A robust public health infrastructure is fundamentally dependent on an uninterrupted, reliable supply chain capable of delivering life-saving commodities directly to the point of care. For decades, however, "last-mile" healthcare facilities across Ethiopia have grappled with deep-seated systemic vulnerabilities. These included chronic supply chain bottlenecks, critically low internet connectivity rates, highly fragmented data streams, limited analytical proficiency among personnel, and staggering product wastage rates. Combined, these deficiencies severely restricted the availability of essential medical products, particularly in primary health settings where vulnerable rural populations seek routine and emergency care.
To confront these persistent challenges head-on, a transformative initiative was launched in March 2025. Spearheaded by JSI’s Strengthening Service Delivery (SSD) project in close partnership with inSupply Health and the Federal Ministry of Health of Ethiopia, the Pharmacy Performance Monitoring Team (pPMT) initiative was rolled out across pilot facilities in the Sidama, Oromia, and Somali regions. Designed to bridge the persistent gap between national supply chain targets and local facility realities, the pPMT framework set out to fundamentally enhance supply chain data quality, institutionalize regular performance reviews, foster proactive problem identification, and secure timely interventions before stockouts could compromise patient health outcomes.
The Genesis and Chronology of the pPMT Initiative
The groundwork for the pPMT initiative was laid following extensive diagnostic assessments conducted by health sector stakeholders, which revealed that while national warehouses were frequently well-stocked, last-mile facilities suffered from an "information black hole." Local pharmacists and health workers lacked the structured tools, collaborative frameworks, and dedicated time required to analyze inventory data, track consumption trends, and forecast replenishment needs accurately.
By early 2025, planning culminated in a formalized operational strategy between JSI, inSupply Health, and the Ethiopian Ministry of Health. In March 2025, the pilot phase officially commenced across 11 carefully selected primary health facilities in the Sidama, Oromia, and Somali regions. The objective was to test a localized, multidisciplinary team-based approach to inventory management that could be scaled nationally if proven successful.
Within the first six months of implementation, the pilot sites demonstrated rapid improvements in data reporting rates and inventory tracking. By late 2025, expansion within select woredas—such as Lume—allowed project coordinators to measure the initiative’s scalability. The continuous refinement of the pPMT model throughout 2025 and into 2026 transformed it from a localized pilot into a validated blueprint for primary healthcare supply chain reform in East Africa.
Data-Driven Collaboration at the Facility Level
At the core of the pPMT initiative is a multidisciplinary team approach designed to break down traditional administrative silos within health facilities. Each pPMT is composed of five key personnel: the head of pharmacy, the pharmacy store manager, the maternal and child health (MCH) focal person, the health information technologist, and the facility’s health site supervisor. This diverse composition ensures that supply chain decisions are not made in isolation but are closely aligned with clinical demands and health informatics capabilities.
Rather than relying on ad-hoc inventory checks, these teams adhere to a rigorous, structured monthly data review cycle. During these structured sessions, members collectively evaluate key performance indicators (KPIs), including essential medicine availability, stock status levels, inventory accuracy rates, and product wastage metrics.
To diagnose root causes when discrepancies arise—such as an unexpected shortage of pediatric antibiotics or contraceptives—the teams utilize visual analytical tools, including fishbone diagrams. This methodology allows staff to systematically investigate whether a stock issue stems from transport delays, inaccurate consumption reporting, poor storage conditions, or uncoordinated local distribution. Once a specific gap is diagnosed, the pPMT deploys targeted corrective actions. These range from conducting intensive inventory accuracy checks using Lot Quality Assurance Sampling (LQAS) to executing routine, multi-site stock status reconciliations.
Empirical Evidence and Measurable Impact: The Biyo Health Center Case Study
The tangible impacts of the pPMT framework are vividly illustrated at the Biyo Health Center, located in the Oromia region. Prior to the implementation of the pPMT framework, Biyo faced severe operational hurdles, chief among them being a chronic lack of reliable stock status data. This information gap severely constrained the facility’s ability to maintain adequate stock levels, forcing patients to seek medical supplies elsewhere.
To address these vulnerabilities, the facility’s newly formed pPMT introduced a rigorous monthly inventory assessment protocol alongside an innovative horizontal coordination mechanism: the systematic exchange of health commodities between Biyo and neighboring health centers experiencing surplus inventories of specific products. Over the course of a single year, this agile peer-to-peer transfer mechanism—facilitated by accurate, real-time data sharing—enabled Biyo Health Center to execute a total of 27 inter-facility stock transfers. As a direct result, the facility has nearly eliminated essential health commodity understocking.
The human impact of these supply chain improvements is profound. Patients who previously faced structural barriers to care now experience swift, reliable service delivery. Chaltu Regaasa, a patient who regularly utilizes services at the Biyo Health Center, reflected on the transformation, stating, "In my first two visits, I was told to find my medicines elsewhere. Now, there is no queue, the service is swift, and I am given the medicines I was prescribed."
Broader Quantitative Findings Across Pilot Woredas
Quantitative assessments from the pilot sites further validate the operational efficacy of the pPMT model. In Lume woreda alone—which encompasses six pilot health facilities and 34 surrounding health posts—performance metrics recorded dramatic upward trajectories following the rollout of the initiative:
- Health post commodity stock and resupply order reporting rates surged from a baseline of 21 percent to 82 percent.
- Good storage practice scores, which measure adherence to pharmaceutical preservation standards, climbed from 84 percent to 95 percent.
- Inventory accuracy rates, which directly enabled facilities like Biyo to execute safe and effective commodity transfers, rose from 73 percent to 95 percent.
Furthermore, health sector analysts have noted a strong, inverse correlation between optimized supply chain performance and patient waiting times. As stockouts became increasingly rare, pharmacy departments experienced significantly reduced congestion, resulting in a consistent upward trend in aggregate patient satisfaction scores across all pilot locations.
Official Responses and Institutional Perspectives
Public health officials and project implementers have welcomed the empirical success of the pPMT initiative, viewing it as a critical validation of decentralized, data-driven management models. Representatives from the Ethiopian Ministry of Health have emphasized that sustainable healthcare strengthening cannot rely solely on top-down commodity distributions from central medical stores. Instead, sustainable resilience requires cultivating analytical capability and operational accountability at the very periphery of the health system.
Project coordinators from JSI and inSupply Health have similarly highlighted that the initiative’s success hinges on empowering existing local staff rather than introducing expensive, unsustainable parallel systems. By carving out dedicated working time for pharmacy personnel to engage in structured performance analysis, facilities have unlocked hidden operational efficiencies.
Implications for National Health Security and Future Scalability
The implications of the pPMT initiative extend far beyond the borders of the initial pilot regions. In many developing country contexts, substantial donor investments in procuring life-saving pharmaceuticals are undermined by "leaky" supply chains characterized by poor inventory visibility, expiration wastage, and bureaucratic inertia.
By demonstrating that primary health facility workers can achieve near-perfect inventory accuracy and dramatically boost reporting rates when equipped with the right analytical frameworks, the pPMT initiative offers a scalable blueprint for national health systems. The integration of multidisciplinary teams ensures that data is not merely collected for administrative compliance, but is actively leveraged to save lives, optimize resource allocation, and build community trust in public health delivery systems.
As the Ethiopian Ministry of Health and its international partners evaluate the broader rollout of the pPMT framework, the overarching lesson remains clear: strengthening the last mile is not merely a logistical challenge, but an institutional one. When frontline health workers are empowered as data analysts and proactive problem solvers, the entire public health architecture grows measurably stronger.
