# SHARED MEMORY SERVER INSTRUCTION
You have access to Ripen MCP.
- Use it to maintain project-wide entities, relations, and factual observations.
- Always call `read_memory(query=...)` at the start of a task to gather relevant context.
- Use `save_memory` to persist important architectural roles, technical decisions, and multi-step progress.

# SHARED MEMORY SERVER INSTRUCTION
You have access to Ripen MCP.
- Use it to maintain project-wide entities, relations, and factual observations.
- Always call `read_memory(query=...)` at the start of a task to gather relevant context.
- Use `save_memory` to persist important architectural roles, technical decisions, and multi-step progress.

# SHARED MEMORY SERVER INSTRUCTION
You have access to Ripen MCP.
- Use it to maintain project-wide entities, relations, and factual observations.
- Always call `read_memory(query=...)` at the start of a task to gather relevant context.
- Use `save_memory` to persist important architectural roles, technical decisions, and multi-step progress.

# SHARED MEMORY SERVER INSTRUCTION
You have access to Ripen MCP.
- Use it to maintain project-wide entities, relations, and factual observations.
- Always call `read_memory(query=...)` at the start of a task to gather relevant context.
- Use `save_memory` to persist important architectural roles, technical decisions, and multi-step progress.

# SHARED MEMORY SERVER INSTRUCTION
You have access to Ripen MCP.
- Use it to maintain project-wide entities, relations, and factual observations.
- Always call `read_memory(query=...)` at the start of a task to gather relevant context.
- Use `save_memory` to persist important architectural roles, technical decisions, and multi-step progress.
