrating user code, data transformations, machine learning models, and large language model (LLM) prompts. These agents are customized using agent_function, allowing access to both LLMs and rich APIs offered by Abacus.AI. This approach enables intuitive problem-solving using natural language inputs.

Types of AI Agents

The Abacus.AI platform supports various types of agents based on their interface:

DEFAULT: The standard interface for AI agents.
CHAT: Agents designed specifically for conversational interactions.
MATRIX: Agents that handle complex, multi-dimensional inputs and outputs.
AUTONOMOUS: Agents that operate with minimal human intervention, making decisions and performing tasks independently.

Examples of AI Agents

Data Analysis Agent: Translates natural language queries to SQL using LLMs and executes them via APIs.
Documentation Retrieval and Understanding Agent: Extracts keywords from queries, retrieves relevant documents, and provides insights.
ML Model Building Agent: Converts natural language directives into API calls for building ML models.
Information Search and Processing Agent: Retrieves and processes information with enhanced presentation.
Table Schema Agent: Utilizes APIs to retrieve schemas for feature groups and answers schema-related queries.

Creating AI Agents

To create an AI agent on the Abacus.AI platform, follow these steps:

Define Workflow Nodes and Functions: Establish the individual tasks and their functions.
Define the Agent Workflow: Use nodes and edges to create the workflow graph.
Create and Deploy the Agent: Deploy the agent on the platform.

Constructing Agent Functions

Agent functions are created on the create agent page, where you provide a name, description, and source code. The description guides interaction with the agent in the chat dialog.

Example: Default Agent Function

def agent_function(nlp_query):
    """
    Args:
        nlp_query (Any): Data row to predict on/with or to pass to the agent for execution
    Returns:
        The result which can be any JSON serializable Python type
    """
    from abacusai import ApiClient

    # Let agent respond like your favorite character.
    character = 'Sherlock Holmes'
    return ApiClient().evaluate_prompt(prompt=nlp_query, system_message=f'respond like {character}').content

Example: Data Query Agent Function

def agent_function(nlp_query):
    """
    Args:
        nlp_query (Any): Data row to predict on/with or to pass to the agent for execution
    Returns:
        The result which can be any JSON serializable Python type
    """
    from abacusai import ApiClient

    client = ApiClient()
    fg = client.describe_feature_group_by_table_name('Concrete Strength')
    rendered_fgs = client.render_feature_groups_for_llm([fg.feature_group_id])
    system_prompt = 'Reply SQL code only based on the following table definition:'
    for i, block in enumerate(rendered_fgs):
        system_prompt += f'{i + 1}:- {block.content}\n'
    llm_response = client.evaluate_prompt(prompt=nlp_query, system_message=system_prompt)
    return client.execute_feature_group_sql(llm_response.content).to_markdown()

Deploying Agents

Deploying an agent is straightforward, similar to deploying an ML model. Click Create New Deployment, display the agent deployment window, and click deploy agent. A deployment can be restarted after suspension.

Chat with Agents

Once deployed, agents can be interacted with through the chat window. User messages are sent to the agent function as input, and responses are displayed in the chat window. Markdown-formatted responses, such as SQL execution results, are recognized and displayed accordingly.

Execute Agent Function

A deployed agent can also be accessed via our API. Use the execute_agent function from the Abacus.AI Python library to interact with a deployed AI agent. Here's an example:

client.execute_agent(
    deployment_token='<deployment_token>',
    deployment_id='<deployment_id>',
    arguments=[
        'Show me the average, min and max cement value when the water column is larger than 200'
    ],
    keyword_arguments={}
)