video-product-snapshot

Detect ecommerce products in video frames using Claude Vision, extract the best product snapshot, and optionally search for matching products via image-search API.

How it works

1. Extracts frames from the video at a configurable interval using ffmpeg
2. Sends each frame to a vision model to detect whether a product is visible and rate confidence
3. Picks the highest-confidence frame as the best snapshot
4. Optionally calls an image-search API with the snapshot to find matching products

Install

bun install
bun run build        # outputs dist/run.js

Usage

bun dist/run.js <command> [options]

Commands

Command	Description
detect <video>	Extract frames and detect product snapshots
search <image>	Search products by image via API
detect-and-search <video>	Full pipeline: detect best snapshot then search
session	Print current auth session token

Options (detect / detect-and-search)

Flag	Default	Description
--interval=<sec>	1	Seconds between sampled frames
--max-frames=<n>	60	Max frames to analyze
--output-dir=<dir>	next to video	Directory to save extracted frames
--min-confidence=<0-1>	0.7	Minimum confidence to include a frame
--dry-run	—	Parse args and print config without running

Examples

# Detect products, sample every 3 seconds
bun dist/run.js detect ./demo.mp4 --interval=3

# Full pipeline with higher confidence threshold
bun dist/run.js detect-and-search ./demo.mp4 --interval=5 --min-confidence=0.85

# Search using an existing snapshot image
bun dist/run.js search ./snapshot.jpg

Output

All commands return JSON to stdout.

{
  "bestSnapshot": {
    "frameIndex": 4,
    "timestampSeconds": 9,
    "imagePath": "/path/to/frame_0004.jpg",
    "confidence": 0.92,
    "description": "White sneaker with blue logo, left side view",
    "boundingHint": "centered"
  },
  "productFrames": [...],
  "searchBody": { ... }
}

• productFrames — all detected frames sorted by confidence (highest first)
• bestSnapshot — the top-ranked frame
• searchBody — image-search API response (only for search / detect-and-search)

Environment variables

Copy .env.example to .env and fill in the values.

Vision (required for detect)

Variable	Required	Description
VISION_API_KEY	Yes	API key for the vision model
VISION_API_BASE	No	OpenAI-compatible base URL (default: OpenAI)
VISION_MODEL	No	Model name (default: gpt-4o-mini)

Image search (required for search / detect-and-search)

Variable	Required	Description
ONEBOUND_UPLOAD_ENDPOINT	Yes	Endpoint to upload a local image and get a public URL
ONEBOUND_SEARCH_ENDPOINT	Yes	Reverse image search endpoint
ONEBOUND_KEYWORD_SEARCH_ENDPOINT	No	Keyword search endpoint for re-ranking results

These proxy through a local woo-data-scrawler instance — no Onebound API key needed directly.

Other

Variable	Required	Description
AUTH_RT_BIN	No	Override path to the auth-rt binary
TELEMETRY_ENDPOINT	No	POST skill execution results to a Loki-compatible endpoint

Prerequisites

• Bun runtime
• ffmpeg and ffprobe in PATH
• auth-rt CLI in PATH (required for search / detect-and-search)