yolo-detection-2026-openvino

name	yolo-detection-2026-openvino
description	OpenVINO — real-time object detection via Docker (NCS2, Intel GPU, CPU)
version	1.0.0
icon	assets/icon.png
entry	scripts/detect.py
deploy	deploy.sh
runtime	docker
requirements	{"docker":">=20.10","platforms":["linux","macos","windows"]}
parameters	[{"name":"auto_start","label":"Auto Start","type":"boolean","default":false,"description":"Start this skill automatically when Aegis launches","group":"Lifecycle"},{"name":"confidence","label":"Confidence Threshold","type":"number","min":0.1,"max":1,"default":0.5,"description":"Minimum detection confidence (0.1–1.0)","group":"Model"},{"name":"classes","label":"Detect Classes","type":"string","default":"person,car,dog,cat","description":"Comma-separated COCO class names (80 classes available)","group":"Model"},{"name":"fps","label":"Processing FPS","type":"select","options":[0.2,0.5,1,3,5,15],"default":5,"description":"Frames per second — OpenVINO on GPU/NCS2 handles 15+ FPS","group":"Performance"},{"name":"input_size","label":"Input Resolution","type":"select","options":[320,640],"default":640,"description":"640 is recommended for GPU/CPU accuracy, 320 for fastest inference","group":"Performance"},{"name":"device","label":"Inference Device","type":"select","options":["AUTO","CPU","GPU","MYRIAD"],"default":"AUTO","description":"AUTO lets OpenVINO pick the fastest available device","group":"Performance"},{"name":"precision","label":"Model Precision","type":"select","options":["FP16","INT8","FP32"],"default":"FP16","description":"FP16 is fastest on GPU/NCS2; INT8 is fastest on CPU; FP32 is most accurate","group":"Performance"}]
capabilities	{"live_detection":{"script":"scripts/detect.py","description":"Real-time object detection via OpenVINO runtime"}}
category	detection
mutex	detection

OpenVINO Object Detection

Real-time object detection using Intel OpenVINO runtime. Runs inside Docker for cross-platform support. Supports Intel NCS2 USB stick, Intel integrated GPU, Intel Arc discrete GPU, and any x86_64 CPU.

Requirements

• Docker Desktop 4.35+ (all platforms)
• Optional hardware: Intel NCS2 USB, Intel iGPU, Intel Arc GPU
• Falls back to CPU if no accelerator present

How It Works

┌─────────────────────────────────────────────────────┐
│ Host (Aegis-AI)                                     │
│   frame.jpg → /tmp/aegis_detection/                 │
│   stdin  ──→ ┌──────────────────────────────┐       │
│              │ Docker Container              │       │
│              │   detect.py                   │       │
│              │   ├─ loads OpenVINO IR model   │       │
│              │   ├─ reads frame from volume   │       │
│              │   └─ runs inference on device  │       │
│   stdout ←── │   → JSONL detections          │       │
│              └──────────────────────────────┘       │
│   USB ──→ /dev/bus/usb (NCS2)                       │
│   DRI ──→ /dev/dri (Intel GPU)                      │
└─────────────────────────────────────────────────────┘

1. Aegis writes camera frame JPEG to shared /tmp/aegis_detection/ volume
2. Sends frame event via stdin JSONL to Docker container
3. detect.py reads frame, runs inference via OpenVINO
4. Returns detections event via stdout JSONL
5. Same protocol as yolo-detection-2026 — Aegis sees no difference

Platform Setup

Linux

# Intel GPU and NCS2 auto-detected via /dev/dri and /dev/bus/usb
# Docker uses --device flags for direct device access
./deploy.sh

macOS (Docker Desktop 4.35+)

# Docker Desktop USB/IP handles NCS2 passthrough
# CPU fallback always available
./deploy.sh

Windows

# Docker Desktop 4.35+ with USB/IP support
# Or WSL2 backend with usbipd-win for NCS2
.\deploy.bat

Model

Ships without a pre-compiled model by default. On first run, detect.py will auto-download yolo26n.pt and export to OpenVINO IR format. To pre-export: