Built on Synetic AI's synthetic rendering pipeline

The object detection model
trained on no real images

LYNX outperforms YOLOv8 on real-world data using 100% synthetic training. No AGPL. No licensing fees. Deployable from cloud to edge.

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lynx-inference — orchard_row_14.jpg
apple 0.94apple 0.97apple 0.91apple 0.88apple 0.93apple 0.96LYNX v0.1.0 · apple-detectionconf=0.10 · 6 detections · 12msmAP@50: 0.697
Detections6
Latency12ms
Confidence0.94 avg
Train data100% synthetic
Real images seenZero
+24%higher mAP@50 than YOLOv8 trained on real data
0real images used during training
$0licensing fees for commercial deployment

Faster. More accurate.
No licensing headaches.

Tested on 182 real-world orchard photos. Same dataset as the Blaga et al. 2025 whitepaper. LYNX was never shown a single real image during training.

ModelTrain datamAP@50mAP@50:95License
LYNXlynx-apple-v1
100% synthetic0.6970.344Free / commercial
YOLOv12
Real world0.6280.322AGPL · $75K/yr
YOLOv11
Real world0.6340.344AGPL · $75K/yr
YOLOv8
Real world0.5610.243AGPL · $75K/yr

Conf 0.1 · 182 real-world validation images · never seen during training · 3,280 synthetic training images

Read the whitepaper → Blaga et al. 2025

Three lines
to deploy.

LYNX uses the same API surface as YOLO — drop-in replacement, no rewrites. Works with images, video streams, and RTSP feeds.

1

Install

Python 3.8+ required. Works in any virtualenv, Docker container, or conda environment.

2

Load a model

Pre-trained weights download automatically. Choose COCO-80, agriculture, or a custom class set.

3

Run inference

Pass a file path, URL, numpy array, or OpenCV frame. Returns bounding boxes, confidence, and class labels.

Python
CLI
Docker
# Install pip install lynx # Run inference from lynx import LYNX model = LYNX("lynx-coco.pt") results = model("image.jpg") # Results with bounding boxes results.show() results.save("output/") print(results.pandas())
Models

Pre-trained models.
Ready to deploy.

LYNX-Agriculture
Apple, pear, crop disease, irrigation anomaly. Validated on orchard environments.
mAP@50TBD
ClassesCrop-specific
StatusTraining
LYNX-Industrial
Surface defect detection, weld inspection, assembly QA. Trained for manufacturing environments.
mAP@50TBD
ClassesDefect types
StatusTraining
Custom
Your objects. Your environment. Monthly weight updates as you send feedback data.
Pricing$1K/class/yr
BillingAnnual
UpdatesMonthly
Why LYNX

Built differently
from the ground up.

01

Better data

Trained on physics-accurate procedural renders from Unreal Engine with pixel-perfect annotations. No mislabeled images. No collection bias. No tail-risk edge cases. Pure signal at <$0.0001 per image.

02

No licensing risk

YOLO is AGPL-3.0. The moment you ship a product using it, you owe Ultralytics $75K/year. LYNX is commercially clean — use it in SaaS, embedded devices, or enterprise products today.

03

Deployable anywhere

Export to ONNX, TensorRT, or CoreML in one command. Native Jetson Orin support. ROS2 node included. Runs at 12ms on edge GPU, GPU-optional with ONNX runtime.

Need a class
we don't have?

LYNX is trained on Synetic's synthetic data pipeline. Tell us what you need to detect — we generate the training data, train the model, and deliver monthly weight updates.

Synetic has 150+ peer-reviewed 3D assets and renders at scale on B200 infrastructure. Custom detection isn't a services engagement — it's a subscription.

$0forever

COCO 80-class model. Always free. No account required.

  • 80 COCO object classes
  • Commercial use permitted
  • ONNX / TensorRT export
  • Community support
$1,000/ class / year

Custom classes trained on synthetic data generated specifically for your use case.

  • Any detectable object class
  • Monthly model weight updates
  • Physics-accurate training data
  • Dedicated Slack channel
  • Annual billing

Request a custom model
Deploy

Runs where
you need it.

One export command. Every target.

NVIDIA
Jetson Orin
ROS2
Node
ONNX
Runtime
TensorRT
CoreML
Apple Silicon
Docker
AWS / GCP
/ Azure