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From cortex
Creates prospective memory triggers (keyword, file, domain, time), recall filters and boost rules, and syncs insights to CLAUDE.md. Use when automating condition-based memory behavior.
npx claudepluginhub cdeust/cortex --plugin cortexHow this skill is triggered — by the user, by Claude, or both
Slash command
/cortex:cortex-automateThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
trigger, rule, automate, remind me when, auto-remember, sync instructions, push to CLAUDE.md, prospective memory, keyword trigger, file trigger, domain trigger, time trigger, filter rule, boost rule
Captures cross-project learnable patterns (decisions, errors, insights) into a persistent semantic graph via Neural Memory MCP. Auto-recalls context at session start and captures learnings after feature work, debugging, or code review.
Manages persistent semantic memory across sessions: store/retrieve knowledge/TODOs/issues, hybrid semantic search, hierarchy/tags organization, and maintenance tools.
Share bugs, ideas, or general feedback.
trigger, rule, automate, remind me when, auto-remember, sync instructions, push to CLAUDE.md, prospective memory, keyword trigger, file trigger, domain trigger, time trigger, filter rule, boost rule
Set up proactive automation in Cortex — triggers that fire when conditions are met (like opening a specific file or entering a domain), rules that filter or boost memories during recall, and syncing top insights back into CLAUDE.md for persistent project instructions.
Use this skill when: You want Cortex to proactively surface information based on context, filter out noise during recall, or keep CLAUDE.md updated with memory-derived insights.
Create triggers that fire automatically when conditions match:
Keyword trigger — fires when a query/context contains specific words:
cortex:create_trigger({
"type": "keyword",
"pattern": "authentication",
"memory_id": <id>,
"message": "Remember: we decided to use JWT with refresh tokens, not sessions"
})
File trigger — fires when a specific file is being worked on:
cortex:create_trigger({
"type": "file",
"pattern": "pg_store.py",
"memory_id": <id>,
"message": "This file has a known issue with connection pooling under load"
})
Domain trigger — fires when entering a specific project domain:
cortex:create_trigger({
"type": "domain",
"pattern": "cortex",
"memory_id": <id>,
"message": "Priority: finish the refactoring plan before adding new features"
})
Time trigger — fires after a time condition:
cortex:create_trigger({
"type": "time",
"pattern": "7d",
"memory_id": <id>,
"message": "It's been a week — run consolidation"
})
Triggers fire up to 5 times by default, then deactivate. They appear in the query_methodology response at session start.
Add rules that modify recall behavior:
Soft rule (boost/penalize score):
cortex:add_rule({
"type": "soft",
"scope": "domain:cortex",
"condition": "tag:architecture",
"weight": 1.5,
"description": "Boost architecture memories in Cortex domain"
})
Hard rule (include/exclude):
cortex:add_rule({
"type": "hard",
"scope": "global",
"condition": "tag:deprecated",
"action": "exclude",
"description": "Never surface deprecated memories"
})
Tag rule (auto-tag on store):
cortex:add_rule({
"type": "tag",
"scope": "domain:cortex",
"condition": "content_match:refactor",
"tag": "refactoring",
"description": "Auto-tag refactoring memories"
})
List active rules:
cortex:get_rules({
"scope": "domain:cortex"
})
Push top memory insights into project CLAUDE.md for persistent context:
cortex:sync_instructions({
"directory": "<project root>",
"max_insights": 10
})
This extracts the most important, high-confidence memories and formats them as project instructions in CLAUDE.md. Useful for keeping the project-level instructions file updated with lessons and patterns discovered across sessions.
sync_instructions after significant sessions to keep CLAUDE.md current