ISO/IEC 4922-3 Standard on Garbled‑Circuit Based Secure Multiparty Computation Approved, Ant Technology Institute Contributes

Ant Technology Institute helped author the newly approved ISO/IEC 4922-3 standard on garbled‑circuit based secure multiparty computation, a key ISO/IEC JTC1 SC27 international standard, with high‑profile expert participation from multiple countries, highlighting the institute’s deep involvement in privacy‑computing research and standardization.

Garbled CircuitsISO/IEC 4922-3secure multiparty computation

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ISO/IEC 4922-3 Standard on Garbled‑Circuit Based Secure Multiparty Computation Approved, Ant Technology Institute Contributes

OPPO Amber Lab

Nov 18, 2020 · Information Security

How Yao’s Garbled Circuits Enable Secure Two‑Party Computation: A Step‑by‑Step Guide

This article introduces Secure Multi‑Party Computation and its two‑party variant, explains Yao’s garbled circuit technique, details a complete garbled‑circuit protocol, and walks through a concrete millionaire‑problem example to illustrate privacy‑preserving computation.

Garbled CircuitsTwo-Party Computationcryptography

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How Yao’s Garbled Circuits Enable Secure Two‑Party Computation: A Step‑by‑Step Guide

Alibaba Cloud Developer

Mar 12, 2019 · Information Security

Why Publicly Verifiable Covert MPC Is a Game‑Changer for Secure Computation

This article explains the fundamentals of secure multi‑party computation, walks through oblivious transfer and garbled circuits, and introduces a novel publicly verifiable covert (PVC) model that offers near‑half‑honest performance with strong cheating deterrence, highlighting its practical impact on data privacy.

Garbled CircuitsInformation SecurityOblivious Transfer

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Why Publicly Verifiable Covert MPC Is a Game‑Changer for Secure Computation