Tariro Health | Digital Health Infrastructure for Africa

Digital Health Infrastructure

The digital infrastructure powering connected healthcare across Africa.

Identity, interoperability, communication, AI governance, and analytics — built once as shared infrastructure. Live today with MamaBot and Crisis Detect in maternal health, Zimbabwe.

Secure by defaultInteroperable by designBuilt for public health
Community health worker with patients in Africa
What's running today

MamaBot

Conversational maternal triage

Live Deployment

Crisis Detect

Emergency escalation, Tariro OS

Live Deployment

Tariro Immunize

EPI vaccine tracking

Active Module
The Infrastructure Gap

Disconnected systems. Fragmented care.

Healthcare systems across Africa do not collapse because clinicians stop caring. They strain because information stops moving between the people who need it.

Records that do not follow the patient.

A mother seen at a rural clinic and referred to a district hospital often arrives as a stranger — her history exists only on paper, if it exists at all.

Every project rebuilds the same foundation.

Login systems, messaging gateways, and reporting pipelines get rebuilt from scratch for each new health initiative, at the expense of the programme itself.

Pilots that never reach national scale.

Digital health projects that begin as standalone apps rarely have the infrastructure underneath them to grow past a single district.

Before / After

What changes when the platform is the product.

Grounded in the live maternal-health deployment, then extended through reusable infrastructure instead of isolated programme apps.

Before
  • Each programme ships with its own login, patient list, message gateway, reports, and compliance review.
  • Records stay trapped inside the project that created them, so care continuity depends on paperwork and manual follow-up.
  • Teams prove a pilot, then rebuild the same foundations when the next health priority appears.
After
  • Tariro Core provides one identity, data, communication, workflow, and governance layer for every deployment.
  • MamaBot and Crisis Detect prove the model in maternal health; Tariro Immunize extends it without rebuilding the foundation.
  • Governments and partners can evaluate what is live, what is active, and what is roadmap before committing to scale.
Why Infrastructure

Most projects rebuild this. Tariro builds it once.

Every healthcare programme — maternal health today, immunization, HIV, or NCDs tomorrow — eventually needs the same foundation: identity, messaging, records, interoperability, governance, and analytics. Rebuilding that foundation for each new intervention is where budgets and timelines actually go. Infrastructure that is built once and reused is why a second programme can launch in weeks, not years.

Identity

Every programme needs to know who a patient is, once, across every facility.

Interoperability

Every programme needs to exchange data with DHIS2, EMRs, and national registries.

Governance & analytics

Every programme needs audit trails, consent, and reporting it can defend.

Infrastructure that outlasts any single application built on top of it.

The Architecture

Seven layers. One platform.

Each layer is reusable across every programme that runs on Tariro. Depth on each is one click away.

01

Identity & Security

02

Interoperability & Data

03

Communication

04

Clinical Workflow

05

AI Governance

06

Analytics & Reporting

07

Edge & Offline

ProofLive Deployment

Maternal health, Zimbabwe. The deployment this platform is built on.

MamaBot and Crisis Detect run in production today — conversational NLP triage over WhatsApp and SMS, escalation to human providers for danger signs, and a shared record that follows the patient between facilities. Everything else on this site that is not maternal health is roadmap, and we say so.

NLP-powered triage

Understands natural language to identify danger signs in pregnancy and escalate instantly.

EMR-integrated

Every conversation reads and writes to the patient's secure Tariro medical record.

24/7 over WhatsApp & SMS

Reaches communities where facility-based care is not always within reach.

Built on open standards
HL7 FHIR R4DHIS2OpenHIEOpenMRS
Governance & Trust

Not an adjective. A control stack.

Every item here is something our engineering team will confirm in detail if a technical evaluator asks.

1

Encryption

AES-256 at rest, TLS 1.3 in transit. End-to-end encryption for all patient data.

2

Role-Based Access

Access scoped to role and facility — a clinician sees their catchment, not the national dataset.

3

Audit Trails

Immutable logs for every record view, edit, and AI-assisted decision — traceable end to end.

4

Consent Management

Caregiver and patient consent captured and versioned at the point of data collection.

5

Row-Level Security

Data access enforced at the database row level, not just the application layer.

6

Backups

Automated, encrypted backups with defined recovery point and recovery time objectives.

7

Monitoring

Continuous uptime, performance, and security monitoring with alerting on anomalies.

Get Started

Build connected health systems on shared infrastructure.

Deploy connected health applications at scale with FHIR-native interoperability, offline-first architecture, and enterprise security — built for the realities of African healthcare systems.