Expose a hybrid conflict router that resolves conflicts via write, human fork, or recompute.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "cascade-mcp" yet — see the docs or source repo.
Use cascade-mcp to route this set of multi-agent output conflicts, and state whether each conflict should be accepted as a write, forked to a human, or recomputed.
A per-conflict decision list showing the routing outcome for each item.
In this automated workflow, use cascade-mcp to determine when conflicts can be resolved automatically and when they must be escalated to human review, then output the decisions.
A conflict classification result distinguishing auto-resolved items from human-reviewed ones.
Use cascade-mcp to analyze these conflict cases and mark which can keep the write, which should go to a human, and which must be recomputed.
A conflict handling list with items routed into the three possible outcomes.
Developers can use it when multiple agents produce or write competing results at the same time. It fits workflows that need per-conflict routing between automatic acceptance, human intervention, and recomputation.
In automated workflows where not every conflict should be decided automatically, this tool can route some conflicts to humans. That helps combine automated handling with human review.
When some conflicts can neither be accepted directly nor resolved only by human judgment, it can identify cases that must be recomputed. This is useful for result pipelines needing a more robust conflict strategy.
It exposes a hybrid conflict resolution router as MCP tools. For each conflict, it decides whether a multi-agent write wins, the case is forked to a human, or the result must be recomputed.
It is suited for multi-agent or automated workflows that include a conflict-resolution step. It is especially useful when the process must switch between automated decisions, human intervention, and recomputation.
The provided information does not include installation steps, runtime requirements, or key dependencies. See the source repository for specific prerequisites.
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