DHIS2 Integrations

CommCare serves as a transformative digital platform for effective frontline operations worldwide, enabling organizations to create tailored digital solutions that enhance service delivery, client management, and data collection. It is specifically designed to navigate the unique challenges of frontline activities, accommodating nearly any use case across diverse environments, including offline scenarios, and operating effectively from small pilot projects to expansive nationwide initiatives. The distinctive advantage of CommCare lies in its proven capacity to provide technology that is not only impactful but also scalable. Over a million frontline workers have utilized CommCare applications to provide essential services across a variety of sectors, showcasing its widespread applicability. Supported by a robust evidence base, the platform demonstrates positive effects on organizational efficiency, the behaviors of frontline workers, and the outcomes experienced by clients. CommCare is tailored to accommodate teams of all sizes and varying levels of digital expertise, adapting to the evolving needs of each organization. Users can swiftly deploy production-ready, no-code applications within minutes, assured that they can seamlessly integrate these tools into complex, large-scale systems. Additionally, Dimagi’s skilled team delivers CommCare on a robust open-source foundation that is recognized for its exceptional sustainability, support, and security, ensuring that organizations can rely on it for the long term.

Tamanu is an innovative and open-source electronic health record (EHR) platform tailored for use in low-resource and remote settings. Built on five foundational principles, it offers users regular updates and improvements from a dedicated, full-stack development team. The platform's zero-cost licensing model, combined with optional service agreements, ensures that support is available when needed, enhancing its overall value. Users benefit from a global network of community support while navigating a sleek, modern interface that adapts to their needs. By participating in the global development community, users can ensure their code remains under their control, with no single organization having ownership rights. Tamanu is designed for immediate deployment across various healthcare settings, including inpatient, outpatient, and community care, and does not rely on third-party plug-ins for functionality. It adheres to HL7 FHIR standards and integrates seamlessly with systems such as mSupply, mSupply Mobile, Tupaia, and DHIS2, while also being compliant with ICD-10 and GS1 standards. The system supports both online and offline operations, providing unlimited access and synchronizing data whenever an internet connection is available, ensuring smooth and efficient workflows. Security is a top priority, incorporating industry-standard encryption protocols and robust protective measures that cater specifically to healthcare requirements. Furthermore, a desktop-enabled version designed for hospital use includes a wide array of functionalities, making it a versatile option across different healthcare environments. With its ability to adapt to the varied needs of healthcare providers, Tamanu emerges as a vital resource for effectively managing patient information in challenging circumstances.

Geographic information plays a fundamental role in the successful implementation of health and social programs. For example, initiatives focused on immunization, the elimination of neglected tropical diseases, or the distribution of bed nets depend heavily on precise data regarding villages, their populations, and geographical locations. Moreover, understanding the locations and services of healthcare facilities, as well as transportation routes, essential resources like electricity and water, and political boundaries, is essential for effective planning and execution of health initiatives. Various information systems are employed to capture and store this geographical data, albeit in diverse formats. However, discrepancies arise as village names and identifiers can differ markedly between databases, and the names and locations of health facilities can also vary across different systems. Additionally, regions are often divided into administrative and health categories, which are managed by separate authorities, further complicating the consistency of data. Over time, reference geospatial information within these systems can evolve, resulting in increased discrepancies. To mitigate these issues, Iaso has been developed as a geospatial data management platform that aims to support the continuous administration of geographical information, thereby ensuring enhanced accuracy and uniformity. By providing a streamlined approach to managing critical geographic data, this platform significantly contributes to the overall effectiveness of health programs and initiatives. Ultimately, the integration of reliable geospatial data is key to improving health outcomes and ensuring that resources are allocated efficiently.