Geospatial Sensors and Unmanned Platforms
About Us
We’re a research-driven center working at the intersection of UAV technology and artificial intelligence. Our work includes UAV system design, AI-powered aerial analytics, and applied research aimed at solving real-world problems.
By combining engineering precision with scientific inquiry, we develop intelligent aerial systems for industries, infrastructure, and innovation.
Exploring Knowledge, Shaping the Future
We advance research that bridges science and technology, turning ideas into discoveries that impact society and industry.
Deyr-e Kaj
3D Reconstruction of a Rare Early Monastic Landmark
This digital model captures the architectural essence of Deyr-e Kaj, an early monastic structure of historical and cultural significance. Created with high spatial accuracy, it supports architectural analysis, preservation planning, and cultural heritage documentation.
Dehnamak Caravanserai
3D Reconstruction of a Historic Trade Route Landmark
Situated along Iran’s ancient trade routes, the Dehnamak Caravanserai has been digitally reconstructed in high detail. The model facilitates heritage conservation, academic research, and immersive virtual heritage experiences.
3D Mapping & Data Acquisition for Mining Operations Using UAV Technology
High-precision, rapid aerial surveys provide detailed terrain modeling and volumetric analysis, enhancing resource assessment and supporting optimized planning and operational efficiency.
Real-Time Traffic Violation Detection Using Drone Tech
Our advanced UAV-based system integrates YOLOv11 and ESRGAN for precise vehicle tracking, license plate recognition, and intelligent violation monitoring—supporting data-driven traffic management and enhanced road safety.
Our Research
Advanced mapping technologies play a vital role across various industries. In mining, they enable precise geological mapping for efficient resource extraction. Cultural heritage uses these tools for safer and faster infrastructure inspections. Aerial mapping and 3D modeling provide cost-effective urban planning solutions. Agriculture benefits from accurate seasonal crop monitoring, while the power and utilities sector improves spatial analysis and mapping. In rescue missions, these technologies offer critical support in challenging environments where time and data are crucial. Together, they highlight the versatility and impact of modern mapping methods.
- Research & Innovation in Geospatial Technologies
- AI & Machine Learning for Mapping & Analysis
- Satellite & Drone-based Data Collection
- Sustainable Development & Smart Cities
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