A new OT protocol using quadratic residuosity that shifts computation to the sender, achieving 39.90 μs online receiver cost on IoT devices for 128-bit security, over 10x faster than SimplestOT.
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UNVERDICTED 2representative citing papers
DNS over CoAP with packet length equalization, block-wise transfer, header and payload compression reduces DNS identification accuracy to 77-86% in constrained IoT scenarios, outperforming DNS over HTTPS.
citing papers explorer
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I-(OT)^2: A Client-optimal Oblivious Transfer Protocol for IoT Devices
A new OT protocol using quadratic residuosity that shifts computation to the sender, achieving 39.90 μs online receiver cost on IoT devices for 128-bit security, over 10x faster than SimplestOT.
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Secrets Best Not Shared: DNS Privacy Enhancements for the Constrained IoT
DNS over CoAP with packet length equalization, block-wise transfer, header and payload compression reduces DNS identification accuracy to 77-86% in constrained IoT scenarios, outperforming DNS over HTTPS.