iFlytek Robot Hyperbrain Platform: Aibot 134

iFlytek Robot Super Brain Platform is built on the foundation of iFlytek's Super Brain 2030 technology. It is designed for the physical world, the digital world, and the metaverse, offering a robot development platform centered around the AI capability cloud, multimodal interaction, intelligent motion, model training, asset generation, and hardware/software integration. It helps developers quickly build physical robots and virtual digital humans that understand knowledge, learn well, and evolve, bringing robots into every industry and household.

The iFlytek Robot Super Brain Platform offers a rich set of robot AI capabilities, including perception, interaction, and motion abilities, along with supporting application platforms.

Features of the iFlytek Robot Super Brain Platform:

Multiple avatars: Provides 2D realistic, 3D cartoon, 3D photorealistic and other types of avatars as well as exclusive voice libraries across various fields. It also supports customized client avatars.

Multilingual: Supports multilingual and multi-dialect broadcasting. Combined with precise AI control of lip movements, expressions, and gestures, virtual humans can be applied in a wider range of scenarios.

Multi-end interface: Provides web API, SDK and other access methods to meet application scenarios such as mini-programs, apps, and H5, enabling more flexible and convenient integration.

Flexible deployment: Different deployment solutions, including public cloud and private cloud, are available to meet the needs of different customers.

Rich solutions: Provides vertical and comprehensive solutions for multiple scenarios, introducing AI virtual humans into various industries to solve key problems.

Ecosystem alliance: Powerful ecosystem resources that connect the virtual human ecosystem chain, jointly building the future AI world.

Multiple avatars and voice timbres are customizable, meeting the needs of various scenarios

Supports personalized outfit changes, with various styles to mix and match freely

Supports DIY face sculpting, enabling multi-dimensional model face customization

A photo can be used to generate a beautiful 3D virtual avatar that closely resembles a real person

Product Applications of the iFlytek Robot Super Brain Platform:

1. Physical robots: The platform offers a variety of physical robot products and solutions

2. Quadruped robots: An intelligent bionic quadruped robot dog built on the iFlytek Robot Super Brain module. While retaining classic motion algorithms, AI algorithms trained through the iFlytek simulation training platform endow the robot dog with multi-scenario complex motion capabilities, making its movements more intelligent.

3. Intelligent driving car: Integrates sensors such as LiDAR, wide-angle camera, and high-precision inertial navigation modules, while reserving rich sensor interfaces. Developers can easily acquire LiDAR point clouds, attitude, and image data for SLAM and path planning applications and algorithm practice.

4. Chess-playing robot: The iFlytek Xuanji Chess-playing Robot is an intelligent robot designed for Go (Weiqi) teaching, training, and entertainment. It integrates multiple technologies in perceptual intelligence, cognitive intelligence, and motion intelligence, possesses rich knowledge of Go rules and etiquette, and has a playing level that surpasses top human Go players.

5. Calligraphy robotic arm: A compliant control product for robotic arms. By learning the force and trajectory of human brush calligraphy and replicating the complete trajectory effect, it is applied in calligraphy display and teaching.

6. Testing robotic arm: Can simulate repeated opening and closing actions of products, repetitive pressing, friction operations, drop tests, and more.

7. Desktop robotic arm: A desktop consumer-grade 4-DOF robotic arm practice platform that helps learn motion planning and other knowledge. It also features visual servo capabilities, enabling target classification, position capture, and grasping.

8. Training solutions: Provides a comprehensive experimental resource system for artificial intelligence and services throughout the practical teaching lifecycle, building an AI and robotics training base that integrates perception, motion, and cognition.

9. Virtual humans: The platform offers a variety of virtual human products and solutions, including video broadcasters, live interactive hosts, and virtual human office assistants.

Advantages of the iFlytek Robot Super Brain Platform:

Bringing together robot hardware and software, model ecosystem, and leading AI technologies

1. Leading core AI technologies: Long-term research accumulation in the field of artificial intelligence, rich and complete AI capabilities, and extensive experience in implementing solutions across multiple industries and scenarios give iFlytek a core advantage in applying robot AI capabilities.

2. Intelligent motion control: Achieves motion on complex terrain through motion intelligence such as high-low real-time hybrid architecture, DDS communication components, indoor and outdoor navigation algorithms, motion control algorithms, and gait control algorithms.

3. Multi-dimensional human-machine interaction: Based on multi-modal data collected from various sensors, it achieves intelligent environmental perception, supports pluggable processing algorithms, and provides personalized, emotionally consistent human-machine interaction capabilities.

4. Efficient knowledge understanding: Possesses social common sense and knowledge understanding capabilities. The platform provides tools to support robots in rapidly building industry knowledge and customizing perception and cognition models and algorithms tailored to specific scenarios.

5. Integrated access method: Based on a hybrid architecture with high real-time motion control and an integrated software-hardware robot control system, it offers a rich variety of integrated software-hardware solutions that are ready to use out of the box.

6. Powerful ecosystem resources: Relying on the Open Platform and the Lingyang Industrial Internet, it connects upstream and downstream resources of the robot industry chain, including data, content, hardware (sensors, actuators, joint modules), and integrated solutions.