The role of digital systems in improving and strengthening routine Death Reporting in Civil Registration systems

BackgroundEnhancing both notification and registration practices is crucial for generating stronger evidence to guide population health policy and planning. Strengthening civil registration systems for death reporting is therefore a vital first step toward improving the evidence base for effective health interventions. MethodsThis case study for Zambia examines how integrating digital and mobile technologies into death reporting can improve timeliness, efficiency, and accuracy compared to traditional manual practices. The study focused on burial offices in high-mortality provinces and districts, where improvements could yield substantial gains in reporting completeness. An electronic version of Form 13, the official death notification form, was developed to capture facility and community-based deaths in real time, before mortuary admission. A dashboard was created to track data collection progress, provide real-time access, and support analysis for policy action. ResultsOver the course of six months, the electronic platform captured approximately 100,000 deaths, with daily data streaming. Children under one year accounted for the largest proportion of deaths reported (18,884; 16.34%), while deaths among those aged 5-9 (1,977; 1.7%) and 10-14 (1,758; 1.5%) were the least common. The electronic system reduced reporting delays by 80% (e-reporting: 3 days; manual system: 24 days; p < 0.001). Completing a form electronically took an average of 4.6 minutes (median: 4.0). ConclusionsDigitizing CRVS death reporting in Zambia significantly improved the timeliness, completeness, and quality of mortality data, enabling rapid analysis and policy response. The system also eased administrative burdens for bereaved families by reducing delays and unnecessary steps in the reporting process. These findings highlight the potential of digital platforms to strengthen death reporting, improve disease surveillance, and support data-driven interventions.