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Qryptum is an innovative machine learning framework powered by the Mojo programming language, designed for high-performance AI computation. We are also integrating blockchain technology to enable decentralized access to computing resources. ๐Ÿš€

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Qryptum

โš  NO TOKEN HAS LAUNCHED YET! Please be cautious of any unofficial token claims.

โš  NO TOKEN HAS LAUNCHED YET! Please be cautious of any unofficial token claims.

โš  NO TOKEN HAS LAUNCHED YET! Please be cautious of any unofficial token claims.

About The Project

Qryptum is a next-generation machine learning framework designed for efficiency and high-performance computation. Built on the cutting-edge Mojo programming language, Qryptum aims to redefine AI development by leveraging static graph compilation and low-level optimizations, achieving speeds comparable to or surpassing well-established frameworks.

Mojo, developed by Modular, is engineered to provide the ease of Python while delivering performance similar to Rust or C++. Qryptum capitalizes on this by integrating custom Tensor and TensorShape implementations, optimizing execution performance, and streamlining AI model training and inference.

While Qryptum is still in its early development phase, continuous improvements and upgrades are being made to push the boundaries of AI computation. Stay tuned for upcoming benchmarks and feature enhancements!

Quick Start

To run Qryptum benchmarks, execute the following:

mojo -I . examples/housing.mojo
mojo -I . examples/sin_estimate.mojo
mojo -I . examples/mnist.mojo

For comparison, a PyTorch-based implementation can be run using:

pip install -r python-requirements.txt
python examples/housing.py
python examples/sin_estimate.py
python examples/mnist.py

Roadmap

v0.1.0 โœ…

  • Optimized matrix multiplication and convolution kernels
  • Custom Tensor and TensorShape implementation
  • Enhanced benchmarking and model execution performance
  • Profiling tools and additional performance testing

v0.2.0 (Work In Progress)

  • Additional operators: Slice, (Un)Squeeze, Concat, Clip, Gather, Split, FMA, etc.
  • Expanded layer support and activation functions
  • Graph submodules & graph concatenation
  • Computer vision benchmarks

Long-Term Goals

  • Advanced parallelization techniques
  • GPU acceleration support
  • Improved data loaders for training efficiency
  • Automatic tuning and performance optimizations
  • ONNX and MAX compatibility

Blockchain & Token Integration

Qryptum is integrating blockchain technology to power AI computation. A dedicated Qryptum Token (QRYPT) will be introduced to facilitate seamless and decentralized access to machine learning resources. This token will be used directly for:

  • Payment of compute power
  • Accessing LLM (Large Language Model) resources
  • Incentivizing contributions to the Qryptum ecosystem

โš  NO TOKEN HAS LAUNCHED YET! Please be cautious of any unofficial token claims.

Contributing

Qryptum is a community-driven project, and contributions are highly encouraged! Whether it's bug fixes, performance enhancements, or new feature proposals, your input helps improve the ecosystem.

How to Contribute

  1. Fork the project
  2. Create a feature branch
  3. Commit your changes
  4. Push to the branch
  5. Open a Pull Request

Before submitting a PR, ensure that all unit tests pass using:

mojo run -I . test/test_ops.mojo

If introducing a significant feature, please include new test cases to validate its functionality.

License

Distributed under the Apache 2.0 License with LLVM Exceptions. See LICENSE and the LLVM License for more information

About

Qryptum is an innovative machine learning framework powered by the Mojo programming language, designed for high-performance AI computation. We are also integrating blockchain technology to enable decentralized access to computing resources. ๐Ÿš€

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