Applications for various segments and industries

Programming and Robotics Course

Aligned with the local "Programming Education" policy, this course utilizes a robotic dog's programming interface to teach students fundamental programming logic, sensor applications (such as visual recognition and obstacle avoidance), and control algorithms. It is designed as an advanced curriculum suitable for upper primary to secondary school students.

Engineering and Mechanical Principles

Analyzing the Motion Mechanism of a Robotic Dog (Including Joint Motors and Balance Control) and Introducing Bionic Design. Ideal for Middle/High School Physics or Design & Technology Courses.

Support for Special Educational Needs (SEN)

Addressing local shortages of SEN teachers and social workers by providing low-cost technological assistance solutions. The friendly interactivity of robotic dogs can aid students with autism in social skills training or serve as an emotional calming tool (scenarios must be designed in collaboration with professional educational psychologists).

Smart Patrol and Security Monitoring

The robotic dog can be equipped with environmental sensors (e.g., temperature, humidity, and PM2.5 detection), allowing students to participate in campus environmental monitoring projects through programming.

Smart Disinfection

Route Planning: The software automatically optimizes patrol routes based on real-time ward occupancy rates.

Real-time Alert Integration: Linked with the hospital nurse call system, it instantly sends detected anomalies directly to on-duty staff.

AI-powered software analyzes thermal imaging and vital signs to identify and tag critically injured individuals for immediate rescue.

Suitable for security operations, assessing landslide or flood risks caused by storms/rain, wildfire reconnaissance, bomb disposal, and other emergency scenarios.

Real-time transmission of high-definition video and environmental data to support rescue planning.

Thermal imaging scans to pinpoint fire sources and locate trapped individuals with precision.

Suitable for maintaining public safety by:

Inspecting suspicious items and handling hazardous materials to reduce direct human exposure risks

Monitoring crowd flow and detecting anomalous behavior during large-scale events to enhance security efficiency

Provides 24/7 intelligent patrols to reduce manpower requirements

Automatically monitors high-risk areas, instantly detecting intruders or security risks

Conducts nighttime facility inspections to eliminate blind spots in human surveillance

Rapid assessment of post-disaster building damage

Inspection in hazardous, inaccessible environments to provide critical assessment for follow-up operations