Map user intent to domain-specific SOPs via a central registry.
npx skills add https://github.com/mrsknetwork/nemodev --skill domains-mrsknetwork
Please help me install this Agent Skill. Skill: domains Source: https://github.com/mrsknetwork/nemodev/tree/main/skills/domains Command: npx skills add https://github.com/mrsknetwork/nemodev --skill domains-mrsknetwork
Maps user intent to domain-specific SOPs by dynamically grouping domain intelligence.
Load registry.md, resolve matched domains, load each domain's SKILL.md, extract hard constraints, and inject them into the plan's Execution Checklist.
High-intent search queries and answers about installing and using this skill.
To map user intent to domain-specific SOPs, load a central registry file to identify matched domains, then extract hard constraints from each domain's SKILL.md references to inject into the Execution Checklist.
Parallel loading of domain intelligence prevents policy collisions by ingesting multiple SKILL.md references simultaneously and merging their extracted hard constraints into a synchronized set of rules for downstream agents.
The best way to enforce domain rules is to inject synchronized hard constraints directly into the plan's final Execution Checklist, guaranteeing deterministic behavior and preventing policy violations during execution.
Yes, you can use registry.md to dynamically group domain intelligence with zero dependencies, reading the registry to resolve matched domains and load identified SKILL.md references in parallel.
Execution plans fail to prevent constraint collisions when hard constraints are not synchronized. You must dynamically group domain intelligence and inject the merged constraints into the Execution Checklist.
You need to inject constraints into an Execution Checklist when orchestrating tasks across multiple domains, ensuring that dynamically grouped hard constraints enforce safe execution and prevent policy collisions.
valentinmatheyScan SKILL.md files and publish a deduplicated .atl/skill-registry.md.
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