Digital health technology for African healthcare markets
Systems designed for the connectivity, hosting and standards of the specific country they run in.
Africa is not one healthcare market
Fifty-four countries, each with its own health system, hosting rules and digital health strategy. A service that works in one may be unlawful or impractical in the next. We establish the requirements of the specific market before designing anything.
What we look at for each market
| Consideration | Why it matters |
|---|---|
| National digital health strategy | Most African Union member states now have a current instrument, and it usually sets out the interoperability layer, the record system and the governance expectations a new system will be judged against |
| Data hosting and residency | Rules differ considerably by country, and hosting decisions are expensive to reverse after launch |
| Interoperability standards | HL7 FHIR has become the common direction across the region, and several countries have national exchange architectures a system is expected to work with |
| Connectivity in the actual setting | An urban teaching hospital and a rural clinic are different engineering problems, sometimes within the same programme |
| Device availability | What phones and equipment the users actually have, which constrains the interface as much as any design decision |
| Language | Multiple official and widely spoken languages within a single country, affecting patient interfaces and messaging |
| Cost of running the system | Infrastructure cost matters more where budgets are fixed and grant-funded, so architecture choices are made with running cost in view |
| Who maintains it afterwards | A system requiring specialist support from another continent tends not to survive its first year |
How that changes the engineering
Intermittent connectivity
Offline-capable workflows with local storage and synchronisation, preserving original timestamps.
Limited bandwidth
Lighter interfaces, progressive loading, audio fallback for video consultation, data-efficient payloads.
Mixed device estate
Mobile-first design tested on lower-specification handsets rather than on current flagships.
Data residency rules
In-country or regional hosting where required, with the architecture designed for it from the start.
National exchange expectations
FHIR-based interfaces aligned to the country’s architecture rather than to a generic standard.
Constrained budgets
Cost-aware infrastructure choices, with running cost estimated before build rather than discovered afterwards.
Designed for the setting
What low-bandwidth design looks like. Show the engineering rather than the setting. No photographs of clinics, patients or landscapes on this page.
Experience
Frequently asked questions
[CLIENT INPUT REQUIRED: answer honestly. If not, say how you deliver: remote delivery with in-country partners, travel for key stages, or whatever is actually true.]
[CLIENT INPUT REQUIRED: name only countries where work has been delivered or is contracted.]
Partly, and the parts that transfer are worth designing for. The application and the clinical logic usually move. Hosting, integration with the national architecture, language and connectivity handling usually need reworking for each market.
We establish the applicable rules for the specific country at the planning stage, with local legal advice where the position is unclear, and design hosting and data flows around the answer. We do not apply a single continental assumption, because there is not one to apply.
Yes, and for implementation, training and ongoing support it is often the better arrangement. We are comfortable taking the engineering role alongside a local partner who holds the relationship.
Talk to us about a project in an African market
Tell us the country, the setting the system will run in and who will support it afterwards. Those three answers shape most of the design.