Real-time computer vision system for object detection and tracking with edge deployment and cloud inference capabilities.
Case study
Real-time computer vision system for object detection and tracking with edge deployment and cloud inference capabilities.
Real-time computer vision system for object detection and tracking with edge deployment and cloud inference.
The client needed a Real-time computer vision system for object detection and tracking with edge deployment and cloud inference. but lacked the technical expertise or resources to build it effectively.
Real-time computer vision system for object detection and tracking with edge deployment and cloud inference.
Detection accuracy
Frames per second
Edge devices deployed
Week 1–2
Model selection, dataset preparation, and edge deployment strategy
Week 3–6
Model training, optimization, and edge deployment pipeline
Week 7–8
Cloud inference setup, monitoring, and performance tuning
“The edge deployment reduced latency by 80% while maintaining high accuracy.”
Technical implementation and architecture overview
Trained and optimized YOLO models for real-time object detection with custom dataset and transfer learning.
Deployed optimized models to edge devices with TensorFlow Lite, achieving real-time inference at 30+ FPS.
Built hybrid architecture with edge inference and cloud fallback for complex scenarios and batch processing.
Web3, AI, Systems, Web. End-to-end. One person. From idea to deployed.
Yes. Architecture, stack selection, code reviews. Hourly or contract. Get unstuck fast.
Fast. I focus on going live. Less bureaucracy, more shipping. Let's discuss timeline.
Yes. Frontend, backend, infrastructure, deployment. Complete systems. End-to-end.