Customized AI Solutions Tailored to Your Business.
Customized AI Solutions Tailored to Your Business.
Technical Introduction
These technical cornerstones come from the large language models carefully built by the world's leading AI research institutions such as OpenAI, Meta, Google, etc. They are based on the most advanced deep learning technology, especially the powerful Transformer architecture, through the learning and analysis of massive text data, master the complex statistical rules and patterns of multiple languages.
We skillfully leverage the power of these large models, combined with our deep understanding of user needs, to create a series of feature-rich, unique application services. While we do not directly develop large language models per se, as an application layer innovator, we are committed to maximizing the potential of these cutting-edge technologies to provide users with more intelligent, convenient and personalized solutions.
The continuous technological innovation model supports multiple languages, breaking the language barrier and providing users around the world with a more convenient way to communicate.
Trained and optimized by deep learning techniques, the model is able to have a natural and fluid dialogue with the user, providing personalized answers and recommendations.
Wonder byte continues to invest research and development resources to promote the continuous innovation and development of large language model technology, and provide users with a more intelligent and convenient service experience.
The model based on the Transformer architecture can efficiently process massive text data and quickly generate coherent and accurate text content.
The model not only has basic dialogue and explanation functions, but also covers a variety of application scenarios such as chat rooms and small assistants to meet the needs of users in different scenarios.
Product Application
Large language models and their related technologies are widely used in both hardware and software systems. In hardware systems, they can enable robots to achieve more intelligent and personalized services; In software systems, they can provide intelligent support for tasks such as transactions and queries.
Hardware System Application
In the field of coffee and bartending, robotic arms combined with large language models can enable more personalized and intelligent service. Users just need to give a simple voice command or take a photo, and the robot can generate the corresponding coffee latte art pattern according to the command, and accurately print it on the coffee through the robot arm. Similarly, a bartending robot can understand a customer's taste needs through a large language model and automatically mix a cocktail that meets the customer's taste.
Hardware System Application
In the catering industry, robots can achieve intelligent ordering functions by integrating large language models. The robot can understand customers' voice commands, recognize information such as food names and taste preferences, and automatically place orders to the kitchen system. This not only improves meal efficiency, but also reduces human error and improves the customer experience. For example, through voice recognition technology, robots can accurately capture customers' ordering needs and turn them into structured data for the kitchen system to process.
Software System Application
The deep integration of large language model and software system can significantly improve the intelligence level of the system. Take WonderTrade system as an example, through the seamless integration of large language model technology, in the field of warehouse management, large language model also shows great potential.Through intelligent text and image recognition technology, large language models can accurately identify and classify products in warehouses, optimize inventory management processes, and improve logistics efficiency and accuracy.This deep integration not only expands the application scenarios of WonderTrade system, but also provides a reference example for the intelligent upgrade of other software systems.
