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NanoMesh: Local AI, Tuned to Your Hardware

NanoMesh: Local AI, Tuned to Your Hardware

NanoMesh is a Windows-first, local-first platform designed to make running AI models on personal computers simpler, smarter, and more accessible. It helps developers discover suitable models, understand hardware compatibility, and evaluate performance before committing their resources to a particular AI workload. Starting with GGUF models and llama.cpp, NanoMesh combines hardware-aware recommendations with runtime capability detection to help users determine which models are appropriate for their systems. Rather than relying solely on hardware specifications, the platform aims to distinguish verified runtime capabilities from estimates, helping users make more informed decisions about CPU and GPU execution. NanoMesh is being developed to support a practical local AI workflow: discover models, select suitable configurations, download with user approval, and benchmark performance. Its long-term goal is to compare important trade-offs, including inference speed, memory usage, stability, and task-specific model quality. AMD hardware is an important opportunity for this vision. By making runtime backends and hardware capabilities more transparent, NanoMesh aims to help developers explore local AI workloads on compatible AMD-powered systems and make better use of the computing resources they already own. The broader mission is to bring AI closer to users through efficient, hardware-aware, privacy-conscious local inference, reducing unnecessary dependence on cloud services while making experimentation more reproducible and accessible.

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Vyson FiscalRAG: cited answers over messy docs

Vyson FiscalRAG: cited answers over messy docs

Vyson FiscalRAG is a retrieval-augmented generation container built for AMD AI League Match 3. Pointed at a folder of mixed enterprise documents (PDF datasheets with superseded revisions, DOCX roadmaps with tables, multi-sheet XLSX part lists, CSV ticket databases, production logs, Python source, photographed labels and diagrams), it answers each question with the exact value and the exact set of source files, or refuses when the corpus does not contain the answer. Architecture: a resident model server starts with the container, loads Qwen2.5-7B-Instruct and Qwen2-VL-2B-Instruct on the AMD GPU (ROCm) and listens on a unix socket, so each per-question process is a thin client well inside the 30-second budget. The index pass walks the corpus defensively (empty directories, unreadable, encrypted and unknown files are logged and skipped, never fatal), parses every supported type, transcribes images with the vision model and persists chunks to disk. Retrieval is BM25 with identifier boosting (ticket ids, error codes, part numbers) plus a second hop that follows rare identifiers across files, which is what makes two-file answers possible. The LLM returns the value and only the passage numbers it strictly needed; citations come from those passages, never from the whole retrieval. Withdrawn or superseded documents are down-weighted and the prompt forbids answering from memory. Why it matters: the author is a Brazilian accountant and court-appointed expert who spends hours locating the right legal norm, service code and tax rate across hundreds of documents. The same engine powers FiscalRAG, a public Brazilian tax-law assistant over 1,059 legal and municipal records, and is the core of Vyson Fiscal Cloud, a compliance SaaS with eight agents: legislation watcher, tax sheet builder, calculators, tax planner, NFS-e issuer, obligations calendar and auditor for tax recovery. Everything is open source (MIT).

Vyson FiscalRAG
AMD Developer CloudAMD ROCmQwen3+2
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