taodeng/memory-continuity
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docs: add "Why this plugin?" section highlighting differentiators

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Emphasize zero-dependency, plain-file, backup/migrate simplicity,
upgrade-proof design vs vector-DB-based memory plugins.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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taodeng
2026-03-15 14:18:06 +10:00
co-authored by Claude Opus 4.6
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OpenClaw **lifecycle plugin** for short-term working continuity. Preserves structured in-flight work state across `/new`, reset, gateway restarts, model fallback, and context compaction. OpenClaw **lifecycle plugin** for short-term working continuity. Preserves structured in-flight work state across `/new`, reset, gateway restarts, model fallback, and context compaction.
## Why this plugin?
There are feature-rich memory plugins out there (vector search, semantic dedup, smart extraction). We took a different path:
- **Zero dependency** — no embedding API, no vector DB, no external services
- **Plain files** — data is markdown, human-readable, editable, greppable
- **Hook-driven** — doesn't rely on model behavior, works with any model
- **Backup = copy** — `cp` / `scp` / `rsync` is your entire backup strategy
- **Migrate in seconds** — copy files to new host, done. No re-indexing, no model binding
- **Upgrade-proof** — doesn't occupy the `contextEngine` slot, doesn't depend on OpenClaw internals
- **Native-consistent** — aligns with OpenClaw's `memory/` file conventions
If what you need is "don't lose work across sessions" rather than "semantic search over 100k memories", this plugin is for you.
## What problem does this solve? ## What problem does this solve?
OpenClaw already preserves transcripts, compaction summaries, memory files, and session memory search. But those don't always answer the most operational question: OpenClaw already preserves transcripts, compaction summaries, memory files, and session memory search. But those don't always answer the most operational question: