negotiation_agent provides a modular toolkit for building autonomous negotiation bots powered by GPT-like models. Developers can specify negotiation scenarios by defining items, preferences, and utility functions to model agent objectives. The framework includes pre-defined agent templates and allows integration of custom strategies, enabling offer generation, counteroffer evaluation, acceptance decisions, and deal closure. It manages dialogue flows using standardized protocols, supports batch simulations for tournament-style experiments, and calculates performance metrics such as agreement rate, utility gains, and fairness scores. The open architecture facilitates swapping underlying LLM backends and extending agent logic through plugins. With negotiation_agent, teams can quickly prototype and evaluate automated bargaining solutions in e-commerce, research, and educational settings.

Tambo offers an end-to-end solution for creating, deploying, and managing AI agents across your organization. Users start by selecting from a library of pre-built agent templates or configuring a custom workflow via a visual editor. Each agent is powered by OpenAI's GPT models and can integrate with multiple apps—like Slack, Google Workspace, and email—to perform tasks such as meeting scheduling, email drafting, document summarization, and data analysis. Tambo also provides monitoring dashboards, usage analytics, and team collaboration features, allowing businesses to scale their AI automation efforts securely and efficiently without writing code.

AI Agent Workshop is a comprehensive repository offering practical examples and templates for developing AI Agents with Python. The workshop includes Jupyter notebooks demonstrating agent frameworks, tool integrations (e.g., web search, file operations, database queries), memory mechanisms, and multi-step reasoning. Users learn to configure custom agent planners, define tool schemas, and implement loop-based conversational workflows. Each module presents exercises on handling failures, optimizing prompts, and evaluating agent outputs. The codebase supports OpenAI’s function calling and LangChain connectors, allowing seamless extension for domain-specific tasks. Ideal for developers seeking to prototype autonomous assistants, task automation bots, or question-answering agents, it provides a step-by-step path from basic agents to advanced workflows.

Pydantic AI uses Pydantic models to encapsulate AI agent definitions, enforcing type-safe inputs and outputs. Developers declare prompt templates as model fields, automatically validating user data and agent responses. The framework offers built-in error handling, retry logic, and function‐calling support. It integrates with popular LLMs (OpenAI, Azure, Anthropic, etc.), supports asynchronous workflows, and enables modular agent composition. With clear schemas and validation layers, Pydantic AI reduces runtime errors, simplifies prompt management, and accelerates the creation of robust, maintainable AI agents.

DSpy Agents is an open-source Python toolkit that simplifies creation of autonomous AI agents. It provides a modular architecture to assemble agents with customizable tools for web scraping, document analysis, database queries, and language model integrations (OpenAI, Hugging Face). Developers can orchestrate complex workflows using pre-built agent templates or define custom tool sets to automate tasks like research summarization, customer support, and data pipelines. With built-in memory management, logging, retrieval-augmented generation, multi-agent collaboration, and easy deployment via containerization or serverless environments, DSpy Agents accelerates development of agent-driven applications without boilerplate code.

Kaiban Agents Aggregator provides a unified dashboard to browse and manage AI agents built using the KaibanJS framework. Users can filter agents by category, view detailed documentation, test agent behavior, and deploy to staging or production with one click. The platform tracks runtime metrics and usage logs, enabling performance monitoring and quick iteration. Built-in collaboration tools allow multiple stakeholders to annotate, comment, and share configurations, while API integrations streamline embedding agents into existing applications or workflows.

SCOUT-2 provides a modular architecture for building autonomous agents powered by large language models. It includes goal decomposition, task planning, an execution engine, and a feedback-driven reflection module. Developers define a top-level objective, and SCOUT-2 automatically generates a task tree, dispatches worker agents for execution, monitors progress, and refines tasks based on outcomes. It integrates with OpenAI APIs and can be extended with custom prompts and templates to support a wide range of workflows.

Agents Factory provides a comprehensive environment to create autonomous agents powered by state-of-the-art language and domain-specific models. Through its intuitive drag-and-drop workflow builder, users can assemble agent behaviors by defining triggers, actions, and decision points. The platform includes a library of preconfigured agent templates, from customer service bots to data analysis assistants, which can be customized to specific business needs. Agents Factory also supports integration with third-party services via REST API and webhooks, enabling agents to fetch data from CRMs, databases, and SaaS tools. Real-time monitoring dashboards allow tracking agent activity, performance metrics, and logs for debugging. Built-in scheduling and event orchestration let agents run tasks on-demand or on a schedule, delivering reliable and scalable automation across organizations.