RUVA: Personalized Transparent On-Device Graph Reasoning
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arXiv
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| Format: | Preprint |
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2026
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| author | Conte, Gabriele Mattiace, Alessio Carmosino, Gianni Aghilar, Potito Servedio, Giovanni Musicco, Francesco Anelli, Vito Walter Di Noia, Tommaso Donini, Francesco Maria |
| author_facet | Conte, Gabriele Mattiace, Alessio Carmosino, Gianni Aghilar, Potito Servedio, Giovanni Musicco, Francesco Anelli, Vito Walter Di Noia, Tommaso Donini, Francesco Maria |
| contents | The Personal AI landscape is currently dominated by "Black Box" Retrieval-Augmented Generation. While standard vector databases offer statistical matching, they suffer from a fundamental lack of accountability: when an AI hallucinates or retrieves sensitive data, the user cannot inspect the cause nor correct the error. Worse, "deleting" a concept from a vector space is mathematically imprecise, leaving behind probabilistic "ghosts" that violate true privacy. We propose Ruva, the first "Glass Box" architecture designed for Human-in-the-Loop Memory Curation. Ruva grounds Personal AI in a Personal Knowledge Graph, enabling users to inspect what the AI knows and to perform precise redaction of specific facts. By shifting the paradigm from Vector Matching to Graph Reasoning, Ruva ensures the "Right to be Forgotten." Users are the editors of their own lives; Ruva hands them the pen. The project and the demo video are available at http://sisinf00.poliba.it/ruva/. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2602_15553 |
| institution | arXiv |
| publishDate | 2026 |
| record_format | arxiv |
| spellingShingle | RUVA: Personalized Transparent On-Device Graph Reasoning Conte, Gabriele Mattiace, Alessio Carmosino, Gianni Aghilar, Potito Servedio, Giovanni Musicco, Francesco Anelli, Vito Walter Di Noia, Tommaso Donini, Francesco Maria Artificial Intelligence Computation and Language The Personal AI landscape is currently dominated by "Black Box" Retrieval-Augmented Generation. While standard vector databases offer statistical matching, they suffer from a fundamental lack of accountability: when an AI hallucinates or retrieves sensitive data, the user cannot inspect the cause nor correct the error. Worse, "deleting" a concept from a vector space is mathematically imprecise, leaving behind probabilistic "ghosts" that violate true privacy. We propose Ruva, the first "Glass Box" architecture designed for Human-in-the-Loop Memory Curation. Ruva grounds Personal AI in a Personal Knowledge Graph, enabling users to inspect what the AI knows and to perform precise redaction of specific facts. By shifting the paradigm from Vector Matching to Graph Reasoning, Ruva ensures the "Right to be Forgotten." Users are the editors of their own lives; Ruva hands them the pen. The project and the demo video are available at http://sisinf00.poliba.it/ruva/. |
| title | RUVA: Personalized Transparent On-Device Graph Reasoning |
| topic | Artificial Intelligence Computation and Language |
| url | https://arxiv.org/abs/2602.15553 |