Claude Squad Real-World Scenarios: Best Strategies for Three Development Task Types

The previous nine articles covered every corner of the tool — this one is the wrap-up, combining them into real, usable work patterns.

Three of the most common development task types, each with their own characteristics and their own best-fit Claude Squad strategy.

Task Type 1: Feature Development

Characteristics: Clear scope, new code being added, typically involves multiple steps (design → implement → test)

Recommended strategy:

This type of task works best with Claude Squad's multi-session division of labor.

Don't throw "help me build out this entire feature" at a single agent — break it into independent parts:

Session 1: Design and implement UserNotificationService
- Create service class
- Define interfaces and method signatures
- Implement core logic

Session 2: Write unit tests for UserNotificationService
- Open after Session 1 finishes, so Session 2's worktree already has the Service implementation

Session 3: Update the related API endpoint
- PUT /users/:id/notifications/preferences

These three sessions have a sequential dependency (2 requires 1's output), so they're not truly fully parallel — but you can start 1 and 3 at the same time, and open 2 after 1 finishes.

Auto-accept: Not recommended for feature development. The agent may need your confirmation at key design decision points, especially when architectural choices or data models are involved.

Review focus: Check whether new abstractions are reasonable, whether function naming is clear, and whether unnecessary complexity has been introduced.

Task Type 2: Bug Fixes

Characteristics: Clear objective (stop X from happening), scope is usually smaller than feature development, sometimes requires detective-style investigation

Recommended strategy:

Bug fixes work best with single session + auto-accept.

Make the prompt as informative as possible — include symptoms and known clues:

Users are reporting being logged out immediately after logging in.
Reproduction steps:
1. Log in with Google OAuth
2. Refresh the page
3. Find yourself logged out

Related files:
- src/auth/GoogleOAuthHandler.ts
- src/middleware/SessionMiddleware.ts
- src/services/UserSessionService.ts

Please investigate these three files, identify the root cause,
fix it, and write a regression test to confirm the issue doesn't recur.

The more complete the information, the lower the chance the agent goes off track.

Auto-accept: Usually fine to enable. Bug fixes tend to have a limited scope and agents rarely change unexpected things — but if the bug's root cause might span multiple modules, consider leaving it off so the agent stops to report at key confirmation points.

Review focus: Beyond confirming the bug is fixed, more importantly confirm the fix hasn't introduced new problems. Did the new regression tests pass? Did the logic changes affect behavior elsewhere?

Task Type 3: Code Refactoring

Characteristics: Wide scope, many changes but expected not to change behavior, most prone to unexpected side effects

Recommended strategy:

Refactoring is the type that requires the most caution among the three.

Work in batches — don't refactor too much at once:

# First batch: only refactor helper functions under utils/
Session 1: Add type annotations to all functions in utils/dateUtils.ts
Session 2: Merge duplicate logic in utils/stringUtils.ts

# Second batch: after the first batch passes review
Session 3: Update all callers to the new function signatures

Auto-accept: Strongly recommended not to enable for refactoring. Refactoring involves a wide range of changes, and decisions the agent makes automatically while running can create problems in places you're not paying attention to. You should be present to confirm every key decision point in refactoring.

Review focus: Has behavior changed (did tests pass), is the scope of changes within expectations, has anything unrelated been accidentally modified.

Quick Reference Table for All Three Types

A Complete Workday with Claude Squad

You arrive at work in the morning. The task board has four things today:

1. New feature: add email notification settings
2. Bug: fix a CSS issue on iOS Safari
3. Refactor: clean up JWT logic in AuthService
4. Documentation: update API docs

# Launch Claude Squad
cs -y   # Documentation task can use auto-accept

Arrangement:

• Session 1: Email notification settings Service layer (feature, no auto-accept)
• Session 2: iOS Safari CSS fix (bug, auto-accept OK)
• Session 3: API documentation update (docs, low risk, auto-accept reasonable)

AuthService refactoring can wait — hold off until you have a more focused time block for careful review.

While the three sessions run, you go to the morning stand-up meeting. Come back, review the diffs, confirm, and push PRs.

This is the work pattern Claude Squad is designed to enable: you are the decision-maker and reviewer, agents are the executors. Your time goes to judgment and decisions, not repetitive typing.

Series Recap

If you've read through in order, you now have:

• A complete mental model of Claude Squad (Part 1)
• A working environment (Part 2)
• TUI operation skills (Part 3)
• Understanding of worktree isolation (Part 4)
• Judgment on auto-accept usage (Part 5)
• A method for designing parallel workflows (Part 6)
• The ability to configure multiple AI tools (Part 7)
• The complete review workflow (Part 8)

Put these together, then try them on real tasks. The sense of where the tool's edges are only comes from actually using it.

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