DHIS2 Integrations

CommCare is the digital platform for impactful frontline work everywhere, empowering organizations to build digital solutions to better deliver services, manage clients, and collect data. Built to support the complexities and idiosyncrasies of frontline work, CommCare can meet nearly every frontline use case in any setting (including offline) at any scale, from pilot to nationwide programs. CommCare's unique value is its proven ability to deliver technology which is both highly impactful and highly scalable. More than one million Frontline Workers have used CommCare applications to deliver critical frontline services across numerous sectors. CommCare is backed by a strong evidence base, proving CommCare’s positive impact on organizational performance, frontline workers' behaviors, and client outcomes. Designed to support teams of every size and level of digital maturity, CommCare grows with an organization’s needs. Rapidly launch production ready no-code applications in minutes, with confidence that tools can be integrated into complex, at-scale ecosystems. Dimagi’s expert team delivers CommCare on an open source, professionally managed foundation which is best in its class for sustainability, support, & security.

Tamanu is a free and open-source electronic health record (EHR) system designed specifically for low-resource and remote environments. It is grounded in five core principles, providing users with continuous software enhancements from a committed, full-stack development team. The platform benefits from a highly skilled delivery team and offers zero-cost licensing, along with optional service agreements for added support. Users can tap into an international community that provides assistance, all while enjoying a modern, intuitive, and adaptable interface. By contributing to the global development community, users can maintain the assurance that their code remains under their control without any single entity claiming ownership. Tamanu is ready to use for various settings, including inpatient, outpatient, and community care, without requiring third-party plug-ins. It is compliant with HL7 FHIR standards and seamlessly integrates with systems like mSupply, mSupply Mobile, Tupaia, and DHIS2, while also being compatible with ICD-10 and GS1 standards. The system allows for online and offline functionality with unlimited access, syncing data whenever internet connectivity is available and ensuring there is no latency in operations. Security is paramount, featuring industry-standard encryption protocols and robust protective measures tailored for healthcare needs. Additionally, a desktop-enabled version at the hospital level offers a comprehensive suite of functionality, making it a versatile solution for various healthcare environments. Overall, Tamanu stands out as a powerful tool that meets the diverse demands of healthcare providers in challenging settings.

Geographic information is a crucial component for the effective execution of health and social initiatives. For instance, programs aimed at immunization, eradication of neglected tropical diseases, or distribution of bed nets require detailed data about villages, populations, and their locations. Additionally, knowledge of healthcare facilities and their services, transportation routes, hubs, sources of electricity and water, as well as political boundaries are vital for the successful planning and implementation of health programs. Various information systems capture and store this geographical data in different formats. However, village names and identifiers can vary significantly across databases, while the names and locations of health facilities can also differ among systems. Furthermore, territories are often categorized into administrative and health regions, which are managed independently by various authorities, creating inconsistencies. Over time, reference geospatial information can change within these systems, leading to an increase in discrepancies. To address these challenges, Iaso serves as a geospatial data management platform designed to facilitate the ongoing administration of geographical data, ensuring improved accuracy and consistency. This platform plays a vital role in enhancing the overall effectiveness of health programs by streamlining the management of essential geographic information.

ScribeHealth utilizes advanced AI technology to serve as a medical scribe that actively listens to discussions between patients and clinicians, transcribing and coding clinical notes in real time while requiring minimal input from healthcare professionals. This innovative solution boasts a high level of accuracy, adapts through user feedback, and allows most doctors to spend just a few minutes making adjustments instead of composing notes entirely from the beginning. It integrates effortlessly with various existing EHR/EMR systems such as Epic, Cerner, AllScripts, and Jane, through secure APIs, and complies with HL7/FHIR standards, ensuring that note syncing fits seamlessly into the daily routines of clinicians. With robust security measures including bank-level encryption, automatic deletion of audio recordings post-transcription, and strict adherence to HIPAA regulations, patient privacy is meticulously protected. Additionally, ScribeHealth provides valuable features like session analytics, speaker identification, and the ability to understand context for better extraction of symptoms and assessments, enhancing the overall efficiency of clinical documentation. This technology not only streamlines the documentation process but also empowers healthcare providers to focus more on patient care rather than administrative tasks.