
TL;DR
This paper introduces a privacy-preserving electronic token system designed for disaster victims to conduct essential transactions without traditional banking, ensuring security, privacy, and compliance.
Contribution
It presents a scalable, privacy-focused token payment system tailored for disaster scenarios, combining direct claimant control, untraceable transactions, and strict compliance checks.
Findings
Provides a secure, privacy-preserving transaction mechanism for disaster victims.
Ensures only legitimate businesses can redeem tokens, with embedded compliance.
Supports direct control of tokens by claimants, reducing failure risks.
Abstract
We propose a novel payment mechanism for use by victims of large-scale conflict or natural disasters to conduct critical economic transactions and rebuild damaged infrastructure in the absence of both cash and traditional electronic payment mechanisms linked to bank accounts, such as debit cards or wire transfers. Claimants shall receive electronic tokens that can be used to pay registered businesses, such as purveyors of food and other basic goods, providers of essential services, and contractors to carry out construction tasks. The system shall be based upon the scalable architecture for retail payments described in our earlier work, which provides both strong privacy for consumers and strong compliance enforcement for recipients of funds. The system shall be designed to achieve three main objectives. First, tokens issued to claimants would be held directly by the claimants…
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Taxonomy
TopicsBanking stability, regulation, efficiency
