Africa's Clinical Intelligence Engine

The answer is in your patients' records. All of them.

Kora synthesizes fragmented patient data from multiple EMRs, paper records, and digital sources into decision-ready clinical intelligence that works offline, digitizes paper, and scales from a single clinic to a national population. Built for Africa.

80%
of African healthcare data is unstructured or paper-based
15+
languages supported for paper record OCR and digitization
2 min
to synthesize a complete patient record from any source
0%
internet required for core clinical AI functions

The Problem

Africa doesn't have a data shortage. It has a clarity crisis.

African health systems generate enormous clinical data, but 80% is locked in paper records, siloed EMRs, and low-connectivity environments where data can't move, be read, or be trusted.

Clinicians spend hours hunting fragmented records. Population insights are invisible. Paper never becomes digital. Critical decisions get made with incomplete information.

80%
Healthcare data is unstructured or paper-based
45 min
Average chart review time per complex patient
60%
Of African clinics operate in low/no-connectivity zones
3+
Disconnected EMR systems per average health network

The Solution

The Kora Clinical Intelligence Engine

Kora retrieves, synthesizes, and structures patient data from every source (EMRs, paper records, scanned documents, and voice) into decision-ready clinical intelligence, delivered in minutes, working offline, and scaling from one patient to a whole population.

One Unified Record

Many EMRs. One complete patient story.

Patients move between clinics, hospitals, labs, and pharmacies, each running its own EMR, each holding only a fragment. Kora connects to the systems already in place and centralizes those fragments into a single longitudinal record, so every clinician sees the whole patient instead of a piece of them.

Continuity of Care

The full history follows the patient across every facility and system, no starting from zero at each new visit or referral.

Patient Safety

A complete view of medications, allergies, and prior diagnoses helps close the gaps that lead to dangerous interactions and avoidable errors.

Less Redundancy

When prior results are already on hand, clinicians can avoid repeat labs, duplicate imaging, and re-taken histories.

Greater Efficiency

Less time hunting for scattered records means more time with patients, and less wasted cost and effort across the system.

See It In Practice

How Kora works, in three real moments.

Swipe, or use the arrows, to explore β†’

A first visit, a complete picture.

Outpatient clinic Β· Nairobi, Kenya

A physician in Nairobi meets Mrs. Wanjiku, 76, for the first time. She mentions a leukemia diagnosis from a referral hospital three counties away, visits to two other clinics, and hands over a worn folder of paper lab results. Normally, piecing this together takes days of phone calls, or never happens. With Kora, the doctor opens one screen.

πŸ”—
Pulls every record
Connects to the referral hospital's EMR, both clinics' systems, and the national registry, gathering scattered visits into one place.
πŸ“„
Digitizes the paper folder
OCR reads the printed lab results and handwritten notes, turning the physical folder into structured clinical data.
🧠
Synthesizes one timeline
Builds a unified history: diagnosis, prior chemotherapy, transfusions, current medications, and allergies, deduplicated and source-linked.
⚠️
Surfaces what matters
Flags a bleeding-risk interaction with her current therapy and a falling platelet trend that needs attention today.
Mrs. Wanjiku
76 Β· Female Β· Synthesized by Kora
< 2 min Β· offline
Diagnosis
Chronic Lymphocytic Leukemia (2022)
Prior treatment
4 cycles chemotherapy Β· last transfusion Jan 2026
Current medication
Ibrutinib Β· Allopurinol
Allergy
Penicillin
Latest labs (3 wks ago)
Platelets 88 ↓ Β· WBC 14.2
⚠Bleeding-risk: Ibrutinib. Review before any anticoagulant or procedure.
⚠Platelets trending down across last 3 results. Recheck CBC today.
* Illustrative scenario for demonstration purposes only.

In under two minutes, even with the clinic offline, the physician walks in knowing Mrs. Wanjiku's full history, current medications, and the alerts that matter. No phone calls. No missing records. No guesswork.

An unconscious patient, no history.

Emergency department Β· Lagos, Nigeria

An emergency physician receives Mr. Adeyemi, 58, brought in confused and sweating by relatives who don't know his medications or conditions. Every minute counts. She searches Kora by his name and national ID.

πŸ”
Finds him instantly
Matches him to records from two hospitals and a clinic he visited in the past year, no paperwork, no waiting.
πŸ”—
Loads recent providers
Pulls his active problem list, current medications, and most recent labs from his latest visits.
🧠
Synthesizes the picture
Diabetes managed with insulin and a sulfonylurea, alongside reduced kidney function.
⚠️
Surfaces the danger
Flags a high hypoglycemia risk and a critically low recent glucose, pointing straight to the likely cause of his confusion.
Mr. Adeyemi
58 Β· Male Β· Synthesized by Kora
ER Β· 90 sec
Active conditions
Type 2 Diabetes Β· CKD Stage 3 Β· Hypertension
Current medication
Insulin glargine Β· Glipizide Β· Lisinopril
Last visit
11 days ago, endocrinology clinic
Latest labs
Glucose 2.8 mmol/L ↓ Β· eGFR 41
Allergy
None recorded
⚠Sulfonylurea (Glipizide) + reduced kidney function β†’ prolonged hypoglycemia risk.
⚠Most recent glucose critically low. Treat hypoglycemia first.
* Illustrative scenario for demonstration purposes only.

Within minutes, without a single answer from the family, she identifies severe hypoglycemia, treats it immediately, and admits him for monitoring. The history made the diagnosis.

Catching an outbreak before it grows.

Population health Β· State health department

An infectious-disease physician suspects Hepatitis B cases are climbing in the north of the region. Instead of waiting for quarterly paper reports, she opens Kora's population dashboard.

πŸ“ˆ
Spots the trend
New Hepatitis B diagnoses are up 34% over three months, concentrated in three LGAs.
πŸ’‰
Connects the gap
Those same LGAs show Hepatitis B birth-dose and childhood vaccine coverage far below target.
πŸ—ΊοΈ
Drills into the data
Maps cases by facility and age group, revealing clusters around two specific communities.
🎯
Acts on it
Targets a catch-up vaccination and screening campaign exactly where it is needed, and tracks impact in real time.
Hepatitis B, Northern Region
Live population surveillance Β· Kora
Real-time
New cases (90 days)
412 ↑ 34%
Hotspot LGAs
Bichi Β· Dawakin Β· Gwarzo
Hep B birth-dose coverage
48% ↓ (target 90%)
Most affected age
15-34 years
Screening coverage
22%
⚠Case uptick concentrated in 3 LGAs. Investigate cluster.
⚠Vaccine coverage 48% vs 90% target. Schedule catch-up campaign.
* Illustrative scenario for demonstration purposes only.

She launches a targeted screening and vaccination drive in the affected communities, weeks before a paper-based system would have flagged the rise, and watches coverage climb in the same dashboard.

πŸ”—

Universal Data Synthesis

Built to connect to leading EMR and health information systems. Ingests paper records, scanned documents, voice notes, and lab results from any source, simultaneously.

πŸ“‘

Offline-First Architecture

Edge AI inference runs entirely on-device. No internet required for clinical intelligence. Automatically syncs across facilities when connectivity is restored.

🌍

Population Health Engine

Real-time disease surveillance across districts. Track vaccination coverage, detect outbreaks early, monitor chronic disease burden, and auto-report to WHO and national health authorities.

πŸ“„

Digitization Intelligence

Convert paper records, handwritten notes, and legacy files into structured clinical data using OCR and AI. Supports 15+ languages and local handwriting styles.

🧠

Clinical Decision Support

AI models trained on African patient populations (malaria, sickle cell, TB, HIV/AIDS, hypertension, and maternal health) surface relevant decision aids at the point of care.

πŸ“Š

Evidence-Grade Outputs

Every extracted data point links back to its source document and page. Audit trails, source verification, and confidence scoring built in from day one.

Who We Serve

Built for every layer of the health system.

National health intelligence, without the infrastructure overhaul.

Ministries of Health, public health agencies, NGOs, and international health organizations use Kora to see the entire health system in real time (disease burden, service coverage, and population outcomes) without requiring uniform EMR adoption across every facility. Kora unifies paper-based and digital facilities into a single, policy-ready evidence base for national and sub-national decision-making.

  • βœ“National & sub-national dashboards: disease burden, coverage, and outcomes by state, LGA, and district
  • βœ“Real-time disease surveillance, outbreak early-warning, and notifiable-disease reporting
  • βœ“Automated WHO, IDSR, and donor (PEPFAR, Global Fund, Gavi) reporting, no manual aggregation
  • βœ“Evidence for resource allocation: target funding, staffing, and supplies to the highest-need regions
  • βœ“Program monitoring & evaluation, impact measurement, and grant/compliance reporting
  • βœ“Works with paper-based and digital facilities simultaneously, no facility left invisible
  • βœ“Data sovereignty: de-identified aggregation hosted in-country, aligned to national data-protection law
National Health Intelligence: Sample View
National
Real-time health intelligence across every facility
States / regions live
36National
Facilities reporting
4,218+312
On-time IDSR reports
92.1%+6.4%
Essential-medicine stockouts
11 LGAsAction
Active outbreak alerts
3New
Donor reports automated
100%WHO/IDSR
* Illustrative data for demonstration purposes only.

Population Health

From individual records to national health intelligence.

Kora's Population Health Engine aggregates de-identified clinical records into real-time district and national dashboards, turning individual patient encounters into system-wide intelligence that drives policy and saves lives.

🦟 Disease surveillance & outbreak early warning
πŸ’‰ Vaccination coverage & immunization gap tracking
πŸ«€ NCD burden monitoring (diabetes, hypertension)
πŸ‘Ά Maternal, newborn & child health indicators
πŸ›οΈ National & sub-national policy dashboards (state, LGA, district)
πŸ’° Resource allocation & donor-fund targeting by need
🌍 Health-equity & access-gap analytics
πŸ“Š Automated WHO IDSR & donor reporting
πŸ”” Real-time district-level alert system
For Ministries of Health & Donors

Kora gives government decision-makers a single, real-time evidence base across every facility, even where most still run on paper, so policy, budgets, and emergency response are driven by current data, not last year's survey.

36+
States / regions on one national view
IDSR
WHO-aligned surveillance reporting
In-country
Data residency & sovereignty
Population Dashboard: Sample View
Malaria Cases, Kano North
2,847+12%
DPT3 Vaccination Coverage
73.4%+4.2%
TB Treatment Adherence Rate
81.2%-2.1%
Antenatal Care Visits (Q2)
14,203+8.6%
Facilities Reporting On-Time
92.1%+6.4%
Essential Medicine Stockouts
11 LGAsAction
Active Outbreak Alerts
3New
* Illustrative data for demonstration purposes only.
Kora System Status
Internet ConnectionUnavailable
Kora AI EngineRunning βœ“
Patient RecordsAccessible βœ“
Clinical Decision SupportActive βœ“
Population DashboardsActive βœ“
Records Queued for Sync47 records
Kora automatically syncs and pushes population updates when connectivity restores.

Offline-First Architecture

Built for Africa's realities. Works at 0% connectivity.

60% of African clinics operate in low or no-connectivity environments. Kora's AI runs entirely on-device via edge inference, no internet required for clinical intelligence, patient records, or decision support.

Edge AI Inference
Clinical AI models run locally on-device or on a facility server. Full capability without cloud dependency.
Smart Sync
When connectivity returns, only changed data syncs, minimizing bandwidth costs on expensive mobile data.
Device-Agnostic
Runs on low-end Android tablets, laptops, and shared workstations. No specialized hardware required.

Data Synthesis

Written. Digital. Spoken. We take it all.

Kora doesn't require data to already be digital. We meet health systems where they are, and bring everything into a unified, structured clinical record.

πŸ“

Handwritten Notes

OCR and AI extract clinical data from handwritten patient notes in 15+ languages, including local scripts.

πŸ—‚οΈ

Paper Records

Scan and digitize patient folders, lab slips, prescription history, referral letters, and ward notes.

πŸ’»

Multiple EMRs

Designed to connect multiple EMR and health information systems simultaneously with zero duplication.

πŸ”¬

Lab & Diagnostic Data

Ingest PDF lab results, DICOM imaging, instrument printouts, and rapid test records from any facility.

How It Works

From fragmented data to decision-ready intelligence in three steps.

01

Ingest

Connect your existing EMRs, scan paper records, and upload data in any format, structured or unstructured, digital or handwritten, lab printouts or voice notes.

02

Synthesize

Kora's engine normalizes, deduplicates, and structures all data into a unified patient record. AI extracts clinical concepts and links every data point back to its source.

03

Deliver

Clinicians get decision-ready summaries. Population health teams get real-time dashboards. Ministries get automated WHO and national health reports, all with full audit trails.

Infrastructure

Built for African Infrastructure Reality

Kora works in the real Africa, where internet goes down, where clinics run on generators, where data can't be lost because it's the difference between life and death.

Connectivity

We plan to partner with mobile network providers to make affordable, reliable data available to healthcare clinics.

Power & Energy

We plan to work with solar and off-grid energy providers to help keep clinics powered.

Satellite Backup

We plan to explore satellite providers for redundant connectivity when primary internet fails.

Government Alignment

We intend to engage health ministries across Nigeria, Kenya, and Ghana to align Kora with national digital health infrastructure.

Want to partner with Kora?

Get in touch

For EMR Vendors & Health IT Partners

Make your EMR the most powerful clinical platform in Africa.

Kora plugs into your existing EMR as an intelligence layer, adding AI-powered data synthesis, population health, and offline capability without displacing a single workflow your clients depend on. Your EMR gets smarter, your clients get better outcomes, and you grow alongside them.

⚑

Strengthen Your Product

Add cross-system data synthesis, AI clinical decision support, and real-time population dashboards to your EMR product suite, without building it yourself. Kora's API is designed to integrate in days, not months.

πŸ”’

Deepen Client Retention

Clients who see better outcomes stay longer. When Kora synthesizes the full patient record, including data from outside your EMR, your clients deliver higher-quality care and attribute that value to your platform.

🌍

Expand Your African Reach

Kora's offline-first architecture and paper digitization capability extend your EMR into low-connectivity rural and semi-urban markets across Africa that cloud-dependent systems can't serve.

πŸ“ˆ

New Revenue Streams

Co-sell Kora's population health and government reporting modules alongside your EMR. Partners share in subscription revenue from district dashboards, national health reporting, and population analytics.

What EMR partners get

  • βœ“
    Bi-directional API integration
    Kora reads from and writes back to your EMR via HL7 FHIR, standard REST APIs, or custom connectors, keeping your system the system of record.
  • βœ“
    Patient record enrichment at point of care
    When a patient opens in your EMR, Kora automatically surfaces synthesized records from every other facility they've visited, paper records included, directly in your UI.
  • βœ“
    Population health add-on module
    Offer your health-system clients real-time district dashboards and automated WHO and national health reporting as a co-branded feature, powered by Kora's aggregation engine.
  • βœ“
    Zero infrastructure burden
    Kora runs on the client's existing hardware or Kora's cloud. No new servers, no new contracts for your clients to manage.
  • βœ“
    Shared implementation support
    Kora's clinical integration team works alongside your onboarding team at joint accounts, cutting time-to-value for clients without adding to your support load.
How Kora Complements Your EMR
Your EMR
Your EMR captures the encounter
+ Kora
Kora brings in every prior record from any source
Your EMR
Your EMR holds the structured data
+ Kora
Kora digitizes paper records and adds them to the record
Your EMR
Your EMR serves the facility
+ Kora
Kora aggregates across all facilities into population intelligence
Your EMR
Your EMR works online
+ Kora
Kora keeps it working when connectivity fails
FHIR
Standards-based: HL7 FHIR and open APIs
< 1 wk
Target API integration time
0
Rip-and-replace required
Schedule a Demo β†’

Privacy & Data Protection

Health data is sacred. We protect it by design.

Patient information is among the most sensitive data that exists. Privacy and security are built into Kora from the ground up, not bolted on afterward.

Encrypted end to end

Data is encrypted in transit using modern TLS and encrypted at rest, so records stay protected both on the network and on disk.

In-country data residency

Kora is built to store and process clinical data inside the country it comes from, in line with national health-data and data-protection laws.

Private by staying local

Because Kora's AI runs on-device or on a facility server, sensitive data often never has to leave the clinic to deliver clinical intelligence.

Least-privilege access

Role-based access controls and audit logging mean people and systems see only the data they need, and every access is recorded.

De-identified by default

Population-health analytics run on de-identified, aggregated data wherever individual-level records aren't required.

Built for African data law

Our practices are designed to align with data-protection laws in Nigeria, Kenya, Ghana, and other markets, under agreements with the partners whose data we handle.

For Investors

The infrastructure layer for African healthcare data.

Kora sits at the highest-value layer of the African health tech stack, the clinical data infrastructure that every EMR, diagnostic company, insurer, and ministry will depend on. Founded by a physician and clinical AI consultant with deep expertise in African health systems. Kora was designed and built collaboratively by physicians practicing domestically and abroad, bringing together frontline clinical insight from multiple healthcare environments to create the most comprehensive clinical intelligence system for Africa.

$45B
African digital health market by 2030
1.4B
People with fragmented or no digital health records
54
Countries with critical health data infrastructure gaps

Why Kora Wins

βœ“
Offline-first architecture
Purpose-built for African connectivity realities: clinical AI runs entirely on-device, no cloud required.
βœ“
Paper + digital synthesis
No other platform synthesizes both paper and digital data at scale in Africa. This is the moat.
βœ“
Physician-built, physician-led
Designed collaboratively by physicians practicing domestically and abroad, comprehensive by design, not by assumption.
βœ“
Complementary to every EMR
Not a rip-and-replace play. Kora augments existing EMR investments, reducing sales friction and accelerating adoption.
βœ“
Dual revenue model
Clinic and health system subscriptions, plus government and donor revenue streams via population health and national health reporting.
βœ“
Proven GTM path
Private clinics β†’ health systems β†’ national ministries. Each stage funds the next and expands the data network effect.

About Us

Built by clinicians, for clinicians.

Kora is designed and built by a collaborative team of practicing physicians, pairing frontline clinical insight with applied AI expertise to solve the problems they face at the bedside every day.

🩺

Multi-specialty physicians

Expertise across pediatrics, internal medicine, hospital medicine, and infectious diseases, the front lines of everyday care.

40+

Combined years of clinical experience

Decades at the bedside across diverse healthcare settings, Kora is built on real clinical workflows, not assumptions.

🧠

Applied AI credentials

Formal AI training and certifications from Stanford and the American Board of AI in Medicine (ABAIM).

A collaborative team effort, physicians practicing domestically and abroad, building Kora together.

FAQ

Frequently asked.

Request a Demo

See what Kora looks like in your workflow.

A 30-minute demo with our clinical team. Tell us a little about you and we'll be in touch.

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