Transforming Ethiopia’s "Last Mile" Health Supply Chains: The Pharmacy Performance Monitoring Team (pPMT) Initiative

Main Facts

A robust health system relies fundamentally on its capacity to deliver life-saving medical commodities to the exact point of care when patients need them most. For years, however, primary healthcare facilities situated at the "last mile" in Ethiopia faced a compounding web of systemic hurdles. These challenges included persistent supply chain bottlenecks, critically low internet connectivity rates, highly fragmented data collection, limited technical proficiency in data utilization, and unacceptably high rates of product wastage. Collectively, these factors severely restricted the availability of essential medicines across primary health settings, directly impacting the well-being of vulnerable populations.

To confront these systemic vulnerabilities head-on, a collaborative intervention was launched. In March 2025, JSI’s Strengthening Service Delivery (SSD) project—operating in tandem with inSupply Health and in close partnership with the Ethiopian Ministry of Health—rolled out the Pharmacy Performance Monitoring Team (pPMT) initiative. Initially deployed across the Sidama, Oromia, and Somali regions, the pPMT framework was engineered to dramatically enhance supply chain data quality and overall performance through structured, consistent reviews, proactive identification of operational problems, and timely, localized interventions.

At the heart of the initiative is a multidisciplinary, five-person facility team comprising the head of pharmacy, the pharmacy store manager, the maternal and child health (MCH) focal person, the health information technologist, and the health site supervisor. Operating across 11 pilot facilities, this team meets monthly to analyze key performance indicators (KPIs) such as essential medicine availability, stock status, inventory accuracy rates, and product wastage. By employing advanced data visualization techniques, including fishbone root-cause analysis diagrams, the teams can isolate the exact origin of supply chain failures—distinguishing, for instance, between a logistics transit delay and a clerical recording error. Once a gap is diagnosed, the pPMT initiates targeted corrective actions, ranging from rigorous inventory checks using Lot Quality Assurance Sampling (LQAS) to routine, systematic stock status reviews.

Early results from the pilot have demonstrated profound improvements. In Lume woreda—encompassing six pilot sites and 34 surrounding health posts—reporting rates for health post commodity stock and resupply orders surged dramatically from 21 percent to 82 percent. Simultaneously, facility storage practice scores climbed from 84 percent to 95 percent, while inventory accuracy rates rose from 73 percent to 95 percent. These operational gains have translated into a tangible human impact: drastically reduced stockouts, shorter pharmacy waiting times, and rising patient satisfaction scores across participating communities.

Chronology of the pPMT Initiative

The genesis and evolution of the Pharmacy Performance Monitoring Team initiative represent a methodical approach to reforming decentralized healthcare logistics in East Africa. The timeline of development, pilot deployment, and scaling reveals a clear trajectory from conceptual framework to grassroots execution.

Historical Context and Pre-2025 Bottlenecks

For decades, Ethiopia’s health sector expansion outpaced the administrative and digital infrastructure required to manage the massive influx of pharmaceuticals reaching regional hubs. While central medical stores maintained visibility, transparency deteriorated rapidly as commodities moved from regional warehouses down to woreda (district) health offices and primary health care units (PHCUs). "Last mile" facilities routinely operated in an information vacuum. Pharmacists and health workers lacked the analytical tools, dedicated time, and interdisciplinary frameworks necessary to track inventory in real-time. Paper-based reporting led to chronic data loss, delayed reorders, and severe stockouts of life-saving antibiotics, antimalarials, and maternal health supplies.

Strategic Conception (Late 2024 – Early 2025)

Recognizing that systemic capacity-building required more than periodic training workshops, JSI’s Strengthening Service Delivery (SSD) project joined forces with inSupply Health and the Ethiopian Ministry of Health. Drawing on human-centered design and proven supply chain management principles, the partners conceptualized the pPMT model. The strategy shifted the paradigm from punitive auditing to supportive, peer-led data analysis. The framework was specifically tailored to fit the resource-constrained realities of rural Ethiopian health centers, leveraging existing staff by formalizing their roles into a cohesive monitoring unit.

March 2025: Official Launch Across Three Regions

In March 2025, the pPMT initiative officially went live. The rollout targeted 11 pilot facilities strategically distributed across three diverse and geographically challenging regions: Sidama, Oromia, and Somali. Launch workshops trained multidisciplinary facility staff on KPI tracking, fishbone diagramming, and cross-facility collaboration protocols, setting the stage for the first round of monthly data reviews.

Mid-to-Late 2025: Operationalization and Peer-to-Peer Interventions

Following the launch, pilot facilities began conducting monthly review cycles. During this phase, teams identified localized anomalies—such as chronic understocking at the Biyo Health Center in Oromia—and implemented innovative solutions, including localized commodity swaps between neighboring health centers. By institutionalizing these review rituals, facilities began establishing baseline reliability metrics.

Early 2026: Evaluation and Scaling Milestones

By early 2026, empirical data from the pilot sites—particularly in Lume woreda—revealed staggering operational leaps. Reporting rates quadrupled, storage conditions modernized, and patient-facing metrics validated the hypothesis that supply chain data integrity directly drives clinical efficacy. Buoyed by these findings, stakeholders began charting strategies to transition the pPMT model from a localized pilot into a nationally scalable framework.

Supporting Data and Quantitative Impact

The success of the pPMT initiative is anchored in rigorous quantitative improvements across multiple operational domains. Supply chain performance is notoriously difficult to measure at the primary care level, but the structured tracking mechanisms introduced by the pPMT framework have yielded clear, verifiable metrics.

Lume Woreda Performance Indicators

In Lume woreda, which encompasses six pilot health centers and 34 dependent health posts, the comparative metrics before and after the implementation of the pPMT framework illustrate transformative institutional change:

• Health Post Reporting Rates: Prior to March 2025, only 21 percent of health posts reliably reported their commodity stock levels and resupply orders on time. Following the integration of pPMT oversight and support, this reporting compliance rate surged to 82 percent. This metric is critical, as timely reporting forms the foundation of accurate national forecasting and procurement.
• Inventory Accuracy Rates: At facilities like the Biyo Health Center, inventory accuracy—the degree of match between physical stock counts and logistical ledger records—hovered at a problematic 73 percent. Through the introduction of regular monthly inventory exercises, Lot Quality Assurance Sampling (LQAS), and structured reconciliations, overall inventory accuracy climbed to 95 percent.
• Good Storage Practice (GSP) Scores: Physical degradation of pharmaceuticals due to poor warehouse management and environmental control has historically driven up wastage rates. Facility storage practice scores across the pilot sites improved from an acceptable 84 percent to an exemplary 95 percent, ensuring that medicines retained their chemical potency and safety profile until dispensed.
• Stock Redistribution Efficiency: At the Biyo Health Center alone, the pPMT team facilitated a total of 27 inter-facility stock transfers over the course of a single year. By sharing real-time inventory visibility with nearby health facilities, Biyo successfully circumvented central supply delays, nearly eliminating essential health commodity understocking.

Qualitative Metrics: Patient Experience and Morale

Beyond logistics ledgers and stock logs, the quantitative impact of the pPMT initiative is reflected in patient-facing metrics. Waiting times within pharmacy departments dropped noticeably as inventory organization streamlined dispensing workflows. Concurrently, facility-level patient satisfaction scores exhibited a steady upward trajectory. As community members experienced fewer prescription rejections and faster service, trust in the public primary healthcare infrastructure was systematically restored.

Official Responses and Stakeholder Perspectives

The rapid success of the Pharmacy Performance Monitoring Team initiative has drawn praise from health officials, project implementers, and—most importantly—the patients who rely daily on Ethiopia’s primary health network.

Perspectives from Implementing Partners

Leaders within JSI and inSupply Health emphasize that the core innovation of the pPMT model lies not in expensive technological overhauls, but in human-centric institutional design. By empowering existing personnel with a formalized framework and protected time for data analysis, the initiative bridges the gap between high-level policy and grassroots execution.

Project coordinators noted that historically, health workers viewed supply chain management as an administrative burden divorced from clinical care. The pPMT framework reframes inventory management as an essential component of clinical duty—because an empty pharmacy shelf is, fundamentally, a failure of healthcare delivery.

Voices from the Community

The real measure of the initiative’s success is found at the dispensing window. Chaltu Regaasa, a patient who relies on the Biyo Health Center in Oromia, shared her firsthand experience of the transformation:

"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."

Her testimony encapsulates the operational shift achieved by the pPMT framework: moving from a system characterized by scarcity and administrative frustration to one defined by reliability, dignity, and responsive public service.

Implications for the Future of Ethiopian Healthcare

The positive outcomes generated by the pPMT pilot in Sidama, Oromia, and Somali regions carry profound implications for the future architecture of health supply chain management in Ethiopia and across broader Sub-Saharan Africa.

Institutionalizing a Data-Use Culture

For decades, health system strengthening efforts have focused heavily on hardware—building warehouses, procuring transport vehicles, and deploying software applications. While necessary, these investments often underperform if the human element is neglected. The pPMT initiative demonstrates that cultivating an institutional culture of data use among frontline health workers can yield extraordinary operational dividends using existing resources. When multidisciplinary teams meet monthly to interrogate their own data, accountability shifts from top-down enforcement to internal, self-correcting professionalism.

Scalability and Integration into National Health Policy

As the Ministry of Health evaluates the preliminary data from the 11 pilot facilities, discussions are underway regarding the broader national roadmap. Scaling the pPMT model across additional woredas and regions requires standardizing training modules and integrating pPMT workflows into routine health sector planning. Because the initiative relies on existing personnel—such as MCH focal persons, store managers, and health information technologists—it represents a highly cost-effective, sustainable model for health system strengthening.

Mitigating Shocks and Building Resilient Primary Care

Global supply chains remain vulnerable to macroeconomic shocks, climate-induced transport disruptions, and regional conflicts. By fostering regional resilience through peer-to-peer commodity sharing—as successfully demonstrated by the Biyo Health Center and its neighbors—the pPMT framework equips primary health units to absorb and buffer against supply shocks before they translate into empty shelves and compromised patient outcomes.

Ultimately, the Pharmacy Performance Monitoring Team initiative proves that when local health workers are provided with the structural tools, collaborative frameworks, and analytical permission to interrogate their own supply chains, they can decisively overcome the chronic vulnerabilities of the "last mile," ensuring that life-saving medicines reach the hands of the patients who need them, exactly when they need them.