Educational Robotics Solutions

Yahboom focuses on educational robots, robotics prototyping, and embodied AI development platforms. We continuously develop robotic products and platforms in diverse forms, integrating multimodal perception and AI interaction capabilities to provide comprehensive solutions that bring together hardware, software, and applications. Effectively lowers the learning, development, and application barriers in the fields of edge AI and embodied intelligence, fully covers core scenarios such as education and R&D verification, and helps popularize and apply robotics education.

Concept

Existing problems

Solutions

01. Based on the integration of intelligent hardware and science and technology innovation education systems, this robot solution combines hands-on programming, algorithm training, and intelligent interaction. Leveraging a mature computing platform and robot development architecture, covering all scenarios of science and technology innovation enlightenment for teenagers, professional training in colleges and universities, and practical teaching of artificial intelligence. It can be used for both hands-on practice and theoretical teaching, helping students master core skills in robot development, intelligent perception, and autonomous control, and quickly build a systematic AI science and technology innovation teaching solution.

02. Currently, educational robots still face many challenges. The hardware cost is relatively high, the supporting curriculum system is incomplete and difficult to adapt to daily teaching; the shortage of professional teachers easily leads to idle equipment. In addition, regional resource imbalance, lack of industry standards, and serious product homogenization still pose significant obstacles to the overall large-scale popularization and application.

03. Yahboom provides a diversified robot product matrix for different customers and users of all ages, covering robotic arms, multi-legged bionic robots, building block robots, as well as various types of mobile chassis robots such as 2-wheel drive, self-balancing, 4-wheel drive, Ackermann steering, track, omnidirectional movement and composite robots, suitable for diverse learning, training, and application scenarios.

Educational Robot Verification Platform

Basic sensors + Motion control validation platform

Deeply rooted in the teaching of fundamental robot technologies, this platform integrates a full range of sensing components and precise motion execution units. It provides a solution for basic development training, including data acquisition, posture control, and chassis drive. Progressing from hardware principles to logic control, it rapidly completes practical verification of various basic motion projects, perfectly adapting to science and technology innovation enlightenment and introductory hands-on teaching, solidly building the core foundation for intelligent robot R&D.

Validation platform for SLAM and visual autonomous driving algorithms

Equipped with a native ROS full-stack development ecosystem, it deeply integrates core technologies such as machine vision perception, spatial positioning, dynamic obstacle avoidance, and autonomous driving. It supports rapid porting, debugging, and real-world testing of various intelligent algorithms, efficiently completing practical project development such as autonomous driving and visual navigation, precisely matching the needs of university professional teaching, academic competitions, and mid-range intelligent project development.

Validation platform for embodied intelligence based on large language model

Leveraging flagship-level powerful edge computing power, it deeply integrates multimodal large-scale model core capabilities, connecting the entire technology chain of environmental perception, semantic interaction, autonomous decision-making, and limb execution. It can efficiently conduct in-depth development of embodied intelligence and scenario-based application verification, supporting cutting-edge intelligent technology teaching and research innovation, and fully cultivating high-end artificial intelligence and intelligent robot compound professionals.

Deep Integration of Cutting-Edge Robotics Technologies

Edge AI Computing PowerHigh-performance edge computing enables real-time AI reasoning and decision-making.

Deep Learning AlgorithmsPrecise robot motion control and trajectory planning algorithms.

Multimodal AI Large Language ModelsIntegrating multimodal AI capabilities of vision, speech and text.

Hand-Eye CollaborationIntegrating deep vision and kinematics for hand-eye coordination.

3D Environment ModelingHigh-precision 3D perception and environment understanding technology.

Realistic Intelligent InteractionMultimodal Large Language Models Deeply integrated interaction capabilities

SLAM Mapping and NavigationHigh-precision mapping navigation, and path planning system

Dual-robotic arm collaborationHeterogeneous computing architecture ensures real-time performance and efficiency

ROS developmentMature open-source robot development ecosystem Efficient development and debugging

OpenCV AI assistantFull-chain intelligent R&D assistance Accelerates efficient project implementation

Service Framework

Diverse Curriculum SystemCovering motion control and artificial intelligence, with tiered levels to adapt to diverse teaching needs.

High-Level Laboratory ConstructionHigh-level professional training laboratories to support teaching and research.

Core Technology Scientific Research and InnovationRelying on high-performance edge computing to achieve real-time inference of AI large language models.

Comprehensive Hardware and Software PlatformIntegrated hardware and software solutions covering the entire R&D and training process.

Faculty TrainingFull-cycle empowerment from "quickly start" to "continuous improvement."

Robotics Teaching SolutionsMultiple robot verification platforms encompassing all forms and modalities, integrating AI interaction.

Industry Cases

Cutting-Edge Technology Applications:Experiments designed to meet the latest industry technology trends and university teaching needs, aligning with the development of AI education.

Equipment CustomizationProviding universities with a complete ecosystem from professional equipment and system support to competition and practical application.

Case ResourcesA rich library of experimental cases and teaching resources, covering a full range of cases from basic programming to advanced algorithms.

Laboratory TrainingFull-process laboratory construction services from planning and design to implementation, including hardware configuration and environment.

Course developmentCollaborating with universities to develop professional teaching materials, ensuring that teaching content is synchronized with industry needs.