Interfold Introduces Voting Without a Trusted Operator; Aragon Supports a New Model for Confidential Coordination

Secret ballots become the first implementation of a system where participants contribute private inputs, computation happens without a central executor, and outcomes remain publicly verifiable.

30th June 2026, Zug, Switzerland — Interfold today announces a partnership with Aragon around confidential coordination infrastructure, beginning with a live testnet implementation of secret ballots that removes the need for a trusted operator while preserving privacy, receipt-freeness, and public verifiability.

The system introduces a new model for coordination: participants submit encrypted inputs, computation runs under distributed network enforcement, only results are decrypted through threshold mechanisms, and outcomes remain publicly verifiable – without any single party controlling the process.

“Secret ballots are a practical example of the broader class of systems we call confidential coordination,” said Auryn Macmillan, co-founder of Gnosis Guild, the initial development team behind Interfold. “The goal is not simply to hide votes. It is to let private inputs produce shared, verifiable outcomes without relying on a single trusted operator to run the process.”

Aragon is among the first ecosystem partners supporting this direction, helping validate a model for confidential coordination that does not depend on trusted operators, trusted execution environments, or centralized control over execution and result publication. The collaboration includes support from the Aragon Foundation, an Aragon integration that is available for developers to test and a live app users can explore.

A New Model for Confidential Coordination

Most voting systems ultimately depend on a trusted party somewhere in the stack. Even when votes remain private, someone typically operates the infrastructure, controls execution, manages intermediate state, or decides when results become available.

Interfold was designed to reduce that dependency. Votes are submitted as encrypted inputs and processed through distributed execution. No participant can access votes, and no operator can control the tally. Therefore, no party can unilaterally decrypt the outcome, and yet the final tally remains publicly verifiable. The system enables a vote that no single party runs, while still producing a shared result.

Importantly, the system is designed to preserve receipt-freeness, preventing voters from proving how they voted. This reduces opportunities for vote-buying, coercion, and bribery while maintaining confidence in the integrity of the final outcome.

Why This Matters Now

As digital governance systems expand to include larger communities, institutions, and increasingly autonomous agents, the limitations of fully transparent coordination become more apparent.

Public voting can create social pressure, and large stakeholders can influence outcomes before voting concludes. Visible information allows strategic participants to adapt behavior in real time. Vote-buying becomes easier to coordinate. Many forms of coordination require private inputs while still demanding publicly verifiable outcomes. Secret ballots are the first practical implementation of that principle.

As interest in confidential coordination grows across the Ethereum ecosystem, the approach has also received attention from Ethereum co-founder Vitalik Buterin, who recently highlighted Interfold as an implementation of concepts he has advocated for over the past decade around anti-collusion infrastructure, private voting, and verifiable coordination.

https://x.com/VitalikButerin/status/2059962457297215563

Aragon: Bringing Secret Ballots to Onchain Governance

Aragon's governance infrastructure provides a natural environment for deploying secret-ballot systems. Today's governance mechanisms often require voters to reveal their preferences before an outcome is determined. While transparent, this can introduce signaling effects, strategic behavior, and social pressure that influence outcomes.

“Interfold is addressing one of the hardest problems in onchain governance: how to keep votes private and outcomes verifiable without introducing a trusted operator. Private voting has traditionally required trade-offs between confidentiality, verifiability, and reliance on intermediaries or other single points of failure. Interfold is developing a credible path beyond those trade-offs, and we’re thrilled they’re building on Aragon.”

— Anthony Leutenegger, CEO of Aragon (Aragon X)

Through Interfold's secret-ballot system, governance processes can maintain verifiable results while protecting individual voting decisions.

The Aragon Foundation is providing a grant to support The Interfold’s development work, reflecting its mission to back builders developing public goods that advance onchain governance. Learn more about the demo created by Interfold for Aragon: https://dao.theinterfold.com/  

“Private voting matters far beyond onchain governance. People need to be able to express a preference without coercion, surveillance, or pressure, while still trusting the outcome. Ethereum makes that possible. Supporting open infrastructure for privacy, credible neutrality, and decentralized coordination is exactly the kind of work the Aragon Foundation exists to advance.”

— Paul Dylan-Ennis, Strategic Council Member of Aragon (Aragon Foundation)

The objective is not simply to hide votes. It is to enable governance that remains trustworthy without requiring participants to reveal their positions or trust a central operator to manage the process.

The Beginning of Confidential Coordination

Private voting is the first testable implementation of a broader concept Interfold calls confidential coordination. Rather than protecting a single user's data, confidential coordination enables multiple independent participants to contribute private information toward a shared outcome without exposing those inputs and without relying on a central executor. Secret ballots provide the first demonstration of this model in practice.

Multiple participants submit private inputs. Distributed execution produces a collective result. No participant controls the process and the outcome remains publicly verifiable.

Interfold believes this pattern will support a new generation of governance systems, market mechanisms, and coordination protocols where participants can produce shared outcomes without exposing their private data or relying on a trusted operator. The private voting system is currently available for developers to test, with a live app users can explore through the Aragon integration.

About Gnosis Guild

Gnosis Guild is the initial development team behind Interfold, an applied research studio and venture builder formed within the Gnosis ecosystem in 2021.

The team led the creation of GnosisDAO and has developed widely adopted coordination and execution infrastructure for onchain organizations, including Zodiac, which has secured billions of dollars in assets and enabled millions of transactions across DAOs and other onchain entities.

Gnosis Guild became an independent organization in 2023 and continues to build new systems for onchain coordination, governance, and confidential execution.

About Aragon

Aragon provides the infrastructure for protocols to manage capital allocation, governance, and ownership onchain. Its full-stack framework helps secure over $40 billion in assets across leading protocols including Lido, Curve, Polygon, Taiko, Morpho, and Katana.

About Interfold

The Interfold is a distributed network for confidential coordination. It enables independent parties to produce shared, verifiable outcomes from private inputs without third-party custody, data exposure, or reliance on trusted hardware.

Interfold supports applications such as secret ballots, sealed-bid auctions, and other coordination systems where private inputs must produce verifiable outcomes without relying on a trusted operator. Learn more about Interfold here: https://www.theinterfold.com/ 

Links & Resources

X: https://x.com/theinterfold

GitHub: https://github.com/theinterfold

Documentation: https://docs.theinterfold.com