I will build ai crowd counting system from drone footage


Level 1
About this gig
Turn aerial drone footage into a powerful crowd intelligence system!
I build real-time AI crowd analytics solutions that accurately count people and estimate density from drone and aerial video built for public safety and large-scale event monitoring.
What I offer:
- Real-time crowd counting from aerial footage
- Crowd density estimation (people per m²)
- Zone-based analytics with custom regions
- Bird's-eye view projection & calibration
- 3D crowd reconstruction
- Temporal density heatmaps
- Annotated video output + data logs
️ Tech Stack: Python, PyTorch, P2PNet, OpenCV, CUDA, NumPy, FFmpeg
Why choose me:
- Handles high-resolution aerial & drone video
- Density-based counting for dense crowds (not just boxes)
- Clean, documented, production-ready code
- GPU-optimized for real-time inference
Perfect for event safety, smart cities, disaster response, stadium analytics, and large-scale crowd monitoring.
Message me before ordering to discuss your project let's make crowds safer with AI!
Get to know Faisalkhan
Computer Vision AI Expert
Level 1
- FromPakistan
- Member sinceJul 2025
- Avg. response time1 hour
- Last delivery2 weeks
Languages
English, Urdu, Arabic
My Portfolio
Other Software Development Services I Offer
FAQ
What kind of footage works best for crowd counting?
Drone or high-angle aerial video gives the best results. Higher resolution and a steady overhead view significantly improve counting accuracy, especially in dense crowds
How accurate is the crowd counting?
I use density-based deep learning (P2PNet) which handles dense crowds far better than box detection. Accuracy depends on footage quality, altitude, and calibration — I optimize for your specific video.
Can you calculate crowd density in people per m²?
Yes. With the real-world area dimensions, I calibrate the scene and output density per square meter along with heatmaps showing crowded hotspots.
Do I need to provide my own drone footage?
Yes, your own aerial/drone footage gives the best real-world results. I can also demonstrate the system on standard datasets if you don't have footage yet

