Understanding when and how ByteRover captures and accesses knowledge is crucial for maximizing your development productivity. This guide covers both the automatic behavior and how to customize it for your specific workflow.

Default Automatic Behavior

ByteRover operates with intelligent defaults that work seamlessly in the background:

Memory Storage Process

User Request → Agent Starts Task → Performs Work → Task Completion → Memory Storage
When memories are automatically stored:
  1. Learning phase: Agent gathers context, makes decisions, solves problems
  2. Task completion: Agent successfully completes the requested work
  3. Knowledge capture: Everything learned during the process gets stored

What Gets Stored Automatically

  • Problem-solving approaches used during the task
  • Code patterns and solutions that worked
  • Decision rationale for architectural choices
  • Error resolutions and debugging strategies
  • Context and constraints that influenced the solution

Memory Retrieval Process

New User Request → Context Analysis → Memory Search → Relevant Knowledge → Enhanced Response
Automatic retrieval happens when:
  • Agent receives a new task request
  • Context suggests related previous work
  • Similar problems or domains are detected
  • Agent needs to build upon past decisions

The Power of MCP Integration

ByteRover’s connection to Vibe coding agents through MCP (Memory Control Protocol) unlocks advanced customization capabilities.

MCP Architecture Overview

Vibe Coding Agent ←→ MCP Server ←→ ByteRover Memory System
      ↑                    ↑                    ↑
Custom Rules      Tool Exposure       Knowledge Storage

Available MCP Tools

  • store-knowledge: Manually capture specific learnings
  • retrieve-knowledge: Query memory for relevant information

Custom Memory Control

Manual Knowledge Storage

You can explicitly ask your agent to capture specific knowledge:
// Example requests for manual storage
"Store this API integration pattern for future reference"
"Remember this debugging approach for React performance issues" 
"Save this deployment configuration as a reusable template"
The agent will use the store-knowledge MCP tool to capture the specified information.

Manual Knowledge Retrieval

Explicitly query your knowledge base when needed:
// Example requests for manual retrieval  
"What did we learn about handling authentication in microservices?"
"Retrieve our previous approaches to database migration strategies"
"Show me the error handling patterns we've used for API calls"
The agent will use retrieve-knowledge to search and present relevant memories.

Customizing with Rules

Custom Rule Examples

Storage Rules:
Rule: "Always store knowledge after debugging production issues"
Trigger: Error resolution in production environment
Action: Capture debugging steps, root cause, and solution
Retrieval Rules:
Rule: "Check memory before implementing new features"
Trigger: Feature development requests
Action: Search for similar implementations and patterns

Advanced Customization Patterns

Conditional Storage

Store knowledge ONLY when:
- Solution required significant research
- Novel approach was discovered  
- Error took > 30 minutes to resolve
- Architecture decision was made

Contextual Retrieval

Retrieve knowledge based on:
- Current technology stack
- Problem domain similarity
- Team member involvement
- Project complexity level

Best Practices for Memory Control

When to Use Manual Control

  • Critical decisions: Important architectural choices
  • Complex debugging: Multi-step problem resolution
  • Knowledge sharing: Insights valuable to team members
  • Process documentation: Workflow improvements

When to Trust Automation

  • Routine tasks: Standard development work
  • Incremental changes: Small feature additions
  • Bug fixes: Simple issue resolution
  • Refactoring: Code cleanup activities

Balancing Auto vs Manual

✅ Good Balance:
- Let automation handle routine storage/retrieval
- Manually control critical knowledge capture
- Use custom rules for team-specific workflows
- Override defaults for complex projects

❌ Over-Control:
- Manually managing every memory operation
- Complex rules for simple tasks
- Disabling automatic behavior entirely
- Micro-managing knowledge storage

Implementation Examples

Basic Manual Control

// In your agent interaction
"Before we start this feature, check what we learned about similar implementations"
// Agent uses retrieve-knowledge

"After implementing the authentication system, save the key decisions and patterns"
// Agent uses store-knowledge

Custom Rule Implementation

Here are plain prompt examples that represent domain-specific workflows: Finance App Development Workflow:
When working on payment processing features:
"Before implementing any payment logic, retrieve our previous approaches to PCI compliance, fraud detection patterns, and secure transaction handling. After completion, store the payment flow decisions, security measures implemented, and any regulatory compliance insights."

When handling financial calculations:
"Search our memory for precision handling in financial calculations, currency conversion patterns, and rounding strategies. After implementing the feature, save the mathematical approaches used and any edge cases discovered."

When building audit systems:
"Retrieve knowledge about financial audit trails, logging requirements, and compliance reporting patterns. Store the audit implementation details and regulatory compliance notes after completion."
E-commerce Platform Workflow:
When developing checkout systems:
"Check our memory for cart persistence strategies, payment gateway integrations, and user experience patterns. After building the checkout flow, store the UX decisions, performance optimizations, and conversion insights."

When implementing inventory management:
"Retrieve our approaches to stock tracking, reservation systems, and inventory synchronization. Store the chosen algorithms, data consistency strategies, and scalability considerations."
Healthcare App Workflow:
When building patient data features:
"Before handling patient information, retrieve our HIPAA compliance patterns, data encryption approaches, and access control strategies. Store the privacy implementation details and compliance verification steps."

When developing medical workflow systems:
"Check memory for healthcare workflow automation, approval processes, and integration with medical systems. Save the workflow design decisions and regulatory compliance measures."

Key Takeaways

  • Default automation: ByteRover automatically stores and retrieves knowledge during task execution
  • MCP integration: Provides tools for manual control and customization
  • Custom rules: Tailor memory behavior to your development process
  • Manual override: Explicitly control storage and retrieval when needed
  • Balance is key: Combine automation with selective manual control
The goal is to enhance your development process without creating overhead - let automation handle the routine while you control the critical knowledge capture and retrieval moments.