Wizard Language is a declarative domain-specific language built on TypeScript for authoring AI assistants as wizards. Developers define intent-driven steps, prompts, tool invocations, memory stores, and branching logic in a concise DSL. Under the hood, Wizard Language compiles these definitions into orchestrated LLM calls, managing context, asynchronous flows, and error handling. It accelerates prototyping of chatbots, data retrieval assistants, and automated workflows by abstracting prompt engineering and state management into reusable components.

ChatThing.ai facilitates the creation of AI chatbots by leveraging your existing data. It's an easy and efficient solution designed to help businesses and individuals develop chatbots that can handle tasks such as customer support, data retrieval, and more. Users can integrate data from various sources like PDFs, websites, and Google Docs to train their chatbots. The platform also supports embedding chatbots on websites for real-time assistance, offering a broad range of applications from customer service to personal tutoring.

Ottogrid AI Agent Browser is designed to enhance web research by utilizing AI to automate information retrieval from multiple sources. It empowers users to enter queries and quickly gather relevant data from different web pages, helping them save time and improve accuracy in their research efforts. With its intuitive interface and powerful algorithms, Ottogrid simplifies the process of navigating the vast information landscape online.

Grabbly is an innovative web extraction tool that enables you to efficiently gather structured data from various websites with just one click. By leveraging advanced AI technologies, Grabbly automatically identifies crucial data points, making it a must-have for researchers, marketers, and anyone in need of reliable data extraction. Its user-friendly interface allows individuals to seamlessly extract information without the need for coding skills. From e-commerce product details to research data, Grabbly streamlines the extraction process.