Gyro-Net
Real-Time Structural Tilt Monitoring and Damage Detection System
Revolutionary gyroscope-based monitoring system that provides real-time structural analysis through digital twin technology, enabling instant damage assessment and long-term building health monitoring.
The Challenge We Face
After major earthquakes, communication systems are disrupted, making it extremely difficult to determine which buildings are damaged and to what extent. Organizations like AFAD rely on slow helicopter inspections, while invisible micro-damages from frequent small earthquakes accumulate undetected over time.
Outdated Inspection Methods
Helicopter-based visual inspections are slow, expensive, and cannot detect invisible structural damage.
Hidden Micro-Damages
Small, frequent earthquakes cause invisible deformations that accumulate over time, increasing risk.
Communication Breakdown
Disrupted communication systems prevent rapid damage assessment and emergency response coordination.
Our Innovative Solution
Gyro-Net provides real-time structural monitoring by placing gyroscope sensors on building columns and beams, tracking X and Y tilt coordinates, and visualizing changes through Unity-based digital twin technology.
Gyroscope Sensor Network
Strategic placement of gyro sensors on structural elements continuously tracks X and Y tilt coordinates in real-time.
SQL Database & Analytics
Tilt data is stored in SQL databases and processed into visualized statistical reports, providing actionable insights rather than raw data.
Unity Digital Twin
Real-time 3D building models in Unity reflect every structural change, allowing instant visualization of earthquake impact and damage assessment.
Historical Analysis
Long-term tilt data (1-2 years) provides structural engineers invaluable insights for assessing reinforcement and repair needs.
Technology Stack
Built with specialized hardware and software for precise structural monitoring and visualization
Meet Our Team
Dedicated students and mentor working together to revolutionize structural monitoring technology
Experienced educator and mentor guiding the team through innovative structural monitoring research and development.
Passionate student focused on sensor integration and data analysis for real-time structural monitoring systems.
Dedicated student researcher specializing in Unity visualization and digital twin technology development.
Student engineer focused on hardware implementation and database architecture for structural monitoring systems.
Get In Touch
Interested in learning more about Gyro-Net? We'd love to hear from you.