Actuarial Science · Data Science · CIMA Zone · 14 Countries

The analytics infrastructure for African health insurance

We combine robust statistics, data science and actuarial expertise to help health insurers detect fraud, manage their claims ratio and optimize provider networks.

0–15%of claims lost to undetected fraud
0claims analysed
0CIMA zone countries
0 dto deliver a Proof of Concept

Diagnosis

Why existing tools fail in Africa

8–15%of claims paid are fraudulent across African markets — largely invisible to traditional controls

Diagnosis

  • International tools are calibrated for mature markets: different fee schedules, variable data quality, CIMA-specific contracting structures they cannot handle
  • Control teams manage unmanageable volumes without automatic prioritisation — every file gets the same level of attention
  • No shared data infrastructure exists in the CIMA zone: no common reference, no sector benchmark
  • Network fraud (provider/insured collusion) is invisible to file-by-file analysis

The Karelytics approach

  • Statistical models calibrated on CIMA portfolio specifics: local fee schedules, country-specific claims distributions
  • Explainable risk score on every file — each alert is defensible in one sentence before any audit
  • Progressive construction of a pooled data asset: the more insurers join, the sharper the detection
  • Graph analysis to detect collusion and fraud networks invisible to standard file-by-file controls

Our approach

Data science and actuarial science applied to African health insurance

We apply techniques documented in the scientific literature — anomaly detection, robust statistics, graph analysis — rigorously calibrated for the specifics of CIMA portfolios. Our value is not the invention of the science, but its rigorous application to a domain where it is under-exploited.

Pillar 1

Non-life actuarial science

Domain expertise and deep understanding of African health portfolios — CIMA fee schedules, benefit structures, claims profiles by country and product line.

Claims modelling
Loss ratio analysis
Portfolio segmentation

Pillar 2

Robust statistics & data science

Anomaly detection on incomplete and heterogeneous data — modelling normal behaviour, multidimensional risk scoring adapted to low-volume markets.

Multidimensional risk scoring
Normal behaviour modelling
Statistical anomaly detection

Pillar 3

Unsupervised machine learning

Identification of anomaly combinations no human rule would formulate — organised fraud networks, emerging behaviours, provider/insured collusion.

Relational graph analysis
Network structure detection
Collective behaviour modelling

What we detect

Three detection perimeters

Our engine analyses every file across three complementary risk axes. The exact patterns detected are presented during private demonstrations.

Provider irregularities

  • Tariff anomalies relative to CIMA fee schedules
  • Act / pathology / protocol inconsistencies
  • Statistically atypical behaviour relative to peers
  • Abnormal concentrations on specific file profiles

Member irregularities

  • Inconsistencies in consumption history
  • Identity and eligibility anomalies
  • Statistically aberrant care-seeking behaviour
  • Weak signals of documentary fraud

Network fraud

  • Abnormal statistical links between providers and members
  • Network structures revealing implicit coordination
  • Collective behaviours undetectable file by file
  • Details shared during private demonstration

Auditabilité totale — Every alert comes with an auditable statistical explanation. Our engine prioritises — your teams decide.

Long-term vision

Building the African Optum

The ambition: becoming the reference analytics infrastructure for health insurance in francophone Africa.

As our platform onboards more insurers, the richness of the pooled data increases value for everyone — cross-portfolio fraud detection, precise sector benchmarking, emergence of a shared reference framework that exists nowhere in the CIMA zone today.

14CIMA zone member countries
~150Mpeople under the CIMA regulatory framework
1ststructured health data asset being built in the CIMA zone

Our method

A transparent process. No black box.

01

Data maturity audit

No commitment

Assessment of your available data sources, identification of blind spots, synthetic report delivered within 5 business days.

02

Personalised feasibility note

Proposed scope, detailed technical approach, measurable expected results and success conditions.

03

Proof of concept — 30 days

30 days

On anonymised data, our engine produces its first alerts. Concrete, measurable results at D+30.

04

Pilot — 6 months

6 months

Deployment on a defined scope, iterative adjustments, impact measurement on the loss ratio.

05

Full deployment

Integration into your existing control processes. Team training. Continuous monitoring.

Notre engagement

Every alert produced by our engine is explainable in one sentence to a claims manager. We do not deliver an opaque algorithm — we deliver a rigorous, auditable system.

Zéro déploiement sans résultats mesurables prouvés lors du PoC.

Window of opportunity

Why now?

Three convergences make 2025–2026 the unique window of opportunity for Karelytics.

01

Regulation has just unlocked the market.

The CIMA adopted the digital TPA regulatory framework in 2025. Before this date, delegation of claims management to a digital third-party operator was legally ambiguous across most of the 14 member countries. That barrier has just been removed. Insurers can now legally outsource — and the most agile are actively looking for a partner.

02

The data asset doesn't exist yet — but the window is closing.

The structured, longitudinal claims dataset that Karelytics is building exists nowhere in the CIMA zone today. In 3 to 5 years, better-capitalised players — local or international — will enter this market. The value of the data asset is at its maximum right now. Every month of delay is a month of lost data and reduced lead.

03

The market is structurally under-equipped as it must grow.

Insurance penetration in sub-Saharan Africa is 3% of GDP. Governments are pushing hard towards universal health coverage — CMU in Côte d'Ivoire, CMU/CSU in Senegal, CSU in Cameroon. This expansion will multiply the volume of claims to be processed. Without analytics infrastructure, this growth will be unmanageable.

The first-mover position is being built today. Every claim processed is one more data point in the asset.

Business model

Three revenue streams. One underlying asset.

TPA

Per-claim fee

For every claim processed and analysed, Karelytics receives an operational fee from the insurer.

SaaS

Analytics subscription

Insurers subscribe to real-time claims dashboards and management tools.

B2B Data

Data benchmarks

Pooled sector analyses and predictive models sold to institutions and employers.

A dataset that grows with every claim processed. A value that appreciates over time.

Contact

Managing health risk for your policyholders?

Request a data maturity audit or a platform demonstration.