🤖 Agent Development

Build AI Agents with LLM Proxy

Create intelligent agents that use tools, maintain memory, and execute complex workflows. Connect to multiple AI providers through a single proxy for maximum flexibility and control.

Agent Creation Example
# Create an agent with tool calling
agent = Agent(
    llm=get_proxy_llm(),
    tools=[search, calculator, email],
    memory=ConversationBuffer()
)

# Agent autonomously uses tools
result = agent.run("Find AI papers and email summary")
Tool Integrations
🧠

Persistent Memory

Conversation & task context

Autonomous Execution

Self-directed task completion

🔌

Multi-Provider

Switch LLMs seamlessly

🛠️

Tool Calling

Execute real-world actions

Agents can call functions, APIs, and external services. The proxy handles tool definitions and responses across all providers.

🧠

Memory Systems

Context that persists

Agents maintain conversation history, user preferences, and task context across interactions.

Memory Types
# Conversation memory
conv_memory = ConversationBufferMemory()

# Entity memory
entity_memory = EntityMemory()

# Vector memory for RAG
vector_memory = VectorStoreMemory(
    embedding=proxy_embeddings()
)
🔄

Planning & Reasoning

Break down complex tasks

Agents use chain-of-thought reasoning to plan multi-step actions and adapt to changing conditions.

🔀

Multi-Model Routing

Right model for each task

Route different agent tasks to optimal models. Use fast models for simple tools, powerful models for reasoning.

Smart Routing
# Route based on task complexity
router = ModelRouter(
    simple="gpt-3.5-turbo",      # Fast tool calls
    complex="gpt-4",            # Deep reasoning
    creative="claude-3-opus"   # Content generation
)
🛡️

Error Handling

Graceful failure recovery

Agents handle tool failures, retry logic, and fallback strategies automatically through proxy configuration.

Agent Architecture

👤
User Input
🤖
AI Agent
🔀
LLM Proxy
🧠
AI Models

Build Your Agent

Configure LLM Connection

Point your agent framework to the proxy endpoint. Use standard OpenAI-compatible configuration for seamless integration.

Configuration
llm = ChatOpenAI(
    model="gpt-4",
    api_key="proxy-key",
    base_url="https://proxy.example.com/v1"
)

Define Agent Tools

Create tools your agent can use. Tools can call APIs, query databases, or perform any programmatic action.

Tool Definition
@tool
def search_web(query: str) -> str:
    """Search the web for information"""
    return search_api.query(query)

tools = [search_web, calculator, email]

Add Memory Layer

Configure memory to maintain context. Choose from conversation, entity, or vector-based memory systems.

Memory Setup
memory = ConversationBufferMemory(
    memory_key="chat_history",
    return_messages=True
)

agent = AgentExecutor(
    agent=agent,
    tools=tools,
    memory=memory
)

Deploy & Monitor

Deploy your agent and monitor all interactions through the proxy dashboard. Track tool usage, costs, and performance.

Run Agent
# Execute agent with monitoring
result = agent.invoke({
    "input": "Research AI trends and create report"
})

# All calls logged via proxy
print(result["output"])

Built-in Agent Tools

🔍
Web Search
Search engines & APIs
💾
Database
SQL & NoSQL queries
📧
Email
Send & manage emails
📊
Calculator
Math operations
🌐
HTTP Client
API requests
📝
File Operations
Read & write files
🗓️
Calendar
Schedule & events
🔑
Custom Tools
Your own functions

Start Building Agents

Create intelligent agents with tool calling, memory, and autonomous execution. Connect to all AI providers through a single unified proxy.