How to Integrate SentiSight SDK into Your App (Step‑by‑Step)

SentiSight SDK: Complete Guide to Getting Started

1. What SentiSight SDK is

  • Purpose: Computer-vision toolkit (image classification, object detection, instance segmentation, pose estimation, text recognition, background removal, similarity search).
  • Provider: SentiSight / Neurotechnology.

2. Quick prerequisites

  1. API account on SentiSight.ai (register to get API token).
  2. Images and labeled data for custom training (if training models).
  3. Development environment: Python/JavaScript/Java/C# toolchain as needed.
  4. HTTP client (curl, requests, axios) or SDK libraries where available.

3. Core workflows

  1. Create a project (via web UI or REST API).
  2. Upload images (file, URL, or Base64).
  3. Label images (manual or assisted — labeling by similarity).
  4. Train model (SentiSight handles training; monitor training statistics).
  5. Make predictions (use pre-trained models or your trained model).
  6. Download model for offline use (optional).

4. Using pre-trained models (fast path)

  • Endpoint pattern: https://platform.sentisight.ai/api/pm-predict/{model_name}/
  • Common model names: General-classification, Places-classification, NSFW-classification, Object-detection, Instance-segmentation, Text-recognition, Pose-estimation, Background-removal.
  • Authentication: set header X-Auth-token: YOURTOKEN.
  • Send image as binary with Content-Type: application/octet-stream (or use image URL/Base64 per API docs).
  • Example curl:

Code

TOKEN=“your_token” MODEL=“General-classification” curl -H “X-Auth-token: \(TOKEN" --data-binary @"image.jpg" \-H "Content-Type: application/octet-stream" \ -X POST "https://platform.sentisight.ai/api/pm-predict/\)MODEL”

5. Training a custom model

  • Create a labeled project (classification, detection, or segmentation).
  • Upload and assign sufficient examples per label (more samples → better accuracy).
  • Start training via UI or API; monitor metrics on “View training statistics”.
  • Export/download trained model for offline deployment if needed.

6. Making predictions with your trained model

7. Offline usage

  • From training statistics page, click “Download model” to get an offline package.
  • Host your own REST API server to serve predictions locally.

8. Useful resources

9. Practical tips

  • Use labeling-by-similarity to speed annotation.
  • Start with pre-trained models for prototyping.
  • Keep a validation set to evaluate real accuracy.
  • For production, prefer offline model hosting if latency or data privacy is critical.

If you want, I can generate sample code (Python, JavaScript, or curl) for your chosen task (predict, train, or download model).

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