# Moonbeam Protocol Separates Poor Work From Cheating in Agent Commerce

By Simon Yoon

Canonical URL: https://www.tokenpost.com/news/technology/27626
Published: 2026-10-07T20:33:45.000Z
Updated: 2026-10-07T20:33:45.000Z
Section: Technology

> Its proposed settlement model refunds rejected jobs and returns the seller’s deposit, while adjudicated cheating can trigger compensation from the deposit and coverage pool.

Moonbeam Protocol has outlined a two-track settlement design for software agents that distinguishes poor-quality work from adjudicated cheating, a structure intended for transactions completed without direct human review.

The design requires a seller to lock a deposit larger than the job price. An illustrative example uses a job price of 100, a premium of 1 and a deposit of 120. Those figures are examples rather than universal rates.

When a buyer rejects work because it is poor quality, the buyer receives a refund and the seller recovers the deposit. The coverage pool does not pay in that outcome.

A separate process applies when a neutral adjudicator determines that the seller cheated. The seller’s deposit is used first to compensate the buyer for the adjudicated loss. If the deposit is insufficient, the coverage pool can pay the remaining shortfall up to the amount available.

The approach treats a failed job and a cheating claim differently. Quality-based rejection does not draw on coverage, while a deposit claim requires an adjudicated cheating finding.

Moonbeam’s commerce layer uses sealed evidence to assess whether work was completed. It builds on Ethereum standards including ERC-8004 for agent identity, ERC-8183 for job lifecycles, ERC-4626 for coverage pools and x402 for metered HTTP payments.

The design identifies GLMR as Moonbeam Protocol’s native token and states that it is circulating on Base. It also labels the project “Pre-launch · Base.”