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A newer version of the Gradio SDK is available: 6.31.0
title: Purem Benchmark Demo
emoji: π₯
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short_description: 'Purem: Unlock Supercomputer-Grade AI Locally on Your MacBook'
π Purem: Unlock Supercomputer-Grade AI Locally on Your MacBook
Next Monday, 28 Apr 2025, we are launching the public permanently free unlimited version of Purem β no payment, no catch β a revolutionary CPU-accelerated AI kernel that matches the performance of leading in-house infrastructures like OpenAI, Tesla, and Meta.
A major leap for macOS users β explore Purem here: https://worktif.com/
After strict recalculation accounting for GPU-to-CPU architecture and memory parallelism, our CPU implementation of Softmax (~6500 ops/sec) outperforms the GPU-optimized FlashAttention recalculated for standard CPUs (estimated 800β5000 ops/sec).
π Benchmark Highlights:
- Purem achieves ~6500 ops/sec for large-scale softmax operations on Apple M2 CPU core.
Comparable production-grade benchmarks:
- OpenAI's FlashAttention: Achieves 800β5000 ops/sec on CPU.
- Metaβs Xformers (PyTorch 2.0): Achieves 1300β1500 ops/sec on CPU.
π Key Advantages:
- Local Execution: Runs entirely on your MacBook without the need for specialized hardware or cloud services.
- Cost-Efficient: Delivers performance comparable to billion-dollar infrastructures at a fraction of the cost.
- Open and Transparent: Built with transparency in mind, allowing for easy inspection and integration.
π Official Comparing References:
OpenAI FlashAttention: Fast and Memory-Efficient Exact Attention with IO-Awareness β Tri Dao et al., 2022
https://lnkd.in/dJw9wAuxFlexAttention: The Flexibility of PyTorch with the Performance of FlashAttention β PyTorch Blog, 2024
https://lnkd.in/dYVGiq_h
π Why Purem Locally?
Purem enables full-cycle development β from local testing and validation to production deployment.
While this demo version runs on Apple M1βM4 CPUs for easy accessibility, production-grade environments (x86 servers with full AVX-512 and specialized optimizations) achieve even higher absolute speeds β but the local performance remains industrial-grade and sufficient for real work.
Purem accelerates:
- Local testing
- Validation of LLM models
- Deployment workflows
- System verifications
significantly saving development time without the need for costly infrastructure during the initial stages.
This approach ensures that developers can design, test, and validate models locally with confidence, knowing the exact behavior and efficiency match what will later run in production-grade infrastructures.
Purem covers the complete scope: development, validation, and production deployment β all while maintaining strong, consistent performance across environments.
π’ Hashtags
#Innovation #Technology #DigitalTransformation #ArtificialIntelligence #Startups#AI #MachineLearning #DeepLearning #EdgeComputing #OpenSource#Apple #AppleSilicon #M2Chip #Softmax #FlashAttention #Xformers
Purem β Ultra-Fast AI & Scientific Computing Demo
Welcome to the official HuggingFace Space for Purem β the next generation computational engine delivering up to 429Γ faster AI and scientific calculations.
π Purem transforms Python logic into native-optimized, linear-time execution, reducing cloud costs by over 98% while delivering stable, deterministic performance without hardware overprovisioning.
This Space offers a free, non-commercial demonstration of Purem's benchmark capabilities for research and evaluation purposes.
π Key Highlights
- Ultra-Fast Compute: Purem outperforms industry-standard tools like NumPy, PyTorch, and JAX.
- Seamless Python Integration: No rewrites, no complexity β plug Purem into existing workflows.
- Cost Efficiency: Reduces cloud execution costs dramatically, proven with real benchmark data.
- Enterprise-Grade Optimization: Built for AI/ML research, financial modeling, biotech, and more.
π₯ Demo Capabilities
This Space demonstrates Puremβs core benchmark performance on realistic workloads, such as:
- Softmax Computations (up to 360Γ faster than NumPy)
- Large-Scale Array Processing
- Latency and Throughput Benchmarks
Note: This demo runs a restricted, notarized version of Puremβs execution engine, suitable for local testing and non-commercial research.
π‘ License & Usage
- License: CC BY-NC-SA 4.0
- Summary:
- β Free to use for personal, academic, and research purposes.
- β Commercial use, redistribution, or integration into commercial systems without prior authorization is strictly prohibited.
- π Derivative works must be shared under the same license.
The core technology behind Purem remains proprietary and licensed separately under commercial terms.
This Space is intended solely for demonstration and non-commercial research.
βοΈ How It Works
Upon clicking "Run", you can launch benchmark tests showcasing Puremβs superior performance compared to traditional frameworks.
All calculations are performed locally within the HuggingFace environment using a secured and notarized execution path.
π Why Purem?
| Feature | Purem | NumPy | PyTorch |
|---|---|---|---|
| Average Softmax Time (10M elements) | 0.31 ms | 112.4 ms | 133 ms |
| Estimated Cloud Cost (per 1M executions) | $0.84 | $233,000 | $276,000 |
| Memory Stability | β Yes | β No | β No |
| Warm-up Required | β No | β Yes | β Yes |
Purem enables significant enterprise-level cost savings β up to $2M+ per month for large-scale AI/ML infrastructures.
π Legal Notice
Purem's demo binaries are fully licensed, notarized, and protected.
Reverse engineering, unauthorized use, or any form of tampering with the execution layer is prohibited under applicable law.
All rights reserved Β© 2025 Work TIF Ltd.
π¬ Contact Us
For inquiries, commercial licensing, or partnership opportunities:
- Email: support@worktif.com
- Phone: +48 (881) 592-968
- Address: Szwedzka 4, 03-419 Warszawa, Poland
Experience the future of AI & Scientific Computing with Purem.
Test it today. Accelerate tomorrow.