Abstract

AbstractAnonymous and aggregated statistics derived from mobile phone data have proven efficacy as a proxy for human mobility in international development work and as inputs to epidemiological modeling of the spread of infectious diseases such as COVID-19. Despite the widely accepted promise of such data for better development outcomes, challenges persist in their systematic use across countries. This is not only the case for steady-state development use cases such as in the transport or urban development sectors, but also for sudden-onset emergencies such as epidemics in the health sector or natural disasters in the environment sector. This article documents an effort to gain systematized access to and use of anonymized, aggregated mobile phone data across 41 countries, leading to fruitful collaborations in nine developing countries over the course of one year. The research identifies recurring roadblocks and replicable successes, offers lessons learned, and calls for a bold vision for future successes. An emerging model for a future that enables steady-state access to insights derived from mobile big data - such that they are available over time for development use cases - will require investments in coalition building across multiple stakeholders, including local researchers and organizations, awareness raising of various key players, demand generation and capacity building, creation and adoption of standards to facilitate access to data and their ethical use, an enabling regulatory environment and long-term financing schemes to fund these activities.

Highlights

  • As countries, communities, and individuals around the world have grappled with the unprecedented challenges presented by COVID-19, governments, public health experts, and the development

  • In the context of COVID-19, CDR-derived indicators can offer near real-time insights into patterns of mobility during outbreaks and lockdowns and can follow the impact of public health interventions across the pandemic lifecycle

  • Since the underlying CDR data are uniform across mobile network operator (MNO) and countries, the open source code facilitates and accelerates working with new country cases

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Summary

Introduction

Communities, and individuals around the world have grappled with the unprecedented challenges presented by COVID-19, governments, public health experts, and the developmente20-2 Sveta Milusheva et al.community have urgently sought innovative ways to respond to the pandemic. The first country in which CDR-derived indicators were successfully accessed and analyzed to support COVID-19 response is a case study of preparedness: an existing agreement with a local MNO facilitated faster access to aggregated analytics from CDR data from a prior model of a cholera e20-6 Sveta Milusheva et al.

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