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Capture session learnings, search past context, generate rules. Use at session end to save insights, or to recall previous decisions and patterns.
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Based on SOC occupation classification
| name | memory-system |
| description | Capture session learnings, search past context, generate rules. Use at session end to save insights, or to recall previous decisions and patterns. |
Cortex memory captures learnings across sessions: diary entries, reflections, and rules.
!cx memory stats 2>/dev/null
!cx memory ls -n 5 2>/dev/null
$ARGUMENTS
Capture what was learned in this session:
# Pipe structured context
echo "Task: [what was worked on]
Work Done:
- [item 1]
- [item 2]
Design Decisions:
- [decision 1]
Lessons Learned:
- [learning 1]" | cx memory diary --task CX-N
Find relevant past context:
cx memory search "query"
Analyze patterns across diary entries:
cx memory reflect # Last 7 days
cx memory reflect --since 2024-01-01
Create CLAUDE.md rules from patterns:
cx memory rules
cx memory rules --min-strength strong
cx memory export # Updates CLAUDE.md
cx memory show mem-xxx
Session Work → Diary Entry → Reflection → Rules → CLAUDE.md
cx memory diarycx memory reflect to find patternscx memory rules and cx memory export| Type | Purpose | Command |
|---|---|---|
| diary | Session capture | cx memory diary |
| reflection | Pattern analysis | cx memory reflect |
| rule | CLAUDE.md rules | cx memory rules |
--task CX-N to associate with workcx memory search before asking questionsMerge PR and move Cortex task to done
Create PR and move Cortex task to review
Start working on a task - creates branch, enters worktree and moves to progress
Start a brainstorming session to explore ideas before committing to a plan. Use when the solution isn't clear, there are multiple approaches, or you need to explore trade-offs.
Use this skill for ALL coding work. Enforces task tracking, memory usage, and proper workflow using Cortex MCP tools. MUST be used when implementing features, fixing bugs, or any development work.
Execute the 3-agent workflow (research → implement → verify) for coding tasks. Use for ALL feature implementations, bug fixes, and code changes. Spawns autonomous agents that research, implement, and verify changes.