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THE DESKTOP WORKSPACE FOR AI AGENTS

From intent
to working code.

Give an agent the context to build. SoarCode works in your repository, runs tools, and brings the changes back for your review.

Download SoarCodeExplore the workflow

macOS · Windows · Linux No account needed for local work.

Visiting on mobile? See desktop installers and save the download link.

INSIDE A SESSION
Empty search state feat/empty-state

Handle empty search results and cover the edge case.

SoarCode

The empty state is in place. Here’s what changed and how it was checked.

Editsrc/search.tsx
Shellbun test search
Empty results handled.Tests and changes are ready to review.
Changes+ 4 − 1
src/search.tsx +4 −1
 function SearchResults() {− return <Results />+ if (!results.length) {+ return <EmptyState />+ }+ return <Results /> }
Search tests3 passed · 0 failedPASS

A diff you can inspect.
Checks you can follow.

Bring the evidence together.Read the changes alongside the checks, then decide what comes next.
Interactive walkthrough · Adapted from the desktop interface with illustrative code and results.
YOUR REPOSITORY. YOUR MODEL. YOUR CALL.Take a closer look

01 / A CONNECTED WORKFLOW

Less passing context.
More moving forward.

The repository, the conversation, and the tools belong together. SoarCode keeps them in one working session.

  1. 01

    Start with your code.

    Open a workspace and describe the task. The agent can read project instructions, search files, and follow symbols before making a change.

    Repository context · Files · LSP
  2. 02

    Give the work room to run.

    Edits, terminal commands, and specialized subagents stay connected to the session. Review permission requests as the work progresses.

    Terminal · MCP · Subagents
  3. 03

    See what actually changed.

    Inspect the diff alongside test output and diagnostics. Use checkpoints to restore code, conversation, or both when you need to step back.

    Diffs · Diagnostics · Checkpoints

Bring your own tools, too. Connect MCP servers, workspace Skills, and optional browser access through SoarBridge.

02 / BUILT AROUND YOUR CHOICES

New model.
Same workspace.

Choose the model that fits the task. Keep your project, tools, and working context in the same place.

Find your setup

Your provider. Your access.
Provider charges and limits apply.

CONNECT YOUR PROVIDEREXAMPLES
  • OpenAI CodexSubscription
  • AnthropicAPI key
  • OpenRouterAPI key
  • Kimi CodeAPI key
  • OllamaLocal endpoint

Also supports Z.AI, Cerebras, Ollama Cloud, and custom OpenAI-compatible endpoints.

Context that carries forward.

Project instructions, durable memory, and conversation compaction help the agent return to relevant context as work grows.

Room for specialized agents.

Delegate focused tasks to subagents with their own context and tools, while following their progress from the main session.

03 / YOU SET THE BOUNDARIES

Real capability.
Deliberate control.

An agent needs access to do useful work. Decide which tools it can use, inspect the outcome, and keep a way back.

Understand the boundaries

Permissions you can see.

When your policy requires approval, allow the action once, grant the displayed scope, or deny it.

A clear path back.

Review changes in the diff. Checkpoints let you restore code, conversation, or both.

Local work. Optional connection.

Work without a SoarCode account. Connect approved devices when you want encrypted sync and remote access.

Using a cloud model sends the task’s required context to that provider. Local inference is available through a local model endpoint.

A FEW THINGS TO KNOW

Before you
open a workspace.

Straight answers about models, local work, and your data.

What is SoarCode?

SoarCode is a desktop application from SoarLabz for developing software with AI agents. Open a repository, choose a model, and work through a task with file tools, a terminal, Git diffs, and diagnostics in the same session.

Do I need an account?

You can work locally without a SoarCode account. Connect your model provider to start. An account is needed for optional features such as approved devices, encrypted configuration sync, and remote access.

Which models can I use?

Connect an OpenAI Codex subscription, Anthropic, OpenRouter, Kimi Code, Z.AI, Cerebras, or Ollama Cloud. You can also add local Ollama or a compatible OpenAI API endpoint as a custom provider. Available models depend on your provider and access.

Is model usage included?

You connect your own provider. API usage, subscription limits, and charges follow that provider’s terms. Local inference uses your own hardware. Downloading SoarCode does not include credits for cloud models.

Where does my code go?

Your workspace and session history stay on their owner device. When you choose a cloud model, the context needed for the task is sent to that provider. A local model can keep inference on your machine; web tools and external integrations still make their own network requests.

Can an agent run commands without asking?

Tool access follows your configured permission policy. Actions that require approval show a request you can allow once, allow for the displayed scope, or deny. Review that policy before starting a task; an agent’s permissions are not a guarantee that its changes are correct.

Can I continue from another device?

Optional account features connect approved devices. Configuration can sync with end-to-end protection. Remote sessions use an encrypted relay to their owner device, which needs to stay online. Session history is not a persistent cloud copy.

YOUR NEXT SESSION STARTS HERE

An idea worth building?
Give it a workspace.

Download SoarCode

For macOS, Windows, and Linux.

  1. 01
    Install SoarCode

    Choose the package for your desktop.

  2. 02
    Connect your model

    Use your provider or a local endpoint.

  3. 03
    Open a workspace

    Bring a repository and your first task.