Refugee Aid: Data, AI & the Future of Humanitarianism
- In refugee camps like Za’atari, iris scanners are used to register transactions on blockchain networks, illustrating how digital technology is transforming humanitarian aid.
- The United Nations High Commissioner for Refugees (UNHCR) began using the Biometric Identity Management System (BIMS) after a trial in pakistan.
- By 2020, over 37 million refugees globally had their biometric data registered through BIMS into PRIMES.
Digital technology is reshaping refugee aid, but at what cost? This piece explores how biometric registration, data analytics, and artificial intelligence (AI) are transforming humanitarian efforts. Learn how the “Za’atari Model,” using iris scanners and blockchain, is becoming standard, digitizing refugee experiences. Understand the role of AI in predictive analytics, and the rise of robotics in delivering aid, all while unpacking ethical dilemmas surrounding data protection and potential biases. discover how the same technology used in digital humanitarianism is reflected in digitized warfare, raising profound questions about the future. For critical insights, News Directory 3 has you covered. Discover what’s next in this ever-evolving field.
Digital Humanitarianism: How Technology Reshapes Refugee Aid and Surveillance
In refugee camps like Za’atari, iris scanners are used to register transactions on blockchain networks, illustrating how digital technology is transforming humanitarian aid. This biometric system, initially intended to track refugee registration, has evolved into a comprehensive surveillance operation.
The United Nations High Commissioner for Refugees (UNHCR) began using the Biometric Identity Management System (BIMS) after a trial in pakistan. now, over 90% of Syrian refugees in Za’atari are registered in BIMS to receive aid.This “Za’atari Model” has become standard, digitizing refugee life events and requiring biometric registration for asylum applications and humanitarian assistance.
By 2020, over 37 million refugees globally had their biometric data registered through BIMS into PRIMES. They receive aid payments via digital wallets and communicate with the UNHCR through chatbots. This shift reflects a broader trend of integrating robotics, biometrics, and artificial intelligence into humanitarian efforts, notably in the middle East and North Africa.
These technologies aim to enhance efficiency, but they also rely heavily on data. As one observer noted, “data is the new oil,” driving commercial interests in the humanitarian sector. Companies develop mobile payment apps and biometric registration systems, while states like the United Arab Emirates create digital platforms to coordinate aid logistics.
Though, the involvement of tech companies raises concerns about data protection and the potential for profit to compromise humanitarian principles. Without strong data protection laws,refugee data can become a commodity,raising ethical questions about its use and circulation.
Predictive analytics, using platforms like the WFP’s SHAPES, forecast food security outcomes. While these tools can reduce assessment times, they also raise concerns about algorithmic biases and the use of data collected without full consent.
As a result, knowledge about emergencies and those affected by them is no longer being produced in context but rather through machines and artificial intelligence that dictate how humanitarians should intervene in crisis situations.
Robotics also plays a role, with initiatives like the DARPA Robotics Challenge spurring the development of robots for disaster relief. Robots like Sophia, a UNDP Innovation Ambassador, and Herbert the Sherp, an amphibious truck, exemplify this trend. These technologies aim to deliver aid to dangerous areas, but they also raise ethical questions about who receives aid and who decides.
These technologies mirror those used in warfare, raising further concerns. Systems like Israel’s “Lavender” and “the Gospel” use AI to identify targets, often with minimal human oversight. This blurring of lines between humanitarianism and warfare raises questions about the ethical implications of digital aid.
The success of the Za’atari model has led to its adoption in other refugee camps.while proponents emphasize accountability, clarity, and efficiency, critics argue that these rationalizations mask data extraction and commodification.
Many companies involved in digital humanitarianism are also implicated in digitized warfare. This overlap raises concerns about how these companies are reshaping humanitarian norms and principles, especially as new crises emerge.
…many of the same companies at the forefront of digital humanitarianism are implicated in digitized warfare and other forms of surveillance and violence.
What’s next
As humanitarian actors increasingly turn to digital tools, it is indeed crucial to address the ethical implications of data collection, algorithmic bias, and the blurring lines between humanitarianism and warfare. The future of aid depends on ensuring that technology serves to protect and empower vulnerable populations, rather than exploit them.