Overeasy is a Python-based open-source framework for orchestrating LLM-driven AI agents across various domains. It provides a modular architecture to define agents, configure memory stores, and integrate external tools such as APIs, knowledge bases, and databases. Developers can connect to OpenAI, Azure, or self-hosted LLM endpoints and design dynamic workflows involving single or multiple agents. Overeasy’s orchestration engine handles task delegation, decision making, and fallback strategies, enabling robust digital workers for research, customer support, data analysis, scheduling, and more. Comprehensive documentation and example projects accelerate deployment on Linux, macOS, and Windows.

Practical AI Agents provides developers with a comprehensive framework and ready-to-use examples to construct autonomous agents powered by large language models. It demonstrates how to integrate API tools (e.g., web browsers, databases, custom functions), implement RAG-style memory, manage conversation context, and perform dynamic planning. You can adapt examples for chatbots, data analysis assistants, task automation scripts, or research tools. The repository includes notebooks, Dockerfiles, and configuration files to streamline setup and deployment across environments.

Whiz is designed to provide a robust foundation for developing intelligent agents that can perform complex conversational and task-oriented workflows. Using Whiz, developers define "tools"—Python functions or external APIs—that the agent can invoke when processing user queries. A built-in memory module captures and retrieves conversation context, enabling coherent multi-turn interactions. A dynamic planning engine decomposes goals into actionable steps, while a flexible interface allows injecting custom policies, tool registries, and memory backends. Whiz supports embedding-based semantic search to fetch relevant documents, logging for auditability, and asynchronous execution for scaling. Fully open-source, Whiz can be deployed anywhere Python runs, enabling rapid prototyping of customer support bots, data analysis assistants, or specialized domain agents with minimal boilerplate.

Aurora provides a modular architecture for constructing generative AI agents that can autonomously tackle complex tasks through iterative planning and execution. It consists of a Planner component that breaks down high-level objectives into actionable steps, an Executor that invokes these steps using large language models, and a Tool integration layer for connecting APIs, databases, or custom functions. Aurora also includes memory management for context retention and dynamic re-planning capabilities to adjust to new information. With customizable prompts and plug-and-play modules, developers can rapidly prototype AI agents for tasks like content generation, research, customer support, or process automation, while maintaining full control over the agent’s workflows and decision logic.

Lagent is a developer-focused framework that enables creation of intelligent agents on top of large language models. It offers dynamic planning modules that break tasks into subgoals, memory stores to maintain context over long sessions, and tool integration interfaces for API calls or external service access. With customizable pipelines, users define agent behaviors, prompting strategies, error handling, and output parsing. Lagent’s logging and debugging tools help monitor decision steps, while its scalable architecture supports local, cloud, or enterprise deployments. It accelerates building autonomous assistants, data analysers, and workflow automations.

RotimeApp provides a flexible scheduling solution that dynamically adjusts to your actual waking hours. Whether you're an early riser or a night owl, RotimeApp helps you seamlessly align your daily routines with your natural sleep patterns. This ensures you stay on track with your tasks and appointments without the stress of fixed schedules. RotimeApp offers features such as task reminders, adjustment notifications, and routine optimization, making it the perfect tool for anyone looking to manage their time more effectively.

AgentSpeak is an open-source Java-based implementation of the AgentSpeak(L) programming language, designed to facilitate the creation and management of BDI (Belief-Desire-Intention) autonomous agents. It features a runtime environment that parses AgentSpeak(L) code, maintains agents’ belief bases, triggers events, and selects and executes plans based on current beliefs and goals. The interpreter supports concurrent agent execution, dynamic plan updates, and customizable semantics. With a modular architecture, programmers can extend core components such as plan selection and belief revision. AgentSpeak enables developers in academia and industry to prototype, simulate, and deploy intelligent agents in simulations, IoT systems, and multi-agent scenarios.

ASP-DALI provides a unified platform for defining and executing logic-based intelligent agents. Developers write ASP rules to represent agent knowledge and goals, while DALI constructs define event reactions and action executions. At runtime, an ASP solver computes answer sets that guide the agent’s decisions, enabling it to plan, react to incoming events, and adjust beliefs dynamically. The framework supports modular knowledge bases, facilitating incremental updates and clear separation between declarative rules and reactive behaviors. ASP-DALI is implemented in Prolog with interfaces to popular ASP solvers, simplifying integration and deployment across research and prototype scenarios.