๐Ÿง  Introducing GGML-Win64-Mem-Framework

Community Article Published September 18, 2025

We are excited to release ggml-win64-mem-framework, a production-ready C++ framework for GGML memory optimization, security, and monitoring on Windows. This project was created to bridge the gap between research prototypes and enterprise-grade deployments, with a focus on high-performance inference and sustainable operations.


๐Ÿš€ Key Features

  • Memory Optimization

    • Arena Allocator (RAII + Large Page fallback)
    • VRAM Pool with async free & CUDA Graph acceleration
    • NUMA-aware allocation
    • HMM (cudaMallocManaged + Prefetch)
  • Security Enhancements

    • Zero-Copy IPC with AES-256-GCM encryption
    • TPM 2.0 PCR Extend logging
    • DLL SafeLoad + Code Signing automation
  • Operations & Monitoring

    • Hot Reload (zero-downtime model swap)

    • Rollback Agent (automatic failover & recovery)

    • Grafana plugin for real-time monitoring:

      • Latency, throughput, VRAM usage, GPU temperature, carbon footprint
  • ESG Reporting

    • JSON export for latency, energy usage, carbon emissions
    • Renewable energy percentage tracking
    • Compatible with GRI/SASB frameworks for sustainability disclosure

๐Ÿ“Š Benchmark Snapshot

Model Baseline Latency Optimized Latency Memory Saved Throughput Gain
LLaMA-7B 142 ms 95 ms -38% +49%
LLaMA-13B 218 ms 136 ms -41% +60%
Falcon-40B 612 ms 385 ms -33% +59%

With CUDA Graphs + VRAM Pooling, we achieved up to 2.1x throughput improvements on batch inference.


๐Ÿ”ง Installation (One-Click Setup)

# Run as Administrator
git clone https://github.com/sadpig70/ggml-win64-mem-framework.git
cd ggml-win64-mem-framework
.\install-all.ps1

The script will:

  • Install Chocolatey + vcpkg
  • Configure CUDA, CMake, Hyperscan, Dr.Memory
  • Enable Large Pages & Lock Pages privilege
  • Harden DLL search policies
  • Set up Code Signing certificates
  • Build & verify the framework

๐ŸŒ Why It Matters

Running large language models on Windows is often challenging due to fragmentation in memory management and lack of integrated security features. This framework provides a turn-key solution for:

  • Developers โ€“ plug-and-play building blocks (Arena, VRAM Pool, Zero-Copy IPC)
  • Researchers โ€“ reproducible benchmarking environment with ESG reporting
  • Enterprises โ€“ secure, sustainable, production-ready infrastructure

๐Ÿ“ฅ Get Started


๐Ÿ™Œ Acknowledgments

Developed by Jung Wook Yang (์ •์šฑ๋‹˜) with the SevCore team, combining advanced AI system orchestration, low-level C++ engineering, and sustainability principles.


โœ๏ธ This project aims to empower the Hugging Face community to run efficient, secure, and eco-friendly LLM inference on Windows.


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