Learn ONNX with Real Code Examples
Updated Nov 24, 2025
Monetization
Cross-platform AI model deployment services
Enterprise AI solutions with ONNX Runtime
Optimization consulting for inference performance
Edge AI deployment for mobile/IoT
Commercial support and training for ONNX ecosystem
Future Roadmap
Expanded operator support across frameworks
Enhanced optimization and quantization tools
Better edge device compatibility
Improved runtime performance for multi-GPU/TPU
Integration with emerging ML frameworks
When Not To Use
Training new models (ONNX is primarily for inference)
Projects not requiring cross-framework deployment
When custom operators cannot be converted easily
For extremely small-scale local models where overhead is unnecessary
When using framework-native runtime is sufficient
Final Summary
ONNX standardizes ML model representation for cross-framework deployment.
Enables optimized, hardware-accelerated inference across CPU, GPU, and edge devices.
Supports deep learning and classical ML operators with extensibility.
Facilitates production-ready deployment without framework lock-in.
Widely adopted in enterprise, edge AI, and cloud ML pipelines.
Faq
Is ONNX free?
Yes - open-source under MIT license.
Which frameworks support ONNX?
PyTorch, TensorFlow, Keras, scikit-learn, XGBoost, LightGBM, and more.
Can ONNX models run on mobile devices?
Yes - supported via ONNX Runtime Mobile or other accelerators.
Does ONNX support GPU acceleration?
Yes - ONNX Runtime supports GPU, CUDA, TensorRT, and other backends.
Is ONNX used for training?
Primarily for model interoperability and inference, not training.