VLM-AutoYOLO

简体中文 | English

🖼️ image/video → 🔍 VLM / SAM3 detection → 🎯 SAM2/SAM3 mask → ✏️ refine → 📦 export → 🚀 YOLO → ✅ model

Images or videos in → YOLO model out, with VLM auto-labeling (LocateAnything-3B), SAM2.1 / SAM3 mask refinement, and human-in-the-loop correction. Multi-format export, one-click YOLO training (detect & segment), video keyframe extraction, and model validation — all GPU-accelerated on macOS MPS and Windows/Linux CUDA.

See Architecture & Workflow Documentation for detailed Mermaid diagrams.

Key Features

• 🤖 VLM auto-labeling: Open-vocabulary object detection with LocateAnything-3B
• 🎯 SAM2 / SAM3 segmentation: Bbox → pixel-precise mask with SAM 2.1 or SAM3 text-driven detection+segmentation in one pass, BBox/Mask toggle on canvas
• 🎥 Video annotation: Intelligent keyframe extraction (scene / motion / interval), SSIM dedup
• ✏️ Manual refinement: Canvas draw mode, NMS filtering, hide/show individual boxes
• 📦 Multi-format export/import: YOLO, YOLO-Seg, COCO JSON, Pascal VOC XML, CreateML JSON — export all saved detections or selected records as ZIP, import datasets via chunked upload (max 10GB, resume support)
• 🚀 Training queue: Sequential job processing with cancel support, one-click training (YOLOv8 / v11 / v26) with real-time SSE progress
• ✅ Model validation: Batch image / video testing, MJPEG live stream, SSE video inference
• 💾 Smart model management: Lazy loading, idle auto-unload, MPS/CUDA strategy pattern cleanup
• 🌐 i18n: English / 简体中文 / 日本語 · 🎨 Theme: Light / dark mode

Documentation

📚 User Guide (English) | 📚 用户指南 (中文)

Comprehensive guides: quick start, annotation best practices, training parameter tuning, model deployment.

Screenshots

Tech Stack

Quick Start

CLI (Recommended for macOS / Linux / Windows)

git clone https://github.com/Somnusochi/VLM-AutoYOLO.git
cd VLM-AutoYOLO
python3 cli.py all

The CLI handles everything: dependency checks, Python venv, pip install, pnpm install, database migrations, and launches both services. Open http://localhost:5173.

On Windows, the CLI recognizes the pnpm.cmd and npm.cmd shims installed by Node.js and invokes them through the command interpreter, so python cli.py all works from PowerShell or CMD.

Commands:

python3 cli.py all                       # Setup + download models + start
python3 cli.py all --no-models           # Skip model download
python3 cli.py all --models=vlm          # Only download VLM model
python3 cli.py all --models=vlm,sam2     # Download VLM + SAM2
python3 cli.py setup                     # Install deps + init DB
python3 cli.py start                     # Launch services
python3 cli.py stop                      # Stop services
python3 cli.py status                    # Check if running
python3 cli.py download --models=vlm     # Re-download specific model

Docker Deployment

Requirements: Linux or Windows (WSL2) with NVIDIA GPU + NVIDIA Container Toolkit. macOS is not supported — Docker on Mac has no GPU passthrough. Use Manual Setup instead.

Quick start with pre-built images:

curl -O https://raw.githubusercontent.com/Somnusochi/VLM-AutoYOLO/master/docker-compose.yml
docker compose up -d
open http://localhost        # Frontend
open http://localhost:8000/docs  # API docs

Build from source:

git clone https://github.com/Somnusochi/VLM-AutoYOLO.git
cd VLM-AutoYOLO
docker compose up -d --build

Services:

GPU Support — docker-compose.yml now has built-in GPU passthrough configured. No manual editing required.

Persistent Storage (Docker volumes):

• pgdata — Database · model-cache — VLM model · sam3-cache — Hugging Face cache for SAM2/SAM3 · uploads — User images/videos · training-data — YOLO training outputs

Backup / Restore:

docker compose exec db pg_dump -U postgres autolabeling > backup.sql
cat backup.sql | docker compose exec -T db psql -U postgres autolabeling

Manual Setup

Requirements:

Setup:

git clone https://github.com/Somnusochi/VLM-AutoYOLO.git
cd VLM-AutoYOLO

# Backend
cd backend
python3 -m venv .venv
source .venv/bin/activate  # Windows: .venv\Scripts\activate
pip install -r requirements.txt
cd ..

# Frontend
cd frontend
pnpm install
cd ..

# Database (PostgreSQL recommended, but SQLite is supported out of the box)
# If using PostgreSQL:
# psql -d postgres -c "CREATE DATABASE autolabeling;"
# cp backend/.env.example backend/.env
# If you prefer a zero-setup SQLite database, just skip the two steps above. The system will auto-generate autolabeling.db

# Migrations
cd backend
PYTHONPATH=. alembic upgrade head

Pre-download models (optional):

huggingface-cli download nvidia/LocateAnything-3B --local-dir backend/model
python -c "from sam2.build_sam import build_sam2_hf; build_sam2_hf('facebook/sam2.1-hiera-base-plus', device='cpu')"

Launch:

./start.sh   # macOS / Linux
start.bat    # Windows

Project Structure

Full directory tree: docs/STRUCTURE.md

Features

VLM Pre-annotation

Upload images or video keyframes with open-vocabulary descriptions (e.g. fire, smoke, red car). LocateAnything-3B automatically detects and draws bounding boxes.

• Open-vocabulary natural language descriptions
• Auto-resize by long-side cap (VRAM-based: 800–1333px)
• Batch upload folders or video keyframes, streaming results

SAM2 Segmentation

Enable SAM2 (Segment Anything Model 2) to refine VLM bounding boxes into pixel-precise masks.

• Check "Enable SAM2 Segmentation" before detection — runs automatically after VLM
• SAM 2.1 model (base+), lazy-loaded with idle auto-unload
• Score threshold slider for mask quality filtering
• Masks rendered as semi-transparent overlays on canvas
• BBox and Mask independently toggled on both main canvas and hover preview
• Result table shows polygon vertex count per box

SAM3 Detection + Segmentation

Switch to SAM3 mode for text-driven detection and segmentation in a single pass — no VLM required.

• Toggle between VLM+SAM2 and SAM3 via the model selector in the sidebar
• Enter open-vocabulary text prompts (e.g. cat, red car) — SAM3 detects and segments all matching instances
• Confidence threshold slider (0.0–1.0, default 0.5) controls detection sensitivity
• Mask threshold slider (0.0–1.0, default 0.5) controls mask tightness
• Enable/disable segmentation independently — bbox-only mode skips mask extraction for faster results
• SAM3 runs as a standalone HTTP service on port 8002 with its own venv (backend/sam3-venv/)
• Requires HF_TOKEN — set this env var before starting the backend. Two steps:
  1. Open huggingface.co/facebook/sam3 in browser, click "Agree and access repository"
  2. Create a Read token at huggingface.co/settings/tokens (no need for Fine-grained — a plain Read token inherits your account's permissions) Model cached in ~/.cache/huggingface/hub/ after first download
• Auto-starts on first use, idle auto-unload after 10 min
• Real-time loading status via SSE (starting → loading → loaded)
• Manual unload button to free GPU memory
• Backend auto-switches: using SAM3 unloads VLM/SAM2, and vice versa
• Detection records tagged with model_type (VLM / VLM+SAM2 / SAM3) for traceability

Video Annotation

Upload a video, extract keyframes, select and batch-annotate.

• Three extraction modes: scene change, motion detection (optical flow), fixed interval
• SSIM deduplication: auto-removes near-duplicate frames
• Timeline preview: horizontal scrollable strip, click for full-size view
• Multi-select: check frames, select/cancel all, load to annotation queue

Manual Annotation

Canvas-based annotation with View / Draw modes.

• Category quick-fill from history
• VLM pre-annotation baseline → delete mistakes → draw missing boxes
• All / Best / NMS filter modes, settings saved per detection
• Hide individual boxes while inspecting dense results
• Per-frame re-detection

History Management

• Thumbnail + category tag previews, tag-based multi-select filtering
• Click to view details, re-detect with updated labels, virtual scroll with infinite loading
• Single / batch / full-history export in 5 formats: YOLO, YOLO-Seg, COCO JSON, Pascal VOC XML, CreateML JSON
• Format selection via dropdown menu, one-click zip download

YOLO Training

• Series: YOLOv8 / v11 / v26 (n/s/m/l/x)
• Task types: Object Detection (Detect), Instance Segmentation (Segment)
• Segmentation training auto-uses SAM2 polygon labels; falls back to bbox when unavailable
• Tag filter + thumbnail preview for precise data selection
• Virtual scroll with "Load All" button for large datasets
• Dataset split presets (70/20/10, 80/20, 90/10, 60/20/20)
• Real-time SSE progress: Epoch / Loss / mAP50
• Rename training jobs for easier identification
• Auto ONNX export; download PT / ONNX / dataset zip

Model Validation

• Dual source: trained models or externally uploaded .pt files
• Conf / IoU sliders for real-time threshold tuning
• Batch image validation with bounding boxes and confidence scores
• Video validation (three modes):
  • MJPEG live stream with interactive play/pause
  • SSE prediction stream with per-frame JSON events
  • Sync batch prediction — all frames at once
• Temporary results; export predictions as YOLO .txt files

Model Management

• Lazy loading: VLM, SAM2, and SAM3 load on first use, unload after idle (default 10 min)
• Idle watchdog: all three models auto-unload after MODEL_IDLE_TIMEOUT_SECONDS of inactivity
• Unified SSE status: GET /api/v1/model/events streams VLM, SAM2, SAM3 status in one connection
• Manual unload: each model has its own unload button and API endpoint
• GPU memory: Strategy Pattern (gpu_memory.py) — CUDA expandable_segments / MPS synchronize+empty_cache+gc
• Transparent load errors: model load/inference failures are returned to the UI instead of being hidden behind generic detection errors

Troubleshooting: Stuck at Loading to GPU

If the VLM model stays at Loading to GPU, the model files were already found and the failure is likely happening while PyTorch moves LocateAnything-3B onto CUDA/MPS. The UI now surfaces the backend error directly, so check the toast message or backend logs for the real cause, such as CUDA OOM, missing NVIDIA runtime, driver mismatch, or a dependency import error.

Useful Docker checks:

docker compose logs backend --tail=200
docker compose exec backend python - <<'PY'
import torch
print("cuda:", torch.cuda.is_available())
print("device:", torch.cuda.get_device_name(0) if torch.cuda.is_available() else None)
print("mem:", torch.cuda.mem_get_info() if torch.cuda.is_available() else None)
PY
nvidia-smi

API Reference

Full API documentation with request/response examples: docs/API.md

Cross-Platform

Auto-detection: CUDA → MPS. Override via DEVICE env. CPU not supported.

Inference Benchmarks

Tested locally on an Apple MacBook Pro (M4 Pro, 24GB Unified Memory) using Apple MPS hardware acceleration.

Full detailed benchmarks across different hardware configurations: docs/BENCHMARKS.md

Highlights

• MPS / CUDA full-pipeline GPU acceleration — VLM, SAM2, and YOLO training all GPU-accelerated
• Strategy Pattern GPU memory — gpu_memory.py centralizes CUDA / MPS cleanup; expandable_segments:True
• SAM2 / SAM3 mask refinement — SAM2 refines VLM bboxes; SAM3 does text-driven detection+segmentation in one pass
• 5 export formats — YOLO, YOLO-Seg, COCO, Pascal VOC, CreateML; export selected records or the full detection history
• Detect & Segment training — polygon labels auto-used when SAM2 masks are available
• Cross-platform — macOS MPS, Windows / Linux CUDA, unified codebase
• Unified SSE model status — single EventSource for VLM, SAM2, SAM3 states; no polling

Development

# Frontend
cd frontend && pnpm install && pnpm run lint && pnpm run build

# Backend
cd backend && source .venv/bin/activate
PYTHONPATH=. alembic upgrade head
python -m compileall app alembic

Stargazers

License

Code: AGPL-3.0.

Third-party dependencies:

• LocateAnything-3B model — NVIDIA License (non-commercial use only)
• SAM3 model — Facebook Research License (gated repository, requires HuggingFace access token)
• Ultralytics YOLO — AGPL-3.0 (copyleft; training/deployment may trigger obligations)

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If this project helps you, please ⭐ star it on GitHub. I'm open to new opportunities — reach out: somnusochi@gmail.com