Built to Last: Why Maternal Health Innovations Must Be Integrated by Design – JSI Research & Training Institute, Inc.

The Persistent Challenge of Maternal Mortality: A Global Crisis in Plain Sight

Every day, approximately 800 women die from preventable causes related to pregnancy and childbirth. This staggering statistic, a grim daily reality for families and communities across the globe, represents not just a health crisis, but a profound moral failure. While the global community has made significant strides over the past decades, the goal of ending preventable maternal mortality, as outlined in the Sustainable Development Goals (SDG 3.1), remains tragically distant for many. The vast majority of these deaths—a shocking 95%—occur in low and lower-middle-income countries, highlighting a deep and persistent chasm of inequity.

The causes are well-documented: severe bleeding, infections, high blood pressure during pregnancy (pre-eclampsia and eclampsia), complications from delivery, and unsafe abortions. These are conditions for which the global health community has developed effective and often low-cost interventions. From life-saving medications to simple clinical protocols and innovative mobile health applications, there is no shortage of “solutions.” Yet, a frustrating paradox lies at the heart of this challenge. The landscape is littered with promising pilot projects and brilliant innovations that shine brightly for a short period, only to flicker and die out once the initial funding dries up or the implementing partner moves on.

This disconnect between what is possible and what is practiced on the ground points to a fundamental flaw in our approach. The problem is not a lack of innovation, but a failure of integration. As experts from leading global health organizations like the JSI Research & Training Institute, Inc. emphasize, for these life-saving advances to have a lasting impact, they cannot be treated as temporary add-ons. They must be woven into the very fabric of the health system from their inception. The key lies in a transformative approach: integration by design.

The “Pilot-itis” Pandemic: Why So Many Innovations Fail to Scale

In the world of global health, there is a well-known affliction often referred to as “pilot-itis.” It is the pervasive tendency to launch an endless series of short-term, small-scale pilot projects that demonstrate potential but are rarely scaled up or sustained long-term. These projects often operate in a controlled “bubble,” benefiting from dedicated funding, extra staff, and focused attention that are absent in the real-world, resource-constrained environments of public health systems.

When the pilot phase ends, the bubble bursts, and the innovation often collapses. This cycle of promise and abandonment is not only inefficient and wasteful but also demoralizing for the healthcare workers and communities who are left behind. Several systemic factors contribute to this pandemic of failed pilots:

• Vertical Program Design: Many innovations are implemented as “vertical” programs, operating in a silo, separate from the national health infrastructure. They may have their own staff, supply chains, and data management systems. While this can lead to impressive short-term results, it creates a parallel structure that the government health system cannot absorb once the external support is withdrawn.
• Lack of Local Ownership: Too often, innovations are conceived in offices in Geneva, Washington, or London, with minimal input from the Ministry of Health officials, district managers, nurses, and community health workers who will be expected to implement them. This top-down approach ignores local context, priorities, and expertise, resulting in solutions that are poorly adapted and met with little enthusiasm or ownership.
• Unsustainable Funding Models: The vast majority of pilot projects are funded by short-term grants from international donors. There is often no clear pathway or plan for transitioning the financial responsibility to the national government or another sustainable source. When the 3- or 5-year grant cycle ends, the project’s vital functions—from staff salaries to software subscriptions—cease to exist.
• Technological Mismatch: The allure of cutting-edge technology can be powerful, but deploying sophisticated solutions in environments with unreliable electricity, intermittent internet connectivity, and limited technical support is a recipe for failure. An app that requires a high-end smartphone and a constant 4G connection is of little use to a community health worker in a remote rural village.
• Ignoring the Human Element: Perhaps the most critical oversight is underestimating the impact on the existing health workforce. A new tool or protocol, no matter how brilliant, adds to the workload of already overstretched nurses and midwives. Without adequate training, supportive supervision, and clear incentives, the innovation becomes just another burden to be ignored.

Introducing “Integration by Design”: A Necessary Paradigm Shift for Maternal Health

The antidote to “pilot-itis” is a fundamental shift in mindset and methodology. “Integration by Design” is an approach that treats sustainability, scalability, and system integration not as afterthoughts to be considered at the end of a project, but as core, non-negotiable principles that guide every stage of an innovation’s lifecycle, from initial conception to full-scale implementation.

It reframes the central question from “Does this innovation work in a controlled setting?” to “How can we co-design this innovation so that it strengthens and becomes an indispensable part of the existing public health system?” This paradigm shift moves away from creating temporary, isolated solutions and toward building lasting, resilient capacity within the systems that are ultimately responsible for delivering care.

As the title of the JSI piece suggests, the goal is to create solutions that are “Built to Last.” This means designing them with the end in mind, anticipating the challenges of budget constraints, workforce turnover, and shifting political priorities. It is a pragmatic, collaborative, and systems-thinking approach that acknowledges the complex reality of healthcare delivery and works within it, rather than trying to bypass it.

The Core Pillars of Integration by Design

Achieving true integration requires a deliberate and structured approach grounded in several core pillars. These principles work in concert to ensure that an innovation is not only effective but also appropriate, affordable, and adaptable for the long term.

Pillar 1: Engaging Stakeholders from Day One

Genuine integration begins with people. Before a single line of code is written or a new training manual is drafted, all relevant stakeholders must be brought to the table. This is not a token consultation; it is a deep, ongoing partnership. Key stakeholders include:

• Government and Ministry of Health: National and sub-national health officials must be central to the design process to ensure the innovation aligns with national health strategies, priorities, and existing platforms (like the national health information system).
• Frontline Healthcare Workers: Nurses, midwives, and community health workers are the end-users. Their insights into daily workflows, patient needs, and practical challenges are invaluable. An innovation designed without their input is almost certain to fail.
• Patients and Communities: The women, families, and community leaders who will be impacted by the innovation must have a voice. Their perspectives on cultural norms, accessibility, and trust are critical for ensuring uptake and acceptance.
• Technical and Academic Partners: Local universities, research institutions, and tech hubs can provide contextual expertise and build local capacity for long-term maintenance and adaptation.

This collaborative co-design process fosters a powerful sense of shared ownership. When local actors feel that the innovation is “theirs,” they become its most passionate champions and advocates, ensuring its survival long after external partners have departed.

Pillar 2: Designing for the Existing Health System

An innovation that cannot function within the real-world constraints of the public health system is merely an academic exercise. Designing for the existing system means asking a series of pragmatic questions at every step:

• Workflow Integration: How does this tool or process fit into a nurse’s already packed schedule? Does it replace a cumbersome paper-based task, or does it add a new layer of work? The most successful innovations simplify and streamline existing processes.
• Data Interoperability: If the innovation collects data, can it feed seamlessly into the country’s national Health Management Information System (HMIS), such as DHIS2? Creating a separate data silo is counterproductive and undermines the national system’s ability to monitor health trends and make informed decisions.
• Supply Chain Considerations: If the innovation requires commodities—be it a specific medication, a type of test strip, or even spare parts for a device—how will these be procured, stored, and distributed through the existing public health supply chain?
• Referral Pathways: A tool that identifies a high-risk pregnancy is only useful if it is connected to a functioning referral system that can get the woman to a higher level of care. The innovation must strengthen, not ignore, these critical patient pathways.

Pillar 3: Prioritizing Sustainable Financing Models

The financial “valley of death”—the period after donor funding ends but before government budgets can take over—is where countless promising innovations perish. Integration by design requires a clear-eyed financial strategy from the very beginning.

This involves more than just a vague hope that the government will eventually pick up the cost. It requires a concrete plan that includes:

• Cost-Effectiveness Analysis: Demonstrating a clear return on investment is essential for convincing Ministries of Finance to allocate scarce resources. This means rigorously tracking the costs and benefits of the innovation and presenting a compelling economic case.
• Budget Advocacy: Partners must work alongside the Ministry of Health to advocate for the inclusion of the innovation’s operational costs into the annual government health budget. This is a political process that requires time, evidence, and relationship-building.
• Exploring Blended Finance: In some contexts, a mix of public funding, private sector engagement, and even user fees (if implemented equitably) can create a more resilient financing model than relying on a single source.
• Designing for Affordability: The most sustainable solutions are often the most frugal. Opting for open-source software, using readily available hardware like basic mobile phones, and simplifying processes can dramatically reduce long-term operational costs, making government adoption far more feasible.

Pillar 4: Building Lasting Human Resource Capacity

An innovation is only as effective as the people who use it. A one-off training workshop is notoriously ineffective for creating lasting change. A sustainable approach to human resources involves building capacity at every level of the health system.

This means moving beyond short-term training sessions to a more comprehensive strategy:

• Integration into Pre-Service Education: The most sustainable way to build capacity is to integrate training on the new innovation into the core curriculum of nursing schools, medical schools, and midwifery colleges. This ensures that new generations of healthcare workers enter the workforce already equipped with the necessary skills.
• Continuous In-Service Training and Mentorship: For the existing workforce, ongoing training, on-the-job coaching, and supportive supervision are crucial. This helps maintain skills, address challenges as they arise, and combat staff turnover.
• Building Local Technical Expertise: For technology-based innovations, it is vital to build a local cadre of technicians and IT specialists who can manage, maintain, and adapt the system without relying on expensive international consultants.

In Practice: Learning from Success and Failure

The principles of “Integration by Design” are best understood through real-world examples. While specific projects vary, the patterns of success and failure are remarkably consistent.

A Model for Success: The Integrated Community Health Worker Digital Tool

Imagine a mobile health application designed to help Community Health Workers (CHWs) identify and refer high-risk pregnant women. A successful, integrated version of this would be co-designed from the start with the Ministry of Health’s Community Health unit. Instead of requiring a new smartphone, it would be a simple, text-based (SMS or USSD) application that works on the basic feature phones that CHWs already own. The data collected—such as a woman’s last menstrual period or a danger sign she reports—would be automatically transmitted and formatted to feed directly into the district-level DHIS2 database, eliminating the need for duplicate paper-based reporting. The training module for the tool would be incorporated into the standard CHW refresher training curriculum. Most importantly, the MOH would agree from day one to cover the modest ongoing costs of the SMS gateway through its operational budget, seeing it as a cost-effective investment in strengthening primary healthcare.

A Cautionary Tale: The Standalone High-Tech Diagnostic Device

Now, consider an alternative: an externally funded project introduces a sophisticated, tablet-based portable ultrasound device to rural clinics to detect pregnancy complications. While technically brilliant, the project fails within two years. Why? The tablets required a stable internet connection for software updates, which was rarely available. The proprietary software stored patient data on a private cloud server that the Ministry of Health could not access. When a device broke, it had to be shipped overseas for repair at great cost. Nurses, who were already overburdened with paperwork, saw the device and its separate reporting requirements as an extra chore. Once the project funding ended, there was no budget for data subscriptions, maintenance, or replacements, and the expensive devices ended up locked away in a storage closet, becoming a symbol of unsustainable innovation.

The Role of Technology: A Powerful Tool, Not a Silver Bullet

In the digital age, technology is often hailed as a panacea for the challenges in global health. Mobile applications, artificial intelligence, and remote sensors all hold immense promise for improving maternal health outcomes. However, technology is also a double-edged sword. The landscape is littered with failed tech pilots that underscore the dangers of “techno-solutionism”—the belief that a complex socio-medical problem can be solved simply by deploying a new gadget or app.

The principles of integration by design are therefore even more critical for tech-based innovations. The focus must always be on using appropriate technology—tools that are affordable, adaptable, maintainable, and designed around the user’s needs and context. Open-source platforms are often preferable to proprietary systems as they foster local ownership and prevent long-term dependency on a single vendor. Above all, technology must be viewed as a tool to strengthen the health system and empower healthcare workers, not as a means to bypass them.

Policy and Governance: Creating an Enabling Environment for Sustainable Innovation

While individual projects can adopt an integration-by-design approach, its full potential is only realized when it is supported by a national enabling environment. Governments, and specifically Ministries of Health, must transition from being passive recipients of partner-led projects to active stewards of their country’s health innovation ecosystem.

This involves establishing clear governance structures and policies, such as a national digital health strategy that outlines priorities and technical standards. By mandating interoperability with the national HMIS, for example, governments can ensure that all new digital tools contribute to a unified, cohesive health information system rather than creating a fragmented patchwork of data silos. Clear guidelines for public-private partnerships can help leverage the dynamism of the private sector while ensuring that all innovations align with public health goals and equity principles.

Conclusion: Building a Future Where Innovations Are Truly Built to Last

The global health community stands at a critical juncture. The path of isolated, short-term pilot projects has proven to be a dead end, consuming vast resources while leaving health systems largely unchanged. Continuing down this road is an injustice to the millions of women who still lack access to the basic, life-saving care they deserve.

The shift to “Integration by Design” offers a more promising, pragmatic, and respectful way forward. It is a philosophy rooted in partnership, systems thinking, and a long-term commitment to building local capacity and ownership. It demands more effort upfront—more consultation, more planning, and a deeper understanding of the local context. But this initial investment pays dividends by creating solutions that are not only effective but also sustainable and scalable.

By embedding innovations within the health systems they are meant to serve, we can move beyond the endless cycle of pilots and begin to build a future where every effective idea is “built to last.” It is only by making this fundamental change in our approach that we can hope to fulfill our collective promise to make pregnancy and childbirth a safe experience for every mother, everywhere.