HHI's research on Technology and Innovation examines the impact of emerging technologies on the humanitarian field, focusing on both ethical and technical considerations. Explore the individual programs below to learn more about this work.
Leverages the potential of geospatial data and analytics to introduce new ways of thinking, identify targets for micro-planning and research, and optimize resource allocation for cost-effective programming
The COVID-19 pandemic marks one of the greatest global challenges experienced this century. It has led to more than 20 million reported infections and caused more than 800 000 deaths world-wide. Despite attempts at lifting restrictions for lock-downs and seeking ways “back” to a “new normal”, we are far from a stable transition to a new normal life.
Digital Health solutions have already been used in many ways from tracking and tracing apps to deep learning for analysis of computerized tomography images or audio-based diagnosis and early symptom recognition. However, there are many technologies and innovations that remain unexploited with vast potential in improving the reliability, trustability, usability, and explainability of healthcare services: including the speed and quality of diagnosis, healthcare process and results. In addition, novel technology solutions and innovations to adapt processes and technologies are desperately needed. Further, there is a need for new regulatory pathways and processes for rapid testing, approval and integration of these new technologies into practice.
Many opportunities for the development and application of health technologies and digital health exist in the global fight against Coronavirus that concerns all of us.
In this light, this Research Topic aims to explore new approaches and scientific developments that enable and accelerate the adoption and diffusion of health technology innovations in health systems to improve the fight against the COVID-19 pandemic. The collection will bring together novel technologies, innovations and approaches, including studies and cases from a highly interdisciplinary point of view to harness strengths and perspectives of diverse experts.
Topic of interest include but are not limited to:
New production methods for rapid and flexible manufacturing at scale for:
The drivers of human displacement are becoming more and more complex, ranging from conflict and persecution to the increasingly pertinent variables of heightened mobility and social media influences. Of rapidly but appropriately escalating concern is the impact of climate change. While the intensity and severity of climate-induced disasters and climate-related migration will be unevenly distributed across space and time, the World Bank estimates that approximately 140 million people will be displaced globally due to climate-related reasons by 2050. The effects of climate change are expected to be particularly pronounced in Africa, where rising temperatures, unpredictable anomalous rainfall and high vulnerability to extreme natural hazards will continue to exacerbate conflict and harm local and regional human, economic, and environmental security.
In the East and Horn of Africa (EHoA) in particular, the dependence on rain-fed agriculture and pastoralism means that livelihoods and food security are inextricably linked and affected by long-term or sudden environmental changes and natural hazards. The extreme natural hazards that have struck EHoA in recent years have caused widespread hunger, displacement, loss of critical infrastructure and livelihoods, and death
In an effort to understand the complex variables that influence migration, the International Organization for Migration (IOM) developed the Displacement Tracking Matrix (DTM) to track and gather information about populations on the move. The Flow Monitoring Registry (FMR) captures a wealth of data about the migratory routes, the demographics and nationality of migrants, reasons for migration, modes of transportation used to facilitate movement, and vulnerabilities experienced by these populations. While the descriptive data provides a wealth of information, more can be done to analyze the complexities of and interactions between migration, conflict, environmental changes, and climate-related events. Climate projections further suggest that environmental changes will likely further lead to decreased water availability, lowered agricultural productivity, and increased disease transmission in the region, producing complex ramifications regarding local and regional conflicts, economics, politics, and migration.
The porous borders in EHoA have contributed to some of the highest volumes of cross border movement in the world. In 2020 alone, EHoA hosted 6.5 million internally displaced persons (IDPs) and 3.5 million refugees and asylum seekers.6 In the same year, the Horn of Africa experienced unusually high levels of precipitation leading to disastrous floods and landslides and creating ideal conditions for an detrimental locust plague towards the end of 2019 that devastated crops and disrupted livelihoods. The extreme precipitation experienced across much of the Horn in 2019 was preceded by anomalous rainfall the previous year. 2018 was particularly hot and dry in the Horn of Africa, with positive temperature anomalies of around 2°C and below-average precipitation contributing to drought-like conditions in Somalia, Eritrea, and Djibouti while Kenya and Sudan experienced above-average precipitation.8 The drought-like conditions in Somalia, Eritrea, and Djibouti contributed to widespread food insecurity that affected approximately 12 million people. These extreme weather conditions are increasingly exacerbating the already complex and interconnected factors driving migration in the Horn of Africa, and are only expected to escalate in the future.
For this study, the IOM RDH in Nairobi partnered with the Humanitarian Geoanalytics Program at the Harvard Humanitarian Initiative to leverage spatial analytics to investigate migration flows in the East and Horn of Africa and Yemen. Geospatial analytics hold tremendous potential to introduce new ways of thinking, build research capacity, study impacts, and facilitate costeffective programming. The adoption of geospatial methods into research oriented towards populations on the move, gives us the capacity to accurately characterize the spatial heterogeneity of migrating populations. Furthermore, by incorporating environmental variables into this spatial analysis, we begin to reveal relationships previously undiscovered that could contribute to a richer understanding regarding migration in the region.
This study explores how pastoralists respond to changing environments in Somaliland . An agent-based model is used to simulate the movement of nomadic pastoralists based on typologically diverse, historical data of environmental, interpersonal, and transactional variables in Somaliland and Puntland between 2008 and 2018. Through subsequent application of spatial analysis such as choropleth maps, kernel density mapping, and standard deviational ellipses, we characterize the resultant pastoralist population distribution in response to these variables.
As the Syrian civil war enters its tenth year on March 15, the Signal Program on Human Security and Technology conducted satellite imagery analysis to capture the rapid expansion of displaced people’s camps and the widespread impact of aerial bombardment in Idlib, Syria. This work was completed in collaboration with Save the Children and World Vision International. On 1 March 2020, the UN estimated that 961,286 individuals have been displaced since December 1, 2019; this is the largest mass displacement and acute humanitarian crisis since the Syrian conflict began in 2012. Analyzing two internally displaced person (IDP) camps, the Signal team found that the camp areas analyzed increased by approximately 100% and 177% respectively between September 2017 and February 2020. Camp growth between December 2019 and 2020 revealed new structures and further construction, consistent with a significant influx of displaced persons. The UN Human Rights Council reports that between May 2019 and January 2020, aerial bombardment and a surge of ground-level assaults contributed to a wave of IDPs throughout Idlib as civilian areas were repeatedly targeted. Signal’s analysis of two areas in conflict-affected towns in southern Idlib found that approximately 30% of structures were damaged; this figure likely underestimates the total damage.
This report captures the lessons learned during a project titled, “Children on the Move: Using Satellite Data Analysis in Conflict/Famine-Affected Areas.” This document details the project’s progression and the rationale for transitioning from satellite imagery analysis to agent-based modeling as the primary mode of analysis. This project was conducted in collaboration with the Governance Lab at New York University, the Signal Program on Human Security and Technology at Harvard Humanitarian Initiative, and UNICEF.
This guide outlines the tools and techniques to establish a foundation for visual analysis and discusses how these techniques can assist in identifying notable landscape features pertaining to agriculture, settlements, water catchment, and livestock in northern Somalia. To the knowledge of the Signal Program analysts, there is no systematic open-source remote sensing documentation of frequently occurring natural and man-made features in Somalia. This guide helps users to identify and analyze these features, particularly humanitarian practitioners supporting activities in the Horn of Africa. This project, titled “Children on the Move: Using Satellite Data Analysis in Conflict/Famine-Affected Areas,” was carried out in collaboration with UNICEF, the GovLab at NYU, and the Signal Program on Human Security and Technology at Harvard Humanitarian Initiative.