Provides escrow dispute arbitration guidance using trust-oracle signals.
Copy the install command and let the AI configure it · recommended for beginners
Please install the "io.github.jdhart81/agent-arbitration" MCP server from askskill: Run: claude mcp add --transport http 'io-github-jdhart81-agent-arbitration' 'https://mcp.viridisconservation.com/arbitration/mcp'
Using the following trust-oracle signals, provide an arbitration recommendation for this escrow dispute and explain the basis: the buyer claims the service was not delivered, the seller provides a delivery timeline and on-chain evidence, and the signals include reputation score, historical dispute rate, and recent anomaly flags.
An arbitration recommendation favoring the buyer, seller, or further review, with a brief explanation of which signals informed it.
Here is a set of trust-oracle signals related to an escrow dispute. Help me determine which signals most affect the arbitration outcome and whether any of them conflict: high identity trustworthiness, frequent historical refunds, stable recent transaction behavior, and missing third-party verification.
A ranking or explanation of the most important signals, plus any conflicting factors that may complicate the dispute.
Developers or product teams can use it in escrow payment disputes to form an arbitration reference from trust-oracle signals. It fits scenarios where buyer-seller conflicts need a structured decision basis.
When dispute decisions depend on reputation, historical behavior, or anomaly flags, this tool can help consolidate those signals for review. It is suitable for incorporating multiple trust indicators into one resolution flow.
It is a dispute-resolution arbitration tool for escrow scenarios that uses trust-oracle signals as decision inputs. The provided material only confirms this arbitration and signal-consumption capability.
From the description, it requires trust-oracle signals as input. For exact data formats, keys, or external dependencies, see the source repository.
No documentation excerpt was provided, so the installation steps and runtime requirements cannot be confirmed here. See the source repository for integration details.
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