I will build rtsp camera analytics with ai object detection and tracking


Sobre este Serviço
Are you already receiving an RTSP camera feed but need AI to understand what is happening inside the video? I build real-time RTSP analytics pipelines for object detection, multi-object tracking, counting, and event analysis
I can connect your IP/CCTV streams to a custom computer vision pipeline that detects people, vehicles, products, equipment, or other objects relevant to your use case. The system can track targets, count entries or exits, measure movement, monitor zones, and generate events based on rules you define
I can build the flow from stream ingestion and frame processing to AI inference, tracking, analytics, and output. Depending on the project, the system can provide live overlays, event logs, snapshots, alerts, APIs dashboards, or recorded evidence
I work with Python OpenCV YOLO, ByteTrack/DeepSORT style tracking, FastAPI, Docker, CUDA, and ONNX
Use cases include people counting, vehicle detection, traffic monitoring, restricted-area monitoring, occupancy analytics, and custom industrial or security events
Before ordering, send a sample stream or video, camera setup, target objects, required analytics, and deployment hardware.
Conheça mais sobre Bin
Computer Vision Developer, and Real Time Video Analytics
- A partir deReino Unido
- Membro desdeago. de 2025
- Responde em aprox.:1 hora
Idiomas
Inglês, Alemão, Espanhol
Perguntas frequentes
Can you work with my existing RTSP stream?
Yes. I can design the analytics pipeline around your existing RTSP/IP camera feed. A short sample video or stream specification helps determine the correct processing and performance requirements.
Can the system track multiple objects at the same time?
Yes. Multi-object tracking can be added for people, vehicles, or other detected classes. Tracking can support counting, movement analysis, trajectories, and zone-based events.
Can you build custom detection for objects not supported by a standard model?
Yes. Where appropriate, I can integrate or train a custom detection model for your target objects. The required approach depends on your images, camera conditions, accuracy requirements, and available data.
