AgentFarm provides a comprehensive framework to coordinate diverse AI agents in a unified system. Users can script specialized agent behaviors in Python, assign roles (manager, worker, analyzer), and establish task queues for parallel processing. It integrates seamlessly with major LLM services (OpenAI, Azure OpenAI), enabling dynamic prompt routing and model selection. The built-in dashboard tracks agent status, logs interactions, and visualizes workflow performance. With modular plug-ins for custom APIs, developers can extend functionality, automate error handling, and monitor resource utilization. Ideal for deploying multi-stage pipelines, AgentFarm enhances reliability, scalability, and maintainability in AI-driven automation.

LangGraph4j represents AI agent operations—LLM calls, function invocations, data transforms—as nodes in a directed graph, with edges modeling data flow. You create a graph, add nodes for chat, embeddings, external APIs or custom logic, connect them, and execute. The framework manages execution order, handles caching, logs inputs and outputs, and lets you extend with new node types. It supports synchronous and asynchronous processing, making it ideal for chatbots, document QA, and complex reasoning pipelines.

This repository delivers a customizable multi-agent framework simulating a taxi call center. It defines distinct AI agents: CustomerAgent to request rides, DispatchAgent to select drivers based on proximity, DriverAgent to confirm assignments and update statuses, and NotificationAgent for billing and messages. Agents interact through an orchestrator loop using OpenAI GPT calls and memory, enabling asynchronous dialogue, error handling, and logging. Developers can extend or adapt agent prompts, integrate real-time systems, and prototype AI-driven customer service and dispatch workflows with ease.