Audit state synchronization conflicts across extension hosts, webviews, and workers.
npx skills add https://github.com/IdanDavidAviv/virgo --skill state-auditor
Please help me install this Agent Skill. Skill: state_auditor Source: https://github.com/IdanDavidAviv/virgo/tree/main/.agent/skills/state_auditor Command: npx skills add https://github.com/IdanDavidAviv/virgo --skill state-auditor
State sovereignty auditing identifies, analyzes, and resolves state synchronization conflicts across distributed components (extension host, webview, and workers) to prevent race conditions and inconsistent patches.
Run a local audit on your extension by loading the state_auditor module and executing the tri-layer sovereignty checks against your UI, host, and workers.
High-intent search queries and answers about installing and using this skill.
Preventing split-brain state synchronization conflicts requires a tri-layer sovereignty audit to map state containers, identify race conditions across extension hosts and webviews, and enforce deterministic execution through intent-id latching.
Intent-id latching for distributed state reconciliation works by applying standalone patterns that ensure safe, deterministic execution across workers, preventing race conditions and inconsistent patches during state synchronization workflows.
A tri-layer sovereignty audit is a formal process to map state containers, conflicts, and sovereignty boundaries across UI, host, and execution layers, ensuring explicit ownership and authoritative patches to prevent split-brain states.
You can audit state synchronization conflicts across webviews without external dependencies by loading the standalone module and executing tri-layer sovereignty checks against your UI, host, and workers directly.
The best way to resolve inconsistent patches in distributed workflows is through formal reconciliation patterns and an internal audit report template that guides ongoing governance and ensures deterministic outcomes.
You should avoid passive stores for state synchronization when authoritative patches are required across distributed components, as passive stores lack the explicit ownership needed to prevent split-brain states.
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