YOGO ROBOT Official Website

TECHNOLOGY PHILOSOPHY

TECHNOLOGY

YOGO's technical philosophy is analogous to human intelligence reactions, designing and realizing the transformation from a single central decision-making brain to a more dimensional wisdom center. Just like human intelligence, it is composed of brains, neurons and various synapses, forming a cross-racial, heterogeneous intelligence system with stronger adaptability.

TECHNOLOGY

100%

Fully Self-Developed Technology

Remains Committed To Independent Research And Development Across The Entire Spectrum,YOGO From Structural Design And Firmware To Software.

6

Ultrasound
1

Lidar
9

Infrared Sensors
2

Cameras

YOGO ROBOT Possesses L4-Level Indoor Autonomous Driving Capabilities. Its Advanced Sensor Fusion Algorithms Enable Efficient Collaboration And Quick Decision-Making In Response To Various Situations.

Multi-level
decision-making
ensures safe passage.

In response to various situations, sensors of different levels cooperate with same-level CPUs to make decisions directly.

Quick recognition and agile passage.

360-degree obstacle detection, millisecond response time, swiftly identifying objects, and navigating flexibly.

Intelligent Judgment for
Smart Navigation

Utilizing Vslam image processing technology, it can recognize human bodies and faces while possessing deep learning capabilities.

Multi-leveldecision-makingensures safe passage.
Quick recognition and agile passage.
Intelligent Judgment for Smart Navigation

The robot, in collaboration with YOGO AIoT, enhances efficiency through cooperative cooperation.

By Connecting With Native Equipment Through AIoT, The Robot And YOGO Work Synergistically To Improve Decision-Making Accuracy And Enhance Service Quality.

Zinc alloy body
structure

Ultra-Thin Body Structure, Achieving Lightweight Exterior Dimensions.
Energy guiding
rail

Space Station Docking Technology, Providing Stable And Safe Power Supply To Modules, Making Expansion Simpler.

We Has Specially Developed Wheel Chassis System That Adapts To Various Surfaces Within Buildings. Whether The Floor Is Dry Or Wet,Robot Maintains Smooth Movement And Stability While Navigating.

Tiles
Wooden
Floors
Cemented
Surfaces

Cloud-based Centralized Power Management

When The System Detects Insufficient Power, Tasks Will Be Handed Over To Nearby Robots, Enabling Automatic Recharging And Intelligent Deployment.

02 / Complete Charging 3 Hours

Complete Charging 3 Hours

Automatically finds the charging station and completes the charging process.

01 / Cloud-based Centralized Power Management

TECHNOLOGY

Automatic docking
charging station

100%

Automatic Docking Success Rate

Self-Retractable Battery Protection Shield For Safety.

Effectively Prevents Electric Shock And Leakage, Ensuring Personal Safety.

Designed To Withstand Corrosive Liquids And Gases During Cleaning And Disinfection Processes.

Core Algorithm

Originated From The Aerospace And Military Industry, Everything From The Underlying Software To The Operating System Is Domestically Developed And Independently Controllable. 99% Of Robot Companies On The Market Use The American ROS Operating System And Open Source Algorithms while YOGO‘s Operating System is also self-developed.

Self-developed OS
System

YOGO Utilizes Multiple Micro-Cpus To Achieve Multi-Terminal Hybrid Computing Through Independently Developed Hardware Communication Operating Systems And Distributed Algorithms. The Computing Platform Can Continue To Operate Stably In High Temperature And Harsh Environments. Even If A Partial Module Fails, Each Component Has The Ability To Recover And Back Up Each Other. Using Microkernels, It Can Run On Multiple Different Types Of Micro-Cpus, Getting Rid Of The Dependence On A Single Expensive High-Precision Processor. While The Cost Of The Computing Platform Is Significantly Reduced, The Computing Performance And Stability Are Significantly Improved.

SpaceIntelligence

Distributed Operating System Clusters

Space Intelligence

Distributed Operating System Clusters

To Manage Multi-Tasking And Multi-Hardware Operations Within Buildings.
Date Driven Cognitive System

Intelligent AI Hub With A Cognitive System

Date Driven Cognitive System

Intelligent AI Hub With A Cognitive System

To Manage Multi-Tasking And Multi-Hardware Operations Within Buildings.

Autonomous
Driving

Distributed Operating System Clusters

Hybrid Multi-Level Positioning And Sensing Technology Based On Laser, Vision, Infrared, Ultrasound, Imu And Other Sensors Mainly Solves Positioning Accuracy, Robustness And Independent Verification Capabilities. At Present, It Is Possible To Achieve Precise Robot Positioning And One-Time Map Construction In An Area Of More Than 50 Floors And 500,000 Square Meters.