activity
20242026
most citedPrivate Electronic Payments with Self-Custody and Zero-Knowledge Verified Reissuance

1 citations · 1 across the 6 of their papers we have counts for

collaborators

6 papers

cs.CR2026

Protocol-Embedded Compliance for Privacy-Preserving, Non-Custodial Digital Payments

Santiago De Simone, Geoffrey Goodell, Georgios Samakovitis

Received wisdom on payments infrastructure strongly supports the custodial, account-based model as a necessity for transaction integrity, auditability and verification; the set of…

cs.CR2026

Privacy is Fungibility: Why Endogenous Tokens Are Not Money

Alex Lynham, Geoffrey Goodell

In this paper, we make a case that endogenous tokens such as cryptoassets are not money. First, we define and classify tokens found on public, permissionless ledgers, contrasting t…

cs.CR2025

Certifying Digitally Issued Diplomas

Geoffrey Goodell

We describe a protocol for creating, updating, and revoking digital diplomas that we anticipate would make use of the protocol for transferring digital assets elaborated by Goodell…

cs.CR2025

A Protocol for Compliant, Obliviously Managed Electronic Transfers

Geoffrey Goodell

We describe a protocol for creating, updating, and transferring digital assets securely, with strong privacy and self-custody features for the initial owner based upon the earlier…

cs.CR2024★ 1 cited

Private Electronic Payments with Self-Custody and Zero-Knowledge Verified Reissuance

Daniele Friolo, Geoffrey Goodell, Dann Toliver +1

This article builds upon the protocol for digital transfers described by Goodell, Toliver, and Nakib, which combines privacy by design for consumers with strong compliance enforcem…

cs.CY2024

Benchmarking the performance of a self-custody, non-ledger-based, obliviously managed digital payment system

William Macpherson, Geoffrey Goodell

As global governments intensify efforts to operationalize retail central bank digital currencies (CBDCs), the imperative for architectures that preserve user privacy has never been…