OpenAgents Builder offers a visual, no-code environment where users can assemble AI agent workflows by dragging and dropping components representing LLM calls, logic branches, and API actions. The platform supports integrations with major large language models such as OpenAI GPT and Anthropic’s Claude, and allows custom API connectors for business systems like CRMs or databases. Agents can maintain conversational context across sessions with memory modules. Built-in templates for customer support, lead qualification, and knowledge base retrieval speed up creation. Once configured, agents are tested directly in the interface, then deployed via embed code, widget, or integrations with Slack and Microsoft Teams. Real-time analytics dashboards track interactions, usage patterns, and performance metrics to continuously refine agent behavior and accuracy.

cpp-langchain implements core features from the LangChain ecosystem in C++. Developers can wrap calls to large language models, define prompt templates, assemble chains, and orchestrate agents that call external tools or APIs. It includes memory modules for maintaining conversational state, embeddings support for similarity search, and vector database integrations. The modular design lets you customize each component—LLM clients, prompt strategies, memory backends, and toolkits—to suit specific use cases. By providing a header-only library and CMake support, cpp-langchain simplifies compiling native AI applications across Windows, Linux, and macOS platforms without requiring Python runtimes.

RAGApp is designed to simplify the entire RAG pipeline by providing out-of-the-box integrations with popular vector databases (FAISS, Pinecone, Chroma, Qdrant) and large language models (OpenAI, Anthropic, Hugging Face). It includes data ingestion tools to convert documents into embeddings, context-aware retrieval mechanisms for precise knowledge selection, and a built-in chat UI or REST API server for deployment. Developers can easily extend or replace any component—add custom preprocessors, integrate external APIs as tools, or swap LLM providers—while leveraging Docker and CLI tooling for rapid prototyping and production deployment.