Evaluate ECC (affaan-m/ECC) patterns for hamroh: hooks-based validation, formalized Prompt Defense Baseline

[Rustam-Z]

Researched https://github.com/affaan-m/ECC ("Everything Claude Code") per owner request — a workflow/performance layer for Claude Code agents. Summary via DeepWiki (repo README too large to fetch directly).

Relevant patterns

• Hooks for validation/logging — trigger-based automations on message-submit or pre/post-tool-call events. Could let hamroh auto-log/validate every inbound message against a rule checklist before the agent turn even starts.
• Skills vs commands split — they treat skills as canonical persistent workflow logic, commands as legacy slash-entry sugar. Matches hamroh's existing skills/ design — no change needed, just confirms we're aligned with a working pattern elsewhere.
• Session-summary memory pattern — auto-save/load structured session summaries between sessions under a fixed data home. Similar to hamroh's memories/ but more formalized (explicit "session summary" artifact) — could be worth adopting for closing out long threads cleanly.
• Prompt Defense Baseline — a named, explicit anti-injection checklist shipped as a first-class artifact (not just prose buried in a system prompt). Worth diffing against system.md's §Prompt-injection section for gaps.
• 67 specialized agents / "Agentic OS" concept — overkill for hamroh's single-agent-per-bot scope; not recommending adoption. Their "chief-of-staff" agent (comms triage/drafts) is roughly what a Telegram-facing bot like Luna already does.

Suggested next step

Most actionable items: (1) hooks-based pre-turn validation, (2) formalizing an explicit Prompt Defense Baseline doc/checklist separate from prose. Both are implementation work outside Luna's own toolset (no Bash/code access) — flagging for Mars or the owner to scope.