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I will build custom computer vision object detection and video analytics systems
Building AI agents, RAG, SaaS and computer vision systems
Hello! I'm Sabhi, AI/ML and Software Engineering specialist with a Master's degree in Artificial Intelligence and +7 years if industry experience. I specialize in:
1) AI Agents & Multi-Agent Systems
2...
About this Gig
I build custom Computer Vision, Object Detection, and Video Analytics systems that turn images and video into practical visual intelligence.
From focused proofs-of-concept to advanced video analytics workflows, I develop solutions for detecting, recognizing, tracking, and analyzing visual data
My Computer Vision services include:
- YOLO-based Object Detection and custom model integration
- OpenCV image/video processing and visual recognition
- Image Classification, Image Segmentation, and OCR
- Object Tracking, counting, and Video Analytics
- Real-time vision and defined live camera-stream processing
- Custom Computer Vision pipelines, API integration, deployment, and optimization within the agreed scope
I tailor each project to your data, workflow, and applicationfrom a focused CV capability to a complete custom Computer Vision solution or advanced Video Analytics system.
The goal is not just a model, but a practical AI Vision system designed to extract useful insights from visual data.
Please contact me before ordering with your requirements, sample images and desired outcome. I'll review your project and recommend the right Computer Vision approach.
My Portfolio
Other Data Science & ML Services I Offer
FAQ
What Computer Vision services do you offer?
I build custom Computer Vision systems for image and video understanding, including Object Detection, image processing, visual recognition, tracking, classification, segmentation, OCR, and Video Analytics. Each implementation is tailored to your use case, data, and workflow.
Can you build custom Object Detection systems with YOLO?
Yes. I develop YOLO-based Object Detection solutions for defined detection tasks, including custom model integration or fine-tuning where appropriate. The dataset, object classes, model requirements, and project scope determine the best approach.
Can you use OpenCV for image and video processing?
Yes. I use OpenCV for image/video processing, preprocessing, visual recognition, frame analysis, and Computer Vision pipeline development where it fits the requirements.
Can you build Video Analytics and Object Tracking systems?
Absolutely. I can develop Video Analytics workflows involving Object Tracking, object counting, detection, and analysis of defined visual events. Tracking methods and processing requirements depend on the video source and project scope.
Do you provide Image Classification, Segmentation, and OCR?
Yes. This can include Image Classification, Image Segmentation, and OCR for suitable use cases, helping classify visual content, identify regions of interest, or extract text from images and video.
Can you process live camera feeds or real-time video?
Yes, where appropriate. I can integrate Computer Vision with a defined camera or video stream for real-time detection, tracking, or analytics. Stream count, target environment/hardware, processing requirements, and implementation scope are agreed for the project.
Can you work with my existing Computer Vision model or dataset?
Yes. I can integrate suitable custom models or work with your existing dataset/model when technically compatible. Dataset quality, model requirements, object classes, and desired functionality determine the implementation approach.
Can you build a complete Computer Vision pipeline?
Yes. I can connect image/video input, preprocessing, model inference, detection or recognition, tracking, analytics, and output handling into a defined Computer Vision pipeline designed around your workflow.
Can you integrate the Computer Vision system with an API or existing workflow?
Yes. I can integrate the defined Computer Vision capability into an existing workflow, interface, or system through an appropriate API or integration method. Requirements, environment, interfaces, and implementation scope are established before development.
