Projects with this topic
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AI Development Platform. Create Datasets - Train - Monitor - Share
LogeIon
LogeIon is an open AI development and orchestration platform designed to build, fine-tune, evaluate and monitor domain-specific intelligent systems.
Originally developed for advanced Legal AI research, LogeIon is evolving into a modular platform for creating custom AI systems across any field — law, medicine, engineering, finance, science, education and beyond.
The platform combines:
AI fine-tuning pipelines Retrieval-Augmented Generation (RAG) Multi-model orchestration Dataset generation workflows Real-time monitoring dashboards Evaluation and benchmarking systems GPU and inference management Local-first and hybrid cloud AI infrastructure ⸻
Core Vision
LogeIon aims to provide developers, researchers and organizations with full control over the AI lifecycle:
collect knowledge generate datasets train models evaluate reasoning monitor performance deploy specialized AI systems without relying on opaque closed ecosystems.
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Technology Stack
FastAPI orchestration backend Qdrant vector database Ollama / vLLM / llama.cpp inference Transformers / LoRA / Unsloth fine-tuning LangGraph AI workflows Real-time monitoring & analytics Modular local-first architecture ⸻
Current Focus
Italian Legal AI Retrieval-enhanced reasoning Citation-aware generation Hallucination reduction Autonomous dataset pipelines AI evaluation frameworks Multi-stage training orchestration ⸻
Long-Term Direction
LogeIon is evolving beyond Legal AI into a general-purpose AI development platform capable of powering highly specialized reasoning systems for any domain.
The goal is to create a transparent, modular and extensible infrastructure for the next generation of open intelligent systems.
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Fine-tune SeaLLM-7B / Llama-3-Thai ด้วย QLoRA
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Check out the project preview: https://imdb-movie-classifier-76ac6b.gitlab.io/
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moostral is a fine-tuning on Mistral 7B with the goal of translating multi-objective optimization problems from a textual representation to a jMetal implementation automatically.
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