LINKINWISE Technology
Advancing industry and engineering education with AI and robotics
AI × Robotics × Industry × Education
Robot customization, intelligent systems R&D, software platforms, digital twins and engineering services for real industry and education scenarios.
LINKINWISE / AT A GLANCE
Trust begins with real work.
- 4
- Core business areas
- 17
- Public projects & prototypes
03 / WHO WE ARE
About Linkinwise
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.
Turn real industry problems into growth opportunities for young talent, and young talent into R&D capability for SMEs
Make AI and robotics R&D capability affordable for every SME
04 / BUSINESS ARCHITECTURE
One foundation. Connected business and industry.
01Technology foundation
- Robotics
- AI
- Control
- IoT
- Digital twins
02Four business areas
03Industry scenarios
05 / CORE BUSINESS
Four core business areas
01
Robot Customization
Extend navigation, vision, control, and task capabilities on existing robot platforms, controllers, and sensors.
- ROS2 software development
- Mapping, localization, and planning
- Vision and peripheral integration
02
Intelligent Industry Systems
Connect equipment, sensing, communications, data, and workflows for production, inspection, agriculture, and field operations.
- Intelligent equipment integration
- IoT sensing chains
- Field workflow digitization
03
AI, Software & Digital Twins
Build algorithm applications, management software, data visualization, and 3D digital mapping for complex equipment and operations.
- AI applications and workflows
- Business and device software
- Data visualization platforms
04
Technical Education
Turn real engineering capabilities into courses, practical training, teacher development, and integrated project resources.
- Engineering curriculum design
- Lab and training platforms
- Teacher and student training
06 / INDUSTRY SOLUTIONS
Two priority industry scenarios
07 / ENGINEERING CAPABILITY
A complete chain, from sensing to platforms
- 01
Perception
Capture environmental, device, and target states as reliable inputs for system decisions.
- 02
Intelligence
Combine rules, algorithms, and models to understand tasks and form action strategies.
- 03
Communication
Create dependable data paths between devices, edge nodes, and business systems.
- 04
Control & Edge
Translate algorithm output into stable, real-time, and verifiable device actions.
- 05
Platform
Manage devices, tasks, data, and operations through one maintainable platform.
08 / FLAGSHIP PROJECTS
Real work. Visible capability.
Lingyin Reimbursement
A travel and expense workspace that unifies OCR receipt capture, itinerary coordination, approval tracking, and management oversight.
Agricultural Digital Twin Command Center
A continuous operations view bringing environment, video, alerts, and irrigation control into one agricultural command surface.
Growth Cloud
A pilot child-growth decision system that brings profile modeling, behavior signals, and stage planning into one interface.
09 / PEOPLE & EXPERTISE
Core team & key roles
Dr. Jia Yin
Senior lecturer in embodied intelligence | University teacher in AI and robotics | Systems integration
Eighteen years of study and work abroad, focused on embodied intelligence, service robotics and multimodal situational awareness. During his doctorate he took part in Singapore's National Robotics Programme and the Toyota HSR human support robot, working on hazard target recognition, RGB-D 3D localisation, acoustic event detection, safe distance estimation, path planning and real-robot validation — a complete chain from data collection and algorithm development to ROS integration and real-scene testing. Earlier he managed on-site delivery and multi-party coordination for a major rail transit project at Singapore's Land Transport Authority. He now focuses on embodied intelligence education, ROS2 curricula, AI literacy education, robotics competitions and university-enterprise joint laboratories.
12 / CONNECTED ECOSYSTEM
A network beyond the core team.
Core team + expert resources + universities + industry ecosystem
01
University collaboration
Curriculum development, teacher training, student labs, joint activities and research exchange.
02Expert advisors
Academic guidance, technical consultation, project review and industry expertise.
03Industry partners
Collaborate around the needs of robotics companies, industry clients and project partners.
04Technology ecosystem
ROS2, AI toolchains, digital twins, IoT, open source and robotics platforms.
LET'S WORK TOGETHER
Start with a real need. Build it together.
Systems & robotics
Robot customization, intelligent systems, AI software and digital twins.
Discuss a projectEducation
Curriculum development, teacher training, student labs and robotics education.
Discuss educationResearch & industry
Joint development, project applications, research collaboration and industry scenarios.
Start a collaborationCareers
Explore roles and opportunities to work with the team.
Join us