Augur returns with decentralized layer for disputed prediction markets

Augur has returned with a proposed resolution system and a two-month token migration test as prediction markets draw increased institutional scrutiny.

According to a press release shared with crypto.news, the Lituus Foundation announced the relaunch alongside the Augur Lituus whitepaper, which outlines a settlement layer for prediction markets facing disputed outcomes. Under the proposed system, markets could resolve contested events without depending on a company, committee, multisignature wallet, or governance council.

Rather than opening another trading platform, the foundation plans to offer the resolution layer as infrastructure that other prediction markets and protocols could use. Its design separates the process of determining an outcome from services such as trading, liquidity management, user interfaces, and customer distribution.

The whitepaper also compares several decentralized oracle systems, focusing on how each one may perform when participants have a financial reason to influence a result. According to the foundation, Augur Lituus uses economic incentives intended to make support for an accurate outcome more rational than backing a false one.

“Prediction markets are only as credible as their resolution process,” Lituus Foundation co-founder Phill said.

“As markets become larger and more influential, the question isn’t whether they can predict the future. It’s whether they can determine what actually happened when billions of dollars depend on the answer.”

Augur is testing settlement through a live token fork

Alongside the whitepaper, Augur has started what it calls the Moon Fork, a public test of its dispute and algorithmic fork process. The exercise stems from a prediction market connected to NASA’s Artemis II mission, according to the foundation.

During the test, REP token holders must choose which version of the protocol to support by moving their assets within a two-month migration period. The foundation said tokens remaining in versions that participants abandon would lose their economic relevance.

Unlike an internal simulation, the Moon Fork involves financial incentives and public participation. The foundation said the process would test token migration, user coordination and behavior when competing versions of an event’s outcome exist.

Augur originally introduced its prediction-market model during Ethereum’s early development. Its system allowed users to create markets tied to real-world events, while REP holders participated in settling their outcomes through economic incentives.

The project’s renewed focus comes after prediction markets such as Polymarket and Kalshi attracted more users and attention. Many current platforms still depend on centralized operators or governance procedures to decide contested outcomes, according to the Lituus Foundation.

Institutional controls are increasing around event contracts

Prediction markets are also facing closer examination over how traders may use confidential information. As previously reported by crypto.news, Goldman Sachs, Morgan Stanley, JPMorgan Chase and Bank of America have introduced or revised employee policies covering event contracts.

Those restrictions are intended to limit insider-trading and conflict-of-interest risks on platforms including Polymarket and Kalshi, crypto.news reported. Employees may hold information about elections, economic releases, corporate decisions or geopolitical developments before it becomes public.

Goldman Sachs has prohibited staff from trading contracts connected to the bank, elections, financial markets, macroeconomic data and geopolitics. The bank adopted the rules as regulators and companies began paying closer attention to employee activity on prediction platforms.

While those controls concern who may trade and what information they possess, Augur’s proposed system addresses a separate part of the market: how a disputed contract is settled after the underlying event has occurred. The foundation has not provided a launch date for general use of the Lituus resolution layer.