Building health infrastructure for the systems that need it most.

Moana Digital Health builds government-grade electronic health record systems and national public health platforms for Pacific Island nations, low and middle income countries, and health systems operating in environments where connectivity is limited and the margin for error is small.

The platform is in production. Moana is deployed and operational across healthcare facilities in the Pacific and South and Southeast Asia. The platform is FHIR R4 compliant, follows OpenHIE architecture principles, and is designed from the ground up to operate reliably without consistent internet access. It is not a proof of concept. It is production infrastructure.

Our Process

Our Process

Why Moana Was Built

Every health system deserves infrastructure that works. That is the founding premise of Moana Digital Health, and it came directly from observing what happens when health systems are asked to operate without it.


In Pacific Island nations and across low and middle income countries more broadly, clinicians are making decisions without access to a patient's previous clinical history because that history is on paper at another facility, or lost, or was never recorded. Ministries of Health are producing national health reports by manually collating facility registers weeks after the fact, by which point the data is too old to act on. Medicines run out at facilities because nobody has visibility of stock levels across the network until the shortage has already happened. Civil registration falls behind because the clinical event and the registration system have never been connected.


These are not problems of clinical skill or political will. They are information infrastructure problems. They exist because the countries that most need functioning health information systems have historically been the least well served by the health IT industry. Enterprise vendors build for high-income markets. Their products assume stable connectivity, large IT departments, and procurement budgets that most Pacific governments cannot access. The result is a gap. A large one.


Moana was built to close that gap. Not by adapting a product designed for somewhere else, and not as a pilot with no path to national scale. The platform is designed for the specific operational realities of the environments it serves: offline-first so clinicians keep working when connectivity drops, FHIR R4 compliant so it connects to the national digital health infrastructure governments are building toward, and deployed as a complete system rather than an indefinitely phased rollout.

Our Approach

We do not believe in generic health IT. Every health system we work with has its own clinical workflows, its own geographic constraints, its own existing infrastructure, and its own regulatory and reporting obligations. Our process begins with understanding those realities before any system design begins. We treat each engagement as a long-term infrastructure partnership. That means understanding the Ministry of Health's reporting obligations, the facility network's connectivity profile, the clinical workflows that staff actually use, and the interoperability requirements of the national digital health strategy. Configuration over custom development wherever possible. Practical workflows grounded in how facilities actually operate. Reliability in the field over feature completeness on a specification sheet. Our systems are built to integrate with what governments are already building toward. FHIR R4 as the interoperability standard. DHIS2 as the national health information system. OpenHIE as the architecture framework. Open mSupply for medical supply chain management. We build alongside existing national digital health infrastructure, not in competition with it.

Our Approach

We do not believe in generic health IT. Every health system we work with has its own clinical workflows, its own geographic constraints, its own existing infrastructure, and its own regulatory and reporting obligations. Our process begins with understanding those realities before any system design begins. We treat each engagement as a long-term infrastructure partnership. That means understanding the Ministry of Health's reporting obligations, the facility network's connectivity profile, the clinical workflows that staff actually use, and the interoperability requirements of the national digital health strategy. Configuration over custom development wherever possible. Practical workflows grounded in how facilities actually operate. Reliability in the field over feature completeness on a specification sheet. Our systems are built to integrate with what governments are already building toward. FHIR R4 as the interoperability standard. DHIS2 as the national health information system. OpenHIE as the architecture framework. Open mSupply for medical supply chain management. We build alongside existing national digital health infrastructure, not in competition with it.

Our Approach

We do not believe in generic health IT. Every health system we work with has its own clinical workflows, its own geographic constraints, its own existing infrastructure, and its own regulatory and reporting obligations. Our process begins with understanding those realities before any system design begins. We treat each engagement as a long-term infrastructure partnership. That means understanding the Ministry of Health's reporting obligations, the facility network's connectivity profile, the clinical workflows that staff actually use, and the interoperability requirements of the national digital health strategy. Configuration over custom development wherever possible. Practical workflows grounded in how facilities actually operate. Reliability in the field over feature completeness on a specification sheet. Our systems are built to integrate with what governments are already building toward. FHIR R4 as the interoperability standard. DHIS2 as the national health information system. OpenHIE as the architecture framework. Open mSupply for medical supply chain management. We build alongside existing national digital health infrastructure, not in competition with it.

Doctor taking care of afro-american child

What We Build

Moana builds integrated digital health platforms that serve every level of a national health system within one connected environment. The platform covers patient management, clinical care documentation, laboratory information, pharmacy and medication management, radiology and medical imaging, maternal and child health, scheduling and bed management, billing, reporting, and national public health surveillance, built as an integrated system rather than a collection of disconnected modules. The platform includes a dedicated Laboratory Information System, a Picture Archiving and Communication System built on Orthanc DICOM, an HL7 v2 gateway for legacy system integration, and a national surveillance engine that aggregates facility-level clinical data into Ministry-facing programme intelligence across eleven public health programme areas. The architecture is FHIR R4 compliant, follows OpenHIE principles, and includes a full offline-first Electron desktop client for facilities operating without reliable internet access. The goal is to build infrastructure that a Ministry of Health can operate national health services on, not a system that works in a demonstration environment and needs to be replaced when real-world conditions apply.

Doctor taking care of afro-american child

What We Build

Moana builds integrated digital health platforms that serve every level of a national health system within one connected environment. The platform covers patient management, clinical care documentation, laboratory information, pharmacy and medication management, radiology and medical imaging, maternal and child health, scheduling and bed management, billing, reporting, and national public health surveillance, built as an integrated system rather than a collection of disconnected modules. The platform includes a dedicated Laboratory Information System, a Picture Archiving and Communication System built on Orthanc DICOM, an HL7 v2 gateway for legacy system integration, and a national surveillance engine that aggregates facility-level clinical data into Ministry-facing programme intelligence across eleven public health programme areas. The architecture is FHIR R4 compliant, follows OpenHIE principles, and includes a full offline-first Electron desktop client for facilities operating without reliable internet access. The goal is to build infrastructure that a Ministry of Health can operate national health services on, not a system that works in a demonstration environment and needs to be replaced when real-world conditions apply.

Doctor taking care of afro-american child

What We Build

Moana builds integrated digital health platforms that serve every level of a national health system within one connected environment. The platform covers patient management, clinical care documentation, laboratory information, pharmacy and medication management, radiology and medical imaging, maternal and child health, scheduling and bed management, billing, reporting, and national public health surveillance, built as an integrated system rather than a collection of disconnected modules. The platform includes a dedicated Laboratory Information System, a Picture Archiving and Communication System built on Orthanc DICOM, an HL7 v2 gateway for legacy system integration, and a national surveillance engine that aggregates facility-level clinical data into Ministry-facing programme intelligence across eleven public health programme areas. The architecture is FHIR R4 compliant, follows OpenHIE principles, and includes a full offline-first Electron desktop client for facilities operating without reliable internet access. The goal is to build infrastructure that a Ministry of Health can operate national health services on, not a system that works in a demonstration environment and needs to be replaced when real-world conditions apply.

Close up patient wearing goggles at clinic

Designed for Real-World Conditions

A significant proportion of the health facilities Moana is built for operate without reliable internet connectivity. Rural health posts in Pacific Island nations, district hospitals in remote provinces, and community health worker sites often have intermittent or absent broadband. A system that requires a live internet connection to function is not viable in those environments. Moana's Electron desktop client maintains a full local database. Clinicians register patients, document consultations, prescribe medications, order investigations, and record vaccinations with no internet connection. All actions queue locally and synchronise to the central server automatically when connectivity is restored. Delta sync architecture transmits only changed records, minimising bandwidth consumption on low-bandwidth connections. Where two clinicians edit the same patient record while one is offline, the system detects the conflict, notifies both parties, and routes the resolution through a configurable workflow. No data is silently discarded. Every conflict is visible, every resolution is logged, and the audit trail is complete. The system is designed to be dependable in the conditions it will actually be used in, not just the conditions it was tested in.

Close up patient wearing goggles at clinic

Designed for Real-World Conditions

A significant proportion of the health facilities Moana is built for operate without reliable internet connectivity. Rural health posts in Pacific Island nations, district hospitals in remote provinces, and community health worker sites often have intermittent or absent broadband. A system that requires a live internet connection to function is not viable in those environments. Moana's Electron desktop client maintains a full local database. Clinicians register patients, document consultations, prescribe medications, order investigations, and record vaccinations with no internet connection. All actions queue locally and synchronise to the central server automatically when connectivity is restored. Delta sync architecture transmits only changed records, minimising bandwidth consumption on low-bandwidth connections. Where two clinicians edit the same patient record while one is offline, the system detects the conflict, notifies both parties, and routes the resolution through a configurable workflow. No data is silently discarded. Every conflict is visible, every resolution is logged, and the audit trail is complete. The system is designed to be dependable in the conditions it will actually be used in, not just the conditions it was tested in.

Close up patient wearing goggles at clinic

Designed for Real-World Conditions

A significant proportion of the health facilities Moana is built for operate without reliable internet connectivity. Rural health posts in Pacific Island nations, district hospitals in remote provinces, and community health worker sites often have intermittent or absent broadband. A system that requires a live internet connection to function is not viable in those environments. Moana's Electron desktop client maintains a full local database. Clinicians register patients, document consultations, prescribe medications, order investigations, and record vaccinations with no internet connection. All actions queue locally and synchronise to the central server automatically when connectivity is restored. Delta sync architecture transmits only changed records, minimising bandwidth consumption on low-bandwidth connections. Where two clinicians edit the same patient record while one is offline, the system detects the conflict, notifies both parties, and routes the resolution through a configurable workflow. No data is silently discarded. Every conflict is visible, every resolution is logged, and the audit trail is complete. The system is designed to be dependable in the conditions it will actually be used in, not just the conditions it was tested in.

Why Choose Moana

Why Choose Moana

The Problem We Were Built to Solve

Health systems in low and middle income countries face a specific and solvable problem. The clinical information that should be available to support good decisions is not available, is not timely, or is not in a form that anyone can act on. The consequences are not abstract. A clinician prescribing medication without knowing the patient's allergy history. A Ministry programme officer unable to tell whether a measles outbreak is starting because facility reports have not arrived yet. A procurement officer ordering medicines without knowing current facility stock levels because no system connects them.

The tools to solve these problems exist. What has been missing is a platform built specifically for the operating conditions of the health systems that need it most: offline-capable, standards-compliant, deployable at national scale, and designed to integrate with the public health infrastructure governments are building rather than replace it.

That is what Moana is. It was built in response to specific, documented, operational gaps observed directly in Pacific Island and low-resource health systems. It is in production. And it is built to last.

Healthcare systems are often asked to deliver high-quality care using tools that were never meant to work together.

This leads to common challenges such as:

Female doctor discussing over tablet pc with patient standing in hospital

Fragmented Clinical Records

When patient records are held on paper, stored at a single facility, or spread across disconnected systems, the clinical history a patient has built over years of care becomes inaccessible at the moments it matters most. A complete, longitudinal patient record, available to any authorised clinician at any connected facility, is the foundation of safe, coordinated care.

No National Visibility for Ministries

Without a functioning national surveillance layer, Ministries of Health are managing population health programmes with information that is weeks or months old. Outbreak detection, resource allocation, and programme performance accountability all depend on timely, structured data flowing from facilities to the national level. When that flow depends on manual reporting, it is always delayed and always incomplete.

Infrastructure That Fails When Conditions Are Hardest

Cloud-dependent systems that require continuous internet connectivity are not viable for the facility networks Moana serves. Connectivity is not a given in Pacific Island health systems. Clinical operations need to continue when the internet is down, when power is intermittent, and when the nearest IT support is hours away. Offline-first architecture is not an optional feature in these environments. It is a requirement.

Michael Carter, Digital Product Designer

Wesley Semi

Founder and CEO, Moana Digital Health

The Pacific has no shortage of dedicated clinicians. What it has lacked is the infrastructure to support them properly.


Across 14 Pacific Island countries and territories, digital health records cover just 2.5 percent of all health facilities. At primary care level, where the majority of Pacific communities receive care, that figure falls to 1.5 percent. The consequences are systemic. Clinical decisions made without access to a patient's full history. No shared visibility across laboratories, pharmacies, and hospitals. Public health field teams manually collecting surveillance data because the facility systems around them are siloed, incompatible, or nonexistent. And this is occurring in the same region where noncommunicable diseases account for more than 80 percent of deaths in some countries, where diabetes and cardiovascular disease drive mortality at rates among the highest in the world, and where that burden continues to grow.


This is not a workforce problem. Pacific health systems have skilled, committed clinical staff. It is a coordination problem. Fragmented systems that cannot communicate with one another. Donor-funded pilots that prove a concept but never reach national scale. Technology built for stable, well-resourced environments deployed in contexts where power and connectivity are not guaranteed. Every component of a functioning health information system has existed somewhere across the region. The failure has been the absence of anything connecting it.


That gap is what Moana was built to close.


The platform was designed from first principles for the environments it operates in. Offline-first architecture ensures clinical operations continue without internet connectivity. A national surveillance engine feeds directly from clinical workflows, eliminating the need for manual field data collection. A single longitudinal patient record connects every facility, every encounter, and every clinical event into one coherent picture available to any authorised clinician at the point of care.


Moana is currently deployed and operational across healthcare facilities in the Pacific and South and Southeast Asia, with active engagements across the region. The platform is FHIR R4 compliant, follows OpenHIE architecture principles, and is built to integrate with the national digital health infrastructure that Pacific governments are actively developing.


The mission is straightforward. Build the infrastructure these health systems deserve, and deliver it at the standard their clinical teams have always been capable of using.

Michael Carter, Digital Product Designer

Wesley Semi

Founder and CEO, Moana Digital Health

The Pacific has no shortage of dedicated clinicians. What it has lacked is the infrastructure to support them properly.


Across 14 Pacific Island countries and territories, digital health records cover just 2.5 percent of all health facilities. At primary care level, where the majority of Pacific communities receive care, that figure falls to 1.5 percent. The consequences are systemic. Clinical decisions made without access to a patient's full history. No shared visibility across laboratories, pharmacies, and hospitals. Public health field teams manually collecting surveillance data because the facility systems around them are siloed, incompatible, or nonexistent. And this is occurring in the same region where noncommunicable diseases account for more than 80 percent of deaths in some countries, where diabetes and cardiovascular disease drive mortality at rates among the highest in the world, and where that burden continues to grow.


This is not a workforce problem. Pacific health systems have skilled, committed clinical staff. It is a coordination problem. Fragmented systems that cannot communicate with one another. Donor-funded pilots that prove a concept but never reach national scale. Technology built for stable, well-resourced environments deployed in contexts where power and connectivity are not guaranteed. Every component of a functioning health information system has existed somewhere across the region. The failure has been the absence of anything connecting it.


That gap is what Moana was built to close.


The platform was designed from first principles for the environments it operates in. Offline-first architecture ensures clinical operations continue without internet connectivity. A national surveillance engine feeds directly from clinical workflows, eliminating the need for manual field data collection. A single longitudinal patient record connects every facility, every encounter, and every clinical event into one coherent picture available to any authorised clinician at the point of care.


Moana is currently deployed and operational across healthcare facilities in the Pacific and South and Southeast Asia, with active engagements across the region. The platform is FHIR R4 compliant, follows OpenHIE architecture principles, and is built to integrate with the national digital health infrastructure that Pacific governments are actively developing.


The mission is straightforward. Build the infrastructure these health systems deserve, and deliver it at the standard their clinical teams have always been capable of using.

WesleySemi

Founder Story

Wesley Semi

Founder and CEO, Moana Digital Health

The Pacific has no shortage of dedicated clinicians. What it has lacked is the infrastructure to support them properly.


Across 14 Pacific Island countries and territories, digital health records cover just 2.5 percent of all health facilities. At primary care level, where the majority of Pacific communities receive care, that figure falls to 1.5 percent. The consequences are systemic. Clinical decisions made without access to a patient's full history.

No shared visibility across laboratories, pharmacies, and hospitals. Public health field teams manually collecting surveillance data because the facility systems around them are siloed, incompatible, or nonexistent. And this is occurring in the same region where noncommunicable diseases account for more than 80 percent of deaths in some countries, where diabetes and cardiovascular disease drive mortality at rates among the highest in the world, and where that burden continues to grow.

This is not a workforce problem. Pacific health systems have skilled, committed clinical staff. It is a coordination problem. Fragmented systems that cannot communicate with one another. Donor-funded pilots that prove a concept but never reach national scale. Technology built for stable, well-resourced environments deployed in contexts where power and connectivity are not guaranteed. Every component of a functioning health information system has existed somewhere across the region. The failure has been the absence of anything connecting it.


That gap is what Moana was built to close.


The platform was designed from first principles for the environments it operates in. Offline-first architecture ensures clinical operations continue without internet connectivity. A national surveillance engine feeds directly from clinical workflows, eliminating the need for manual field data collection. A single longitudinal patient record connects every facility, every encounter, and every clinical event into one coherent picture available to any authorised clinician at the point of care.


Moana is currently deployed and operational across healthcare facilities in the Pacific and South and Southeast Asia, with active engagements across the region. The platform is FHIR R4 compliant, follows OpenHIE architecture principles, and is built to integrate with the national digital health infrastructure that Pacific governments are actively developing.


The mission is straightforward. Build the infrastructure these health systems deserve, and deliver it at the standard their clinical teams have always been capable of using.

FAQ’s

FAQ’s

All Questions
Answered Right Here

/01
What is MOANA Digital Health?

MOANA Digital Health is an integrated electronic health record (EHR) and health information system designed to support clinical care, administration, and reporting within one connected platform. It helps healthcare organizations move away from fragmented tools and paper-based workflows.

/02
Can MOANA work without internet access?

Yes. MOANA is designed for environments with limited or unreliable connectivity. The system continues to function offline, stores data locally, and synchronizes automatically when an internet connection becomes available.

/03
Who is MOANA built for?

MOANA is built for healthcare systems, including public hospitals, regional health services, clinics, laboratories, pharmacies, and health authorities that need a reliable, system-wide digital health platform.

/04
Is patient data secure?

Yes. MOANA uses encrypted data storage and transmission, role-based access controls, audit trails, and secure backup systems. Data ownership and hosting remain under the control of the healthcare institution.

/05
What kind of training and support is provided?

MOANA includes onboarding for clinical and administrative teams, administrator training, technical documentation, and ongoing support. The focus is on building local capacity so teams can operate and manage the system independently over time.

/06
How does MOANA improve day-to-day care delivery?

MOANA reduces duplicate records, manual reporting, and fragmented workflows. Care teams can access complete patient information at the point of care, supporting better coordination, continuity of care, and safer clinical decisions.

/01
What is MOANA Digital Health?

MOANA Digital Health is an integrated electronic health record (EHR) and health information system designed to support clinical care, administration, and reporting within one connected platform. It helps healthcare organizations move away from fragmented tools and paper-based workflows.

/02
Can MOANA work without internet access?

Yes. MOANA is designed for environments with limited or unreliable connectivity. The system continues to function offline, stores data locally, and synchronizes automatically when an internet connection becomes available.

/03
Who is MOANA built for?

MOANA is built for healthcare systems, including public hospitals, regional health services, clinics, laboratories, pharmacies, and health authorities that need a reliable, system-wide digital health platform.

/04
Is patient data secure?

Yes. MOANA uses encrypted data storage and transmission, role-based access controls, audit trails, and secure backup systems. Data ownership and hosting remain under the control of the healthcare institution.

/05
What kind of training and support is provided?

MOANA includes onboarding for clinical and administrative teams, administrator training, technical documentation, and ongoing support. The focus is on building local capacity so teams can operate and manage the system independently over time.

/06
How does MOANA improve day-to-day care delivery?

MOANA reduces duplicate records, manual reporting, and fragmented workflows. Care teams can access complete patient information at the point of care, supporting better coordination, continuity of care, and safer clinical decisions.

/01
What is MOANA Digital Health?

MOANA Digital Health is an integrated electronic health record (EHR) and health information system designed to support clinical care, administration, and reporting within one connected platform. It helps healthcare organizations move away from fragmented tools and paper-based workflows.

/02
Can MOANA work without internet access?

Yes. MOANA is designed for environments with limited or unreliable connectivity. The system continues to function offline, stores data locally, and synchronizes automatically when an internet connection becomes available.

/03
Who is MOANA built for?

MOANA is built for healthcare systems, including public hospitals, regional health services, clinics, laboratories, pharmacies, and health authorities that need a reliable, system-wide digital health platform.

/04
Is patient data secure?

Yes. MOANA uses encrypted data storage and transmission, role-based access controls, audit trails, and secure backup systems. Data ownership and hosting remain under the control of the healthcare institution.

/05
What kind of training and support is provided?

MOANA includes onboarding for clinical and administrative teams, administrator training, technical documentation, and ongoing support. The focus is on building local capacity so teams can operate and manage the system independently over time.

/06
How does MOANA improve day-to-day care delivery?

MOANA reduces duplicate records, manual reporting, and fragmented workflows. Care teams can access complete patient information at the point of care, supporting better coordination, continuity of care, and safer clinical decisions.

Get in touch

Smart Digital Support for Better Care

Get in touch

Smart Digital Support for Better Care

Get in touch

Smart Digital Support for Better Care