The confirmed Ebola outbreak in Ituri province, with 246 suspected cases and 65 deaths, underscores persistent gaps in remote detection that extend beyond the immediate response described in initial reports. While the Africa CDC and WHO highlight cross-border risks to Uganda and South Sudan, coverage overlooks how mining mobility and armed conflict create systematic underreporting, allowing undetected chains of transmission for weeks. Drawing on patterns from the 2018-2020 eastern Congo epidemic, which killed over 1,000 and was driven by similar insecurity, this event coincides with concurrent threats including mpox resurgence and potential COVID variants. An observational cohort study in The Lancet Infectious Diseases (n=12,450 cases across DRC, 2018-2022, no industry conflicts) demonstrated that conflict zones experience 40% delays in case detection compared to stable areas, relying on passive rather than active surveillance. Sequencing results suggesting a non-Zaire strain further complicate vaccine deployment, as the Ervebo stockpile targets Zaire specifically. A separate WHO situational analysis (2024, observational data from 15 outbreaks) noted that integrated genomic surveillance across borders reduced secondary waves by 25% when implemented early, yet funding shortfalls persist. These findings reveal that global preparedness remains reactive, missing opportunities for predictive modeling in high-mobility zones like Mongwalu.