Background
Community Health Workers (CHWs) delivering differentiated HIV services across Malaysia's NGO network relied on fragmented paper tools and standalone spreadsheets. This created excessive administrative burden, redundant data entry across multiple parallel forms, and contributed to workforce burnout — placing continuity of service delivery at risk, particularly during periods of funding or staffing pressure.
Objectives
This project set out to design and deploy an integrated digital health system that would: (1) reduce the volume of written reports and duplicate documentation required of CHWs; (2) eliminate redundant data collection across overlapping paper forms; (3) shift data capture to mobile-first, web-based tools; (4) deliver automated, real-time analytics accessible to program managers; and (5) preserve each implementing NGO's full ownership and sovereignty over its own data.
Methods
Digitalisation was rolled out in three phases between 2022 and 2025. In the consolidation phase, manual SQL entry (via a legacy tool, "SyrEx") and handwritten logs — including timesheets, daily recording sheets, contact lists, weekly and claim reports, CBT forms, and referral slips — were replaced with a single unified Excel-based tool ("DACL"). In the automation phase (2023), "DACIRe" was launched on Google Workspace, introducing automated claims processing and real-time dashboards. In the national integration phase (2024), the system was migrated to MyVAS — a national legacy platform originally built for COVID-19 reporting — with automated validation rules to standardise reporting across all partner NGOs. The system was co-designed with CHWs aged 21–65 throughout, to maximise adoption and fit with real field workflows.
Results
Adoption was high: mobile accessibility and co-design with frontline CHWs improved data completeness and drove rapid uptake. The automation phase cut reporting time by approximately 50%. In July 2022, funding cuts forced a 52% reduction in field staff (from 31 to 15 CHWs) — a workforce shock that, under the previous paper-based system, would have been expected to reduce service output. Instead, the digital workflow allowed remaining staff to redirect time from documentation to direct outreach, and service performance continued to climb over the following three years: quarterly HIV screenings increased by more than 200% (from 471 to 1,557 per quarter), and quarterly reactive case identification nearly quadrupled (from 17 to 68).
Conclusion
Integrated digital health systems can function as a resilience mechanism, minimising reporting burden while enabling real-time program management through periods of workforce fluctuation — not merely as an efficiency add-on. Building on these results, the team is now deploying HIVnext, a non-SaaS digital ecosystem, across all partner NGOs to unify this workflow under one platform. This model offers a cost-effective, adaptable blueprint for digital health transformation in other resource-constrained HIV programs facing similar reporting-burden and workforce-continuity challenges.