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Tool Migration Checklist

You have decided to adopt a new AI coding tool — or switch from one to another. This checklist walks you through every step so nothing falls through the cracks. Whether you are moving a single developer or an entire team, the process is the same: assess, pilot, migrate, optimize.

What You Will Walk Away With

Section titled “What You Will Walk Away With”
  • A step-by-step migration plan with checkboxes you can track
  • Feature mapping tables between tools
  • Team rollout timelines with realistic milestones
  • Common pitfalls and how to avoid them

Pre-Migration Assessment

Section titled “Pre-Migration Assessment”

Before touching any tool, answer these questions:

  • What tools are you migrating FROM? (VS Code, Copilot, ChatGPT, another AI tool)
  • What tools are you migrating TO? (Cursor, Claude Code, Codex, or a combination)
  • How many developers are affected?
  • What is your budget per developer per month?
  • Do you have compliance requirements? (SOC 2, GDPR, HIPAA)
  • What is your acceptable productivity dip during transition? (1 week? 2 weeks?)
  • Who are your pilot users? (2-3 early adopters)
  • What does success look like? (Define metrics upfront)

Migration Paths

Section titled “Migration Paths”

From VS Code

Section titled “From VS Code”

  1. One-click import: Open Cursor > Settings (Cmd/Ctrl+Shift+J) > General > Account > “Import” under VS Code Import. Transfers extensions, themes, settings, and keybindings.

  2. Verify extensions loaded: Some extensions may need manual reinstallation. Check View > Extensions.

  3. Cursor-specific setup:

    • Create .cursor/rules/ directory with project guidelines
    • Configure AI model preferences (Settings > Models)
    • Enable Privacy Mode if required (Settings > Privacy)
    • Install essential MCP servers (Settings > Features > MCP)

  4. Learn the new shortcuts: Cmd/Ctrl+I (Agent), Cmd/Ctrl+K (Inline Edit), Tab (autocomplete), @ (context references)

From JetBrains IDEs

Section titled “From JetBrains IDEs”

  1. Install keybinding extension: Search for “IntelliJ IDEA Keybindings” in Extensions

  2. Recreate core features: Install language-specific extensions, configure debuggers, set up database tools

  3. Key differences:

    • File navigation: Ctrl+P instead of double Shift
    • Refactoring: Different shortcuts, similar capabilities
    • Built-in tools: Some JetBrains features need extensions

From GitHub Copilot

Section titled “From GitHub Copilot”
Copilot FeatureCursor Equivalent
Ghost text suggestionsTab autocomplete (faster, multi-line)
Copilot ChatAgent mode (Cmd/Ctrl+I)
Comment-driven generationNatural language in chat
Explain codeAsk mode
Fix suggestionsInline edit (Cmd/Ctrl+K)
PR reviewsBugBot

Team Migration Strategy

Section titled “Team Migration Strategy”

Phase 1: Pilot (Week 1-2)

Section titled “Phase 1: Pilot (Week 1-2)”
  • Select 2-3 pilot users (different skill levels, different project types)
  • Document current workflows and pain points
  • Install and configure the new tool for pilot users
  • Provide daily check-ins and quick issue resolution
  • Collect feedback on usability, speed, and quality

Phase 2: Early Adopters (Week 3-4)

Section titled “Phase 2: Early Adopters (Week 3-4)”
  • Expand to 25% of the team
  • Create internal documentation (setup guide, FAQ, tips)
  • Host a lunch-and-learn session
  • Develop project-specific configuration (rules, CLAUDE.md, AGENTS.md)
  • Set up a Slack/Teams channel for questions

Phase 3: Full Rollout (Week 5-8)

Section titled “Phase 3: Full Rollout (Week 5-8)”
  • Migrate remaining team members
  • Provide formal training sessions
  • Create video walkthroughs for common workflows
  • Establish weekly office hours for the first month
  • Monitor adoption metrics (usage, satisfaction, productivity)

Phase 4: Optimization (Month 3+)

Section titled “Phase 4: Optimization (Month 3+)”
  • Review usage patterns and adjust subscription tiers
  • Share advanced techniques and best practices
  • Develop team-specific custom commands and automation
  • Measure ROI against pre-migration baseline
  • Phase out old tool licenses

Configuration Migration

Section titled “Configuration Migration”

Settings Transfer

Section titled “Settings Transfer”

Cursor’s one-click import handles most settings. For manual transfer:

VS Code: ~/.config/Code/User/settings.json
Cursor:  ~/.config/Cursor/User/settings.json

Copy editor, workbench, terminal, and git settings. Add Cursor-specific settings after import.

Common Challenges

Section titled “Common Challenges”

Challenge 1: Muscle Memory

Section titled “Challenge 1: Muscle Memory”

Problem: Reaching for old shortcuts and workflows out of habit.

Solution: Print the Keyboard Shortcuts reference. Keep it visible for 2 weeks. Use the command palette (Cmd/Ctrl+Shift+P) when you forget a shortcut.

Challenge 2: Trust Calibration

Section titled “Challenge 2: Trust Calibration”

Problem: Not trusting AI suggestions (under-trusting) or accepting everything blindly (over-trusting).

Solution: Start with low-stakes tasks. Always review diffs before accepting. Use version control liberally. Gradually increase trust as you learn the tool’s strengths and weaknesses.

Challenge 3: Context Overload

Section titled “Challenge 3: Context Overload”

Problem: Providing too much or too little context to the AI.

Solution: Start specific — include only the files directly relevant to the task. If the AI’s output is off, add more context incrementally. Use @ references and file scoping rather than “include everything.”

Challenge 4: Workflow Translation

Section titled “Challenge 4: Workflow Translation”

Problem: Trying to use the new tool exactly like the old one.

Solution: Each tool has its own strengths. Do not force Claude Code to work like an IDE. Do not treat Cursor like a CLI. Embrace the tool’s native workflow — you will be faster once you adapt.

Success Metrics

Section titled “Success Metrics”

Individual Metrics

Section titled “Individual Metrics”
MetricHow to MeasureTarget
Time to featureHours per story point-20% after 1 month
Bug rateBugs per release-30% after 2 months
Code review timeHours per PR-40% after 1 month
Days to proficiencySelf-assessment + output qualityUnder 14 days

Team Metrics

Section titled “Team Metrics”
MetricHow to MeasureTarget
Adoption rate% of team actively using daily>80% after 2 months
SatisfactionAnonymous survey (1-5 scale)>4.0
Velocity changeSprint velocity comparison+25% after 3 months
Cost per developerTool subscriptions / developer countTrack monthly

Rollback Plan

Section titled “Rollback Plan”

Always have an exit strategy:

  1. Keep old tool licenses for 3 months after migration
  2. Export all configurations before making changes
  3. Define rollback triggers — measurable criteria that would prompt reverting
  4. Set evaluation checkpoints at 30, 60, and 90 days
  5. Keep the rollback decision objective — use metrics, not feelings

Final Checklist

Section titled “Final Checklist”
  • Pre-migration assessment complete
  • Budget approved
  • Pilot users identified and trained
  • Internal documentation created
  • Configuration files migrated (rules, CLAUDE.md, AGENTS.md)
  • MCP servers installed and tested
  • Team training sessions scheduled
  • Success metrics defined and baseline measured
  • Rollback plan documented
  • Go-live date communicated
  • Support channel established (Slack/Teams)
  • Old tool licenses scheduled for cancellation (after 3-month overlap)