When Zep fits
Zep is oriented toward memory for AI applications — session and conversation patterns that help products remember users and context at application scale.
Zep alternative
Palace vs Zep for coding-agent memory
Zep alternative
Looking for a Zep alternative for engineering teams? Palace is MCP-native memory for coding agents — self-hosted, provenance-grounded, and built for Cursor, Claude Code, and Codex.
Runs on your infrastructure, not Palace's cloud.
Local ONNX embeddings: no third-party embedding API required.
Ed25519-signed licenses verify offline for air-gapped operation.
Palace vs Zep for AI memory
| Feature | Palace | Zep |
|---|---|---|
| MCP native | First-class palace_* tools | API / SDK oriented; not MCP-first |
| Coding-agent workflow | Session protocol, diaries, KG facts | App and conversation memory patterns |
| Team memory | Self-hosted shared engineering recall | Product / user memory for AI apps |
| Self-hosted | Local MIT core + paid team server | Depends on product offering |
| Code / project context | Wings, rooms, drawers, project status | Session and user-memory oriented |
| Provenance | Source-grounded recall for agents | Memory records for applications |
| Local embeddings / air-gap | Local ONNX + offline license path | Not the primary product posture |
| Primary focus | Coding agents and eng teams | AI application memory platforms |
When Palace fits
Palace targets internal engineering work: agent sessions, codebase conventions, prior fixes, project decisions, and shared team recall across MCP-capable coding tools.
Different center of gravity
If you are building an AI product for end users, an app memory platform may be the right shape. If you are equipping developers' coding agents with durable, private recall, Palace is the closer fit.
Choose Palace when
The memory needs to be private, source-grounded, MCP-accessible, and owned by the engineering team — not primarily a product feature for application end users.