Diabetes　remains　a　significant　chronic　disease,　with　its　prevalence　projected　to　exceed　700　million　by　2045.　Monitoring　glucose　levels　through　conventional　methods　is　crucial　for　mitigating　the　associated　health　risks.　In　this　study,　NiTiO3　films　are　loaded　on　TiO2　nanorods　to　create　photoanodes,　which　are　applied　for　glucose　detection　using　near-infrared　(NIR)　light　illumination.　This　approach　achieved　a　detection　limit　of　0.01　mM　with　selectivity　reaching　up　to　95%.　Additionally,　the　long-term　stability　was　confirmed　for　at　least　16　weeks.　This　study　demonstrates　the　potential　of　using　NiTiO3-based　nanomaterials　as　an　NIR-driven　sensor　for　glucose　detection.