AMicro Full-Stack Robotics Platform Core

Chip-Level Full-Stack Technology Platform A Powerful Foundation for the AI Ecosystem

Robotics AI Algorithms
Inertial Navigation Algorithms | Monocular Vision Algorithms | Multi-Camera Vision Algorithms | Fusion Algorithms
Dedicated Robotics SoCs
High-Performance Computing | Low-Power Control | Multi-Platform Compatibility | Mass Production Support
Toolchain
Development and Debugging | Closed-Loop Data | Simulation Validation | Rapid Deployment
Perception Systems
Visual Perception | Inertial Navigation Fusion | LiDAR Ranging | Environment Recognition

Enabling Commercialization with Full-Stack Technology Platform

Customers focus on diverse applications and define their own products

Integrating hardware and software into a series of solutions for AI computing, environmental perception, planning and decision-making, and motion control

Core Architecture of the Full-Stack Robotics Technology Platform
Core Chips
  • AI Computing Chips： Designed for embodied intelligence, with scalable single-chip computing through cascading to address multi-camera vision and real-time SLAM bottlenecks in one solution
  • Main Control SoCs： Designed for key robotics functions, with proprietary high-performance, low-power processing units
  • Companion Chips： Power management, motor control and driver chips
Perception Systems
  • Data Collection： Multi-Modal sensor fusion enables precise collection, fusion and analysis of dynamic environmental data
  • Algorithm Coordination： Custom sensors and algorithms are coordinated at the parameter level to eliminate performance mismatches
Datasets and Simulation
  • Building industry-leading, high-quality robotics datasets and high-fidelity virtual simulation environments
  • Efficient validation tools for algorithm iteration and model optimization
Robotics Algorithms
  • Mapping： Map-building technology for environmental modeling and autonomous navigation
  • Localization： Precise localization, intelligent decision-making and efficient path planning
  • AI Technology： A range of AI technologies, including visual recognition and voice interaction

Turnkey Robotics Solutions

Built on the Amicro Core platform, solutions span six tiers and twelve product categories, covering applications from entry-level education to professional commercial use.

T1. Embodied Humanoids

T1. Embodied Humanoids — Educational Companion Humanoid Robot

K–12 AI Learning Companion

An offline Qwen large language model provides cross-subject Q&A and Socratic guidance. Emotion recognition adapts the teaching mode; dual-arm explanatory gestures work with a chest display. LoRA supports subject-specific tutoring personas, with fully offline data processing.

  • Offline on-device large language model for intelligent Q&A across subjects
  • Emotion recognition with adaptive teaching-mode switching
  • Dual-arm explanatory gestures with a chest-mounted multimedia display

T1. Embodied Humanoids — Hotel Room Service Humanoid Robot

Internal Hotel Item Delivery

LiDAR multi-floor mapping and elevator integration enable autonomous elevator use. Dual arms grasp and deliver small items, while voice interaction confirms requests. The complete workflow covers app ordering, automatic route planning and phone notifications.

  • LiDAR multi-floor mapping and elevator integration for autonomous elevator use
  • Dual-arm grasping and delivery for a range of small items
  • End-to-end workflow from app ordering to route planning and phone notifications

T2. Embodied Quadrupeds

T2. Embodied Quadrupeds — Industrial Inspection Robot Dog

Equipment inspection in complex chemical, power and steel industry environments

Quadruped movement traverses stairs, pipes and rubble. LiDAR mapping, thermal imaging and gas sensors provide multimodal monitoring. An open ROS 2 SDK supports customization, with Wi-Fi/4G links for remote takeover.

  • All-terrain quadruped mobility
  • Multimodal thermal imaging and gas monitoring
  • Open ROS 2 SDK for customization

T2. Embodied Quadrupeds — Security Patrol Robot Dog

Autonomous night patrols for campuses, warehouses and factories

LiDAR mapping and depth cameras detect and track moving objects. Intrusion events trigger audible and visual deterrence and live video notifications to the security center. Features include scheduled route switching, IP54 outdoor protection and automatic docking and recharging when the battery is low.

  • Autonomous night patrols with object detection and tracking
  • Automatic intrusion alerts and video notifications
  • Automatic docking and recharging when the battery is low

T3. Entry Level

T3. Entry Level — STEM Educational Programming Chassis

Programmable mobile platform for school programming education

Scratch/Blockly graphical programming and Python, visual LiDAR mapping instruction, open APIs, lesson plans and sample code.

  • Dual-mode graphical and Python programming
  • Visual LiDAR mapping instruction
  • Includes lesson plans and sample code

T3. Entry Level — Restaurant Food Delivery Mobile Chassis

Kitchen-to-dining-room food delivery for small and medium-sized restaurants

LiDAR restaurant mapping and multi-stop routes with preset table locations. Supports a payload of ≤5 kg, optional dual trays, collision sensors for human–robot safety and arrival voice prompts, with controllable costs and rapid deployment.

  • LiDAR mapping and multi-stop navigation
  • Payload ≤5 kg
  • Collision sensors for human–robot safety

T4. Standard

T4. Standard — Mobile UV Disinfection Lamp

Autonomous UV-C disinfection platform

LiDAR mapping and scheduled late-night patrols, stereo vision and line-laser obstacle avoidance, and triple safety interlocks with PIR human detection. Automatically docks and recharges, and uploads logs after completing a task.

  • LiDAR mapping and scheduled patrols
  • Stereo vision and line-laser obstacle avoidance
  • Triple safety interlocks with PIR human detection

T4. Standard — Mobile Security Camera

Autonomous patrol platform for security cameras

LiDAR mapping and scheduled multi-route patrols integrate with door/window contacts and infrared detectors for autonomous on-site response. Stereo obstacle avoidance and night infrared support live app video and manual takeover.

  • LiDAR mapping and scheduled multi-route patrols
  • Alarm integration with security detectors
  • Stereo obstacle avoidance and night-time infrared operation

T5. Professional

T5. Professional — Intelligent Robotic Lawn Mower

Next-generation boundary-wire-free lawn mower

Multi-line LiDAR and outdoor SLAM map lawn boundaries without buried boundary wires. Full-coverage path planning, RTK + IMU fusion positioning with ±3 cm accuracy, automatic return when rain is detected, operation on slopes up to 35°, and in-app coverage heatmaps.

  • Outdoor SLAM mapping without buried boundary wires
  • Full-coverage path planning and coverage heatmaps
  • RTK + IMU fusion localization: ±3 cm

T5. Professional — Large Commercial Vacuuming / Floor Scrubbing Robot

Autonomous cleaning of areas over 5,000 m², including shopping centers, airports and exhibition halls

Multi-line LiDAR supports large-area mapping and dynamic path planning. A heavy-duty cleaning system operates continuously for 4 hours, with multi-robot coordination, cloud scheduling, autonomous wastewater disposal and clean-water replenishment.

  • Mapping over 5,000 m2; 4 hours
  • Heavy-duty cleaning system for continuous operation
  • Multi-robot coordination, cloud scheduling and autonomous wastewater disposal

T6. Intelligent

T6. Intelligent — Early Childhood Education Robot

AI playmate and early-learning teacher for children aged 3–8

Natural conversations with an offline large language model, RGB picture-book recognition with automatic reading and interactive questions, and sound-source localization with person following for proactive interaction. A RAG knowledge base covers early learning across subjects; the parent app provides interaction records and language-development assessments.

  • Offline large language model conversations and picture-book recognition
  • Reading aloud, sound-source localization and person following
  • Proactive interaction with daily interaction records and assessments in the parent app

T6. Intelligent — Elderly Care Robot

Daily care for older adults at home or in care facilities.

Offline large language model voice companionship helps reduce loneliness. Stereo RGB-D skeletal tracking supports fall detection and gait analysis. Rule-based emergency keywords trigger direct alerts, with medication reminders, health records and Wi-Fi + 4G dual-link connectivity for 100% keep-alive.

  • Offline large language model voice companionship
  • Stereo skeletal tracking for fall detection and gait analysis
  • Rule-based emergency keyword detection with direct alerts

Market-driven, comprehensive solutions for every scenario

Platform Core · AMICRO CORE

Multi-Modal Solutions架构
  • 3D Mapping Obstacle Recognition
  • 3D Obstacle Recognition Object Recognition
  • Spatial Recognition Intelligent Interaction
Algorithms
  • Optical flow odometry
  • gyroscope SLAM
  • gyroscope drift estimation
  • obstacle avoidance learning algorithms and more
Sensors
  • Dual cameras
  • four cameras
  • 2D LiDAR
  • multi-line LiDAR
  • 3D ToF
Applications
  • Drones
  • Delivery Robots
  • Indoor Service Robots
  • Low-Speed Outdoor Robots