BeeAI is a web-based platform empowering businesses and individuals to build and manage AI agents without writing code. It supports ingesting documents like PDFs and CSVs, integrating with APIs and tools, managing agent memory, and deploying agents as chat widgets or via API. With analytics dashboards and role-based access, you can monitor performance, iterate on workflows, and scale your AI solutions seamlessly.

GPTBuilder is designed to streamline the process of developing AI-driven applications, allowing users to create complex applications without requiring any programming skills. This powerful tool leverages advanced AI technologies to simplify the development process, making AI accessible to everyone. With GPTBuilder, users can quickly design, prototype, and deploy AI applications, significantly reducing time to market and development costs.

Agentica is a web-based platform for building and managing autonomous AI agents without writing code. It offers a visual workflow builder, prebuilt templates for content creation, SEO analysis, lead generation and customer support, plus integrations with tools like Google Sheets, Slack and CRM systems. Real-time dashboards give you performance metrics, while version control and scheduling let you automate and scale multi-agent deployments. Its API-first design and secure cloud infrastructure ensure you can embed Agentica agents into your existing applications and workflows with enterprise-grade reliability.

Adorable is a low-code framework that empowers developers and businesses to build autonomous AI agents capable of performing web browsing, data extraction, API calls, and scheduled workflows. Users define objectives, triggers, and actions via a web dashboard or SDK, then test and deploy agents to the cloud or on-premise. Adorable manages authentication, error retries, and logging, while offering templates for common use cases like web scraping, email alerts, and social media monitoring. Its dashboard provides real-time insights and scalability controls, reducing development time and operational overhead for routine automation tasks.

Daytona empowers organizations to rapidly create, orchestrate, and manage autonomous AI agents that execute complex workflows end to end. Through its drag-and-drop workflow designer and catalog of pre-trained models, users can build agents for customer service, sales outreach, content generation, and data analysis. Daytona’s API connectors integrate with CRMs, databases, and web services, while its SDK and CLI allow custom function extensions. Agents can be tested in sandbox and deployed on scalable cloud or self-hosted environments. With built-in security, logging, and a real-time dashboard, teams gain visibility and control over agent performance.

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.

PandaRobot Chat provides an intuitive web-based interface for designing AI-driven chat agents without programming skills. Users start by selecting conversation templates or building flows with a drag-and-drop editor, then connect to external data sources or APIs for dynamic responses. The platform supports multiple AI models, customizable NLP settings, and multi-turn dialogues. Agents can be enriched with knowledge bases, scheduled tasks, and conditional workflows to perform tasks like answering FAQs, processing orders, or handling support tickets. Once configured, agents deploy across websites, WhatsApp, Facebook, and more. Real-time analytics and A/B testing tools allow continuous optimization of agent performance, ensuring high engagement and satisfaction.