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Planning Before Coding With Claude Code

Learn how to improve agentic workflows by planning before coding with Claude Code to reduce errors and optimize token usage in your development cycle.

· 10 min read

Developing software with autonomous agents requires a shift in mindset compared to traditional IDE autocomplete tools. When you start planning before coding with Claude Code, you move from a reactive mode of fixing small errors to a proactive mode of architectural design. This transition is essential because agentic tools operate best when they have a clear roadmap, defined constraints, and a high level understanding of the codebase they are about to modify.

The Importance of the Planning Phase

Traditional AI assistants often encourage a "prompt and pray" approach where the developer asks for a feature and hopes the output is correct. Claude Code, as a command line tool, has the ability to explore your filesystem and run commands, which makes the stakes higher. If the agent begins a complex refactor without a plan, it might produce inconsistent state or break dependencies in ways that are difficult to revert.

Planning serves several critical functions in an agentic workflow:

  • It reduces token consumption by identifying the specific files that need modification instead of scanning the entire project.
  • It surfaces potential architectural conflicts before any code is written.
  • It allows the developer to vet the logic of the solution separately from the implementation details.
  • It creates a verifiable checklist that the agent can follow to ensure no edge cases are missed.

A well defined plan acts as a contract between you and the agent. By forcing the agent to explain how it intends to solve a problem, you can catch misunderstandings early.

Strategies for Effective Planning

When you initiate a session, start by asking for a technical design document rather than a code change. You can use specific prompts to guide the agent toward this behavior. For example, instruct the agent to analyze the current implementation of a module and propose three different ways to extend it. This comparative approach often reveals trade offs you might not have considered.

Another effective strategy involves the use of "Context Pinning." Before the agent starts planning, point it toward the relevant documentation or existing patterns in your repository. This ensures the plan aligns with your current coding standards. You can also ask the agent to dry run its plan by describing the expected changes in a structured format like a table or a bulleted list of file modifications.

Using Deska for Agentic Visualization

While Claude Code is powerful in the terminal, managing complex plans across multiple files can become difficult to track mentally. This is where Deska provides a significant advantage. Deska is a free desktop app for Mac, Windows, and Linux that provides an infinite canvas workspace. You can place different panels anywhere and zoom out to see the entire context of your planning session.

In Deska, you can run coding agents like Claude Code and OpenCode side by side. This allows you to use one agent to generate a plan while another agent reviews it or runs tests on a different branch. The terminals in Deska are not just standard CLI windows; they are part of a larger spatial environment where you can keep your notes, your plan, and your code visible at all times.

Spatial Context in Planning

One of the challenges of planning before coding with Claude Code in a standard terminal is that previous instructions and architectural notes quickly scroll off the screen. On the Deska canvas, you can keep a dedicated note panel with your requirements right next to the agent panel. This spatial arrangement helps maintain your mental model of the project.

FeatureStandard TerminalDeska Workspace
VisibilitySingle scrollback bufferMultiple persistent panels
Multi-agentMultiple tabs or windowsSide by side on canvas
Context ManagementManual copy pasteIntegrated notes and browser
MobilityLimited to desktopMobile app monitoring

Implementing the Plan

Once the plan is approved, the execution phase begins. You should instruct the agent to follow the plan step by step, committing changes after each logical unit of work. This makes it easier to use git revert if a specific part of the plan fails during testing.

During execution, you might find that the plan needs to change. Because Deska is local-first, your files and session data stay on your machine. You can use the Ask Deska voice and chat assistant to manipulate your workspace while the agent is working. For example, you can tell Deska to "open the browser to the local dev server" or "search my notes for the API specification" without interrupting the active agent session.

Mobile Monitoring and Remote Work

Long planning and execution cycles don't always require you to be at your desk. Deska offers a mobile app that allows you to monitor your work through a secure relay. The devices pair directly, meaning no ports are exposed to the public internet. If you have started a long refactor with Claude Code, you can check the progress or provide feedback on the plan from your phone. This ensures the remote access is both secure and convenient for developers who need to step away from their main workstation.

FAQ

How to use Claude Code for planning?

To use Claude Code for planning, start your session by asking for a detailed implementation plan before any code is written. Use a prompt like "Analyze this feature request and provide a step by step plan including the files you need to modify." Review the output and ask for adjustments before giving the command to proceed with the execution.

Is planning before coding worth the extra tokens?

Yes, planning typically saves tokens in the long run. By defining the scope of the work first, the agent avoids unnecessary file reads and prevents "hallucinations" or incorrect paths that lead to repeated attempts. A clear plan ensures the agent stays on track and completes the task in fewer iterations.

Can I run multiple agents in Deska?

Deska allows you to run multiple agents like Claude Code, Codex CLI, and OpenCode side by side as panels on its infinite canvas. This is particularly useful for planning because you can use one agent to brainstorm architecture and another to validate the code against your existing test suite.

Conclusion

The shift toward agentic development requires tools that support a more structured approach to software creation. By prioritizing the planning phase, you ensure that AI tools like Claude Code act as intelligent collaborators rather than unpredictable scripts. Deska enhances this experience by providing a visual, local-first environment where your plans, code, and agents coexist.

If you are ready to improve your development workflow with a spatial workspace designed for AI agents, you can download the app for free.

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