And it’s huge.

It is currently the best coding model on the market, beating out Gemini 3 Pro and GPT 5.1 Codex Max. It’s also significantly cheaper (about one-third the cost) than the previous Opus 4.1 model.

But the raw model specs aren't even the most exciting part. The real game-changer is Claude Code for Desktop.

If you write code or manage developers, this update completely changes how you handle your workflow. It shifts us from linear, one-task-at-a-time coding to true parallel processing.

In this breakdown, we’ll show you how Claude Code Desktop improves my workflow, how the new "teleport" features work, and the critical updates to MCP and Computer Use that you need to know about.

Watch the Complete Review Here:

‍

The "Work Tree" Revolution: Coding in Parallel

The biggest friction point in traditional coding is context switching. You're working on a feature, a bug report comes in, and you have to git stash, git checkout a new branch, spin up the environment, fix the bug, and then try to remember where you were.

Claude Code Desktop eliminates this with Work Trees.

How it works:

When you assign a task to Claude Code (like "run security prompts" or "fix this bug"), it doesn't mess with your main directory. Instead, it spins up a completely separate folder, a .cloud worktree that is a copy of your repository.

The Workflow Shift:

• Old Way: One branch at a time. Linear execution. Constant context switching in your main IDE.
• New Way: You can spin up 5 different tasks in 5 different work trees.
  
  • Task A: Running security scans in the background.
  • Task B: Fixing a CSS bug.
  • Task C: Developing a new feature.

Why this matters:

We can run security prompts on a separate work tree while we continue working on the main branch. If the AI finds a fix, it commits it and raises a Pull Request (PR) automatically. We can then open that specific work tree in Visual Studio Code, review the diffs, and merge it without ever disrupting the main flow.

It effectively allows you to "multithread" your development work.

‍

Cloud Teleportation: Seamlessly Switching Contexts

Sometimes you don't want to burn your local compute, or you want to start a task on the go and finish it at your desk. Claude Code now supports seamless Cloud-to-Local transitions.

The "Vibe Coding" Use Case:

Let's say we need a simple UI change "Add a tooltip to this form." We can take a screenshot, upload it to Claude on the web, and ask it to handle it.

1. Claude runs the task in the cloud.
2. It identifies the component and writes the code.
3. The Magic: It generates a command line snippet.

The Teleport:

We simply copy that command, paste it into my local terminal, and the entire session context, code changes, and history "teleports" to my local machine.

What this means:

• Offload simple tasks: Let the cloud handle the "add a button" requests.
• Verify locally: Pull the session down, run npm run dev, and check the changes instantly.
• Unified History: You don't lose the chat history. You can continue the conversation right where you left off in VS Code.

‍

The Technical Upgrades: Tool Search & Zoom

Beyond the workflow changes, Anthropic introduced two subtle but massive technical updates that solve specific pain points we've had with AI agents.

1. MCP Tool Search

We use Supabase heavily. Connecting the Supabase MCP (Model Context Protocol) server loads about 20 different tools into the context window.

The Problem:

Previously, just loading these tool definitions would eat up ~14,000 tokens of context before you even typed a prompt. It was expensive and confusing for the model.

The Solution:

With Tool Search, Claude doesn't load every single tool into the context. Instead, it dynamically searches for the tool it needs when it needs it.

Result: drastically lower token usage and sharper model focus.

2. Computer Use: The "Zoom" Feature

In previous tests (like our attempt to build a landing page audit tool), Claude’s "Computer Use" failed because it couldn't see the details. The screenshots were too blurry for it to read fine print or catch pixel-perfect design issues.

The Upgrade:

Opus 4.5 now includes a Zoom action. It can inspect specific screen regions in high detail.

Why this matters:

• Better QA: It can actually read error messages or design nuances.
• Viable Audits: My landing page audit tool is now actually feasible because the AI can "lean in" and look at the content properly.

‍

Conclusion: Is it time to switch?

If you are doing any kind of Vibe Coding or AI-assisted development, this is a mandatory upgrade.

The combination of Opus 4.5's intelligence and Claude Code Desktop's workflow solves the "management" overhead of AI coding. You aren't just copy-pasting code anymore; you are managing parallel work streams.

The Bottom Line:

• Cost: Cheaper than 4.1, though not as cheap as Gemini.
• Speed: Parallel work trees allow you to 10x your output by multitasking effectively.
• Experience: The seamless Cloud-to-Local handoff is the best implementation of "hybrid" AI coding we've seen yet.

‍

If you want to go deeper into these workflows. Get in touch!

‍