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Dami Sonoiki, GIS Manager 18th September 2015 Improving Public Health in Northern Nigeria Using Open Source Technologies 2015 © eHealth Africa, All Rights Reserved.

Dami Sonoiki, GIS Manager 18th September 2015 Improving Public Health in Northern Nigeria Using Open Source Technologies 2015 © eHealth Africa, All Rights

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Dami Sonoiki, GIS Manager 18th September 2015

Improving Public Health in Northern Nigeria Using Open

Source Technologies

2015 © eHealth Africa, All Rights Reserved.

About eHealth Africa

Building stronger health systems through the design and implementation of data-driven solutions that respond to local needs and provide underserved communities with tools to lead healthier lives

Leading healthcare delivery support solutions provider in Northern Nigeria; supporting the fight against polio and other vaccine preventable diseases

Working closely with NGOs, the Ministry of Health, and other partners to improve healthcare delivery

About eHealth Africa - Nigeria Project States Total land

area of Nigeria 928,768 SqKm

Estimated total land area of states of operation is 389,446 SqKm

Estimated population of states of operation 43,758, 357

Estimated land area of Kano 20,399 SqKm

Population of Kano State 9,383,682

About eHealth Africa - West Africa Project Countries

Polio in Nigeria – Brief Background

Highly infectious viral disease, which mainly affects young children

Polio is a crippling and potentially fatal infectious disease

There is no cure, but there are safe and effective vaccines

The strategy to eradicate polio is therefore based on preventing infection by immunizing every child until transmission stops and the world is polio-free

Nigeria now confirmed to be Non-Endemic by WHO

Geodatabase

• Administrative Boundaries – Wards (2,814), LGAs (774), States (37, including FCT)

• Health Facilities: > 20,000+

• Settlements: > 146,000+

• Built-Up Areas: > 8,500

• POIs: > 300,000

• Roads: > 500,000 Km

Nigeria Geodatabase Layers

Current State of GIS Technical ArchitectureHybrid model which connects together ESRI ArcGIS

technologies with Free & Open Source GIS Software (FOSS4G) in an integrated environment

eHealth Africa Open Source GIS Architecture

▪ Web services are made available through APIs

QGIS PostGIS

Portal(CKAN)

Desktop GIS Files

Enterprise Database

Distributed Web services

Web GIS (MapServer/GeoServer)

Custom Analysis and Visualization to support custom requirements

Data Sharing Portal deployed on CKAN, fetching data from PostGIS and Publishing data in ESRI Shape, CSV, GeoJSON, WMS and WFS

• Web Editing Service (TinyOWS)• Web Feature Services (WFS) • Web Mapping Tile Service (WMTS) – Image tiling• Web Mapping Service (WMS) – JPEG, PNG• Batch Routing Service (OSRM API)

Web Services

eHealth Africa And FOSS4G

Project initially started on proprietary software

Need to for technology transfer to Government

Need to concentrate on capacity development

Need for community support

Need to integrate other open data and software applications

Data SharingData Portal and Web Mapping Platform

Web Map Platformhttp://gis.ehealthafrica.org/eHealth/ehaloc/index.php

Data Portal: http://data.ehealthafrica.org/

OpenStreetMapOpenStreetMap

States We’ve Mapped• Kano• Kaduna• Katsina• Sokoto• Zamfara• Bauchi

Vaccine Direct Delivery

Health Facilities and Zone classification, cluster creation, drop order, time window, FIFOCascade mapping

Methods:

Cold Store Parent Facilities

Child Health Facilities

Zone (LGAs)Cluster(driver catchment)

Health Facilities

Purpose: Effective last mile vaccine delivery to health facilities to support routine immunization

Reduces stock-outs, eliminate late supply and damage due to high temperature

QGIS to define routing procedures

OSRM to produce batch routing

OSMAnd to monitor driver routes and behaviour

Vaccine Direct DeliveryInteractive Batch Routing - Currently used for Vaccine Direct Delivery Routing

More on routing - Check out Kehinde Adewara at 16:25 Room 12, B1F, K Avenue

Telecommunications Signal Mapping Purpose: Understand health facilities with strong, poor or no mobile network

coverage

Method: Passive Data Collection, Data processing, Data analysis and Web Application Development

Data Collection – Crisis Signal App

Data Storage – PostgreSQL (PostGIS)

Data Processing – FME (Feature Manipulation Engine)

Visualization: CartoDB

Use cases

Health worker communications, Disease Surveillance, Vaccine Delivery

Telecommunications Signal Mapping

Current Developments and Challenges Migrating Internal geodatabase

operational processes to Open Source

Building Open Source Versioning and Replication Environment

Building Oslandia QGIS versioning plugin - https://github.com/Oslandia/qgis-versioning

Current Developments and Challenges Deploying OpenStreetMap Platform and osmosis

Customizing our CKAN platform - building analytics and user management into CKAN

More InformationAcknowledgement: eHealth Africa, eHA GIS Team, Oslandia, Nicolas Gignac

Contacthttp://www.ehealthafrica.org

[email protected]

[email protected]

[email protected]

Twitter@eHealth_africa@dammishow