I will create real time movement detection and tracking for cctv cameras
About this Gig
Do you need more than a simple motion sensor? Do you need to understand where objects or people move, which direction they travel, and what happens inside specific areas?
I build real time CCTV movement detection and tracking systems that follow relevant objects through video and convert their movement into useful information.
What I will do:
- Detect relevant movement in CCTV footage
- Track people or objects through the scene
- Maintain tracking across video frames
- Define monitored zones and regions
- Analyze direction and movement paths
- Detect entry, exit, or zone-based events
- Process recorded video or compatible live streams
- Generate visual and structured tracking results
- Tune the system to your camera angle
- Optimize processing performance where required
The system is developed around what you actually need to track and measure, rather than providing a generic tracking demo.
Send me your sample footage and explain what needs to be detected, followed, or measured.
FAQ
What is the difference between motion detection and movement tracking?
Motion detection identifies that movement has occurred. Tracking goes further by following a detected person or object across consecutive frames so its movement through the scene can be analyzed.
Can you track multiple objects simultaneously?
Yes. Multi object tracking can be incorporated when the camera footage and hardware support it. The appropriate tracking approach depends on scene density, object overlap, and project requirements.
Can you track movement between defined zones?
Yes. Zones can be used to detect entry, exit, transitions, direction, or other movement events relevant to your workflow.
Can you provide movement paths or tracking data?
Yes. Depending on the project, the system can produce visual tracking paths, event records, coordinates, or other structured results.
What determines tracking performance?
Camera angle, resolution, frame rate, lighting, occlusion, object density, scene complexity, and hardware all affect performance. I review these factors when designing the solution.
