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ABOUT LINKINWISE

About Linkinwise

Robot customization, intelligent systems R&D, software platforms, digital twins and engineering services for real industry and education scenarios.

01

WHO WE ARE

AI and robotics technology services

Linkinwise Technology brings together AI, robotics, intelligent control, software platforms and digital twins for industry and education. Starting with real problems, we connect algorithms, software, hardware, control and field operations through R&D, system integration, delivery and training. Our engineering principles are operability, verification and continuous improvement.

The Linkinwise team

Identity

AI and robotics technology services

Technology foundation

  • Robotics
  • AI
  • Control
  • IoT
  • Digital twins

Engineering principlesENGINEERING PRINCIPLES

01

Real

Start with real environments, devices and tasks.

02

Integrated

Connect sensing, communication, control, software and platforms beyond an algorithm demo.

03

Verifiable

Make results testable, demonstrable and ready for acceptance.

04

Sustainable

Build systems that can be maintained, upgraded and improved.

02

MILESTONES

Company history

From teaching and research to a technology service company

  1. Robotics and 3D printing equipment comes into service

    The studio brought in several OriginMan robots and Bambu Lab 3D printers, improving its setup for robot development and rapid prototyping.

  2. Team moves into its R&D office

    The founding team moved into Room 301 of the Smart Building at Huanghe Science and Technology College, strengthening the office and R&D setup for robotics, AI and engineering practice.

  3. Long-term OriginMan partnership established with Guyueju

    The team signed a cooperation agreement with Guyueju to build a long-term partnership around OriginMan robot practice.

  4. Henan Linkinwise Digital Technology Co., Ltd. officially established

    Henan Linkinwise Digital Technology Co., Ltd. was officially established, taking the team into a phase of company operations.

  5. Digital showcase platform for export products goes live

    The company's independently designed export product site went live, creating an online showcase channel for overseas customers.

  6. Intelligent water and fertilizer integration system tested and delivered

    Working with a partner agricultural company, the company completed R&D, testing and delivery of water and fertilizer integration equipment, advancing smart agriculture in practice.

  7. Agricultural drone supervision platform tested and launched

    The company completed and launched the hardware and software for an agricultural drone supervision system, giving pesticide spraying operations digital oversight.

  8. Water and fertilizer integration system 2.0 tested and delivered

    The company continued to refine the water and fertilizer integration system, completing testing and delivery of version 2.0.

  9. Digital twin platform for archive assets completed

    The company completed a digital twin management platform for archive assets at the east campus of Huanghe Science and Technology College.

  10. Digital sandbox 2.0 - smart agriculture air-ground automation upgrade

    Indoor drones and a line-following robot developed in-house were applied to a smart agriculture sandbox, completing an air-ground collaboration scenario.

03

PURPOSE & PRINCIPLES

Purpose & principles

Connect talent development and enterprise R&D into one loop

MISSION

Turn real industry problems into growth opportunities for young talent, and young talent into R&D capability for SMEs

VISION

Make AI and robotics R&D capability affordable for every SME

Core valuesCORE VALUES

01

Real projects, real growth

Keep students out of simulated exercises: real projects, real equipment and real enterprise needs whenever possible.

02

Building matters more than talking

Papers, decks and proposals should land as prototypes, software, systems and products.

03

Youth is not a limit on capability

AI tools, mentoring and engineering methods let undergraduates join work once reserved for graduate students or engineers.

04

R&D capability without an in-house team

Turn R&D from a fixed headcount cost into capability called up per project.

05

Let results reach the market

A course, a competition or a demo is not the finish line. The goal is a product, a service, a job or a startup.

04

ORGANIZATION

Organization

Six steps: turning students into R&D capability that can deliver industry projects

TechnicalSolves “can it be built”

  1. 01Coursework

    Students
    Fundamentals and AI tools
    Companies
    Talent pipeline

    System roleDiscover talent at scale

  2. 02Student club

    Students
    Interest, teams and competitions
    Companies
    An observable talent pool

    System roleLow-cost screening

  3. 03Studio

    Students
    Engineering training and real projects
    Companies
    Shared R&D capability

    System roleTechnical validation

CommercialSolves “can it be delivered”

  1. 04Campus incubator company

    Students
    Commercial projects and delivery experience
    Companies
    A formal contracting partner

    System roleProduct engineering

  2. 05Enterprise projects

    Students
    Industry experience and real needs
    Companies
    Low-cost R&D and iteration

    System roleMarket validation

  3. 06Product / employment / startup

    Students
    Career development
    Companies
    Talent, products and teams

    System roleIndustry translation

Each step both filters and adds value: moving forward, students get closer to real delivery; moving along, companies carry less R&D risk and cost.

The studio solves technical problems; the company solves commercial delivery.

Internal functions are still organised around this chain: Engineering R&D / Industry applications / Education & training / Product platforms / Business operations

Departmental structure and reporting lines follow the company's actual organisation.

05

CREDENTIALS

Qualifications

Corporate qualifications supported by public, verifiable records.

Competition results5

Robotics & AI Innovation Practice

Provincial 2nd & 3rd prizes

Robotics & AI Innovation Practice

Team won provincial 2nd and 3rd prizes at the 17th China Robotics & AI Competition.

3D Printing Farm Innovation

School 2nd & provincial 3rd

3D Printing Farm Innovation

Entered the China International University Innovation Competition, winning school 2nd and Henan provincial 3rd prizes.

Manichakra & Smart Mower Robot

City team 2nd & 3rd

Manichakra & Smart Mower Robot

Entered the 9th Zhengzhou Vocational Skills Competition and won city team 2nd and 3rd prizes.

Intelligent UAV System Practice

Advanced to the next stage

Intelligent UAV System Practice

Advanced to the next stage of the 2nd National Youth Intelligent UAV System Application Competition.

Light of Life Innovation Project

Challenge Cup · Henan 3rd prize

Light of Life Innovation Project

Aimed at life-guarding in extreme environments, the project fuses voice, text and physiological signals with edge AI and cloud-edge collaboration; it won a provincial 3rd prize at the Challenge Cup business plan competition.

Research projects1

Manichakra · Light of Life

Funded project

Manichakra · Light of Life

AI-driven innovation project funded by the College Innovation & Entrepreneurship Program, in ongoing development and validation.

Teaching achievements4

Zhejiang University AI Training

University teaching practice

Zhejiang University AI Training

Founder joined Zhejiang University AI training, delivering courses and teaching practice on AI technology and applications.

Robotics Foundation Curriculum

Curriculum development

Robotics Foundation Curriculum

Developed robotics foundation courses and workshops linking robotics engineering with hands-on practice.

Humanoid Robot Special Training

Cloud platform & Unitree G1

Humanoid Robot Special Training

Delivered specialized training on cloud platforms and the Unitree G1 humanoid for university robotics programs.

ROS Summer School · Inspire X2

Hangzhou · Practice

ROS Summer School · Inspire X2

Participated in the ROS summer school, working on ROS, the Inspire X2 humanoid and secondary development.

Technical certifications1

Humanoid Data Collection Trainer

Data collection training

Humanoid Data Collection Trainer

Completed humanoid data collection training covering the full data pipeline and practice.

Patents and software copyrights are not yet registered and will be listed once certificates are granted.