Web2Chat

What is Web2Chat

Web2Chat is an AI-powered tool that enables users to create customized chatbots for their websites. These chatbots are trained directly on the user-provided content, such as website URLs, text files, or PDFs, to respond to visitor inquiries in real-time. It offers various pricing plans to suit different needs, from startups to large enterprises, and includes extensive customization options and multi-language support.

Key Features of Web2Chat

- Website ChatBot Creation: Easily build a custom AI chatbot trained on your own content.

- Content Feeding: Feed your entire website or specific text files to train the chatbot.

- Real-Time Training: Start training instantly and watch your chatbot get smarter in real-time.

- Personalized ChatBot: Enjoy a custom chatbot tailored to answer queries related to your site's content.

- Multiple Training Sources: Train your chatbot using URLs, Zendesk articles, PDF files, markdown files, and more.

- Easy Embedding: Embed the chatbot on your website with a unique URL or provided embed code.

- Detailed Interaction Logs: Access a detailed list of all bot interactions, including user data like location and browser type.

- Extensive Customization: Customize training data sources, user experience, AI settings, and appearance.

- Message Storage: AI responses to common questions are stored for faster response times and message credit savings.

- Multiple Language Support: Supports numerous languages for non-English websites.

- Character Count Monitoring: Billing page provides information on total character count used for training.

- Message Credits System: AI-generated messages count towards monthly message credits; renewed each billing cycle.

- Multiple File Uploads: Upload various files such as PDFs and Word documents to train a single chatbot.

- Defined ChatBot Sets: Each chatbot corresponds to a specific set of training data and settings.

- Web2Chat Messenger: A proprietary, customizable chat interface that supports multi-user conversations and real-time interactions.