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Nov 13
Despite significant progress, too many health workers continue to operate under severe resource constraints. In Africa, which bears 24% of the world’s disease burden but just 3% of its health workforce, these pressures are especially felt. With limited time, scarce resources, and overwhelming patient demand, the need to streamline systems and leverage new technologies has never been greater.
To address this challenge, SAND has been working alongside governments and technology partners across Africa to design and implement digital systems in public health settings. Through this work, one insight has become clear: success rarely depends on technology alone. Instead, it hinges on how well digital tools align with the real-world dynamics of health systems, and the people who keep them running.
While our experience has demonstrated that there is no single formula for success, several key principles are consistently emerging across contexts:
Designing alongside health workers, rather than for them, helps to identify what genuinely adds value to their day-to-day work. Whether it’s shortening standard reporting time or simplifying financial tracking, the aim is to reduce administrative workload and ultimately improve confidence in the system.
Such tools are now giving data back to health workers, not only empowering them in their day-to-day work but also saving significant time in data processing and reporting. In Rwanda, for example, digitizing reporting across 126 health posts has saved staff an average of three days per month, freeing up valuable time to focus on quality patient care. When health workers are placed at the centre of design, technology becomes a partner, rather than an added task.
However, no matter how practical they are designed to be, new tools can inevitably compete with a health worker’s already long list of daily responsibilities. Implementation must therefore happen alongside health workers, ensuring they understand not only how to use a system but also how it benefits them.
No two health systems are the same. Government policy, digital maturity, and disease burden all vary drastically from one context to the next. A design that works in one region can easily fail in another.
Instead of replicating existing solutions, SAND works diligently with its partners to adapt them to meet specific needs. For example, some systems require offline capability due to low connectivity, while others need seamless integration with national databases. Understanding these contextual nuances early and designing purposefully around them is what makes systems both usable and sustainable.
The digital expansion to over 126 health posts in Rwanda was primarily thanks to the country’s strong infrastructure, including internet access and coverage. In this context, tools don’t often require an offline mode. While exploring expansion in other geographies with lower internet penetration, it is critical to be aware of the hard requirements for such tools, where offline functionality becomes non-negotiable. Recognizing and designing for these realities is key to lasting adoption.
In many health systems, data travels upward for reporting but rarely returns to those who generate it. Too often, we see data in healthcare defy gravity; it rises but never returns to its original level.
Effective digital systems enable a continuous loop of improvement. They make data visible and actionable at every level. A nurse can see stock levels in real time; a district manager can monitor live service delivery; and a ministry official can plan interventions based on the latest data trends. When feedback flows both ways, data usage is maximized and in real-time.
To reinforce this, SAND supports routine feedback mechanisms, such as automated weekly and monthly reports for health workers and administrators. These reports highlight operational performance, from drug inventory management to financial aid disbursement, and turn raw data into practical insights. At the national level, automated newsletters provide ministries with concise decision-ready data, helping bridge the gap between the frontline and the policy table.
Health systems are inherently diverse ecosystems of partners. Ministries, health workers, and implementing partners collectively shape how technology is introduced, scaled, and sustained. Engaging each of them early in the implementation process and designing with their priorities in mind prevents duplication and ensures alignment with national systems.
True sustainability depends on shared ownership. To facilitate this, SAND supports the integration of these system parts, including local electronic medical records, solar power, internet and healthcare equipment sensors. By co-creating alongside ministries, we ensure they remain firmly in the driver’s seat, setting priorities, defining standards and guiding future direction.
Health systems are dynamic. Disease burdens evolve, policies shift, and infrastructure improves. Digital systems need to adapt just as easily. Building in flexibility — from modular architecture to adjustable workflows — enables products to remain relevant as conditions change.
During the 2024 Marburg outbreak, Rwanda’s Ministry of Health rapidly adapted its digital monitoring systems to track and control the spread of the disease. This responsiveness demonstrated the importance of flexibility — designing solutions that can pivot to emerging health priorities without requiring a complete overhaul.
This adaptability also extends to training. By analyzing support requests from health workers, SAND identified the need to expand training beyond system use to include general digital literacy. As a result, refresher programs now blend EMR onboarding with broader skill development, ensuring health workers can confidently navigate an evolving digital landscape.
Strengthening health systems through digital innovation is a complex and often slow process. Still, the fundamentals remain constant: keep the health worker at the center, respect the local context, connect data to action, involve everyone who shapes the system, and remain adaptable.
When these principles guide design, digital health products don’t just launch — they take root. They become an integral part of the daily rhythm of care, supporting healthcare workers, enhancing patient outcomes and bolstering the resilience of national systems.
The ultimate goal isn’t just to digitize healthcare, it’s to humanize it. The future lies in ensuring that technology amplifies the capacity of those on the frontlines to deliver better, faster, and more equitable care for all.
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