VibeAround keeps several AI coding agents running side by side from one launcher

A launcher for agents you already use, not a new agent

VibeAround describes itself as an all-in-one hub for AI coding agents, keeping your vibe flow around, and the README opens with the argument that it keeps AI coding work together without making you rebuild the environment you already have.

That framing matters, because the alternative being replaced is not an agent but a switching habit. The feature list says it works with the coding agents you already use, including Claude Code, Codex CLI, Gemini CLI, Pi, OpenCode, Claude Desktop, Codex Desktop and more, and it launches agents directly or through third-party AI APIs without hand-editing each agent's config files back and forth. The last point is the real problem it solves. Every agent has its own config file, its own notion of an API endpoint, and its own session state, and running two of them at once on different providers means either editing files by hand or having a config switcher that only lets one profile be active.

The comparison table in the README, against a tool called CC Switch, makes the distinction explicit. VibeAround can run multiple providers at once, where the other tool must switch profiles and active configs, and it offers session resume on macOS, Windows and Linux, where the comparison entry says the other tool resumes in a macOS terminal and on Windows and Linux copies the command to the clipboard.

The project is written in Rust, published as a desktop application with a separate CLI package on npm, and the homepage is vibearound.ai. The README also links a wiki, a Discord server and a Simplified Chinese version of the document.

The API bridge, and what a local proxy actually does to your requests

The bridge is the most interesting part of the design and the part with the clearest trade-off.

The README's summary is that you save provider keys, base URLs, models and aliases as profiles, and when an agent and a provider speak different API shapes, VibeAround's local bridge translates between them. The diagram in the README shows the same four shapes on both sides of the bridge: agent-facing shapes on the left, provider-facing shapes on the right, and in the middle a local route set that is profile-scoped, with model aliases and metadata, request and response translation, and the component named va-ai-api-bridge, abbreviated VAAAB.

The diagram in the README draws it like this:

+-------------------------+         +-----------------------------+      +-------------------------+
| OpenAI Responses        | ----\   | profile-scoped local routes |  /-> | OpenAI Responses        |
| OpenAI Chat Completions | -----\  | model aliases and metadata  | /--> | OpenAI Chat Completions |
| Anthropic Messages      | ------> | request/response translate  | ---> | Anthropic Messages      |
| Gemini Generate Content | -----/  | va-ai-api-bridge (VAAAB)    | \--> | Gemini Generate Content |

The supported shapes are listed in the comparison table as OpenAI Responses, OpenAI Chat Completions, Anthropic Messages and Gemini Generate Content. So the practical effect is that an agent written against the Anthropic Messages API can be pointed at a provider that only speaks OpenAI Chat Completions, or the other way round, and the bridge does the reshaping in a local process rather than in the agent.

The bridge being local is the point and the risk. It is local because the request never has to leave the machine to be reshaped, and because the bridge can inject capabilities the provider does not have. The risk is that the README's own known issue describes exactly what that means in practice: an agent reading API settings written by another config-switching tool may point at a local proxy that is no longer running, and the agent refuses the connection before VibeAround can route the request.

That failure mode is worth reading twice. It is a connection refused error, but the cause is a stale configuration file rather than a fault in VibeAround, and the fix is to remove the conflicting fields from the agent config, for Claude Code checking ~/.claude/settings.json for a stale env block setting a base URL, API key or proxy endpoint, and checking project-level config files as well.

The second half of the feature set addresses the same problem from the other side. The launcher can record and inspect launch-scoped API traffic, including the original request, the bridge request, the raw response, the bridge response and search tool contents. When a request goes through a translator, being able to see both sides of the translation is what makes the system debuggable rather than mysterious.

Sessions that continue across desktop, CLI, messaging apps and browsers

The session continuity claim is the other headline feature, and it is broader than a remote terminal.

The README says you can continue the same sessions across desktop, CLI, messaging apps, mobile browsers, web browsers and a Web Terminal. The comparison table names the surfaces: IM Chat through Feishu/Lark, Discord, Slack and more, a Web Terminal for remote CLI control, and a Web Hub for browser-based launch, sessions and chat.

This is a different idea from remote shell access, and the difference shows up in how execution is described elsewhere in the README. The remote preview feature says dev servers, HTML and rendered Markdown can be previewed locally or through time-scoped remote links while execution stays on your own computer. So the machine doing the work is your machine, and what travels is the interface and, on request, a link.

The remote links are constrained in a specific way. The comparison table describes them as paired owner links plus 10-minute code-gated Server and Markdown shares. A code-gated link with a ten minute lifetime is a narrower thing than a persistent tunnel, and it is the right shape for showing someone a dev server without handing over the machine.

For messaging apps, the pattern is the same idea applied to a chat window: you talk to the agent where you already talk, and the agent keeps running where the code is. The comparison table records that the alternative project does not support IM Chat at all, which suggests this is a distinguishing feature rather than a common one.

One capability that exists on the host side rather than the provider side is host-side web search, provided through the va-search-tool when the selected model provider does not offer search natively. The README frames this as a way of adding capabilities around your existing configuration while keeping it as untouched as possible.

Launching: choosing agent, profile, endpoint, workspace, terminal and session

The launch screen is where VibeAround shows how much state it tracks before a process starts, and the list is worth reading as a specification of what a launch involves.

You choose agent, model profile or API endpoint, and workspace. You choose the agent, model profile, API endpoint, workspace, terminal and session before launch, and you can start new sessions or continue previous ones. There is a direct launch and a profile-based launch, and profile overlays exist for the desktop agents, Claude Desktop and Codex Desktop.

Terminal selection is the detail that separates this from a launcher script. An agent that behaves differently in a specific terminal, or that a team has configured a particular terminal profile for, is a real consideration when you are moving between macOS, Windows and Linux, and VibeAround treats the terminal as part of the launch decision rather than an environment variable you set.

There is also a maintenance behaviour before launch: VibeAround refreshes its reserved project skills and the VibeAround MCP entry before launching, without replacing unrelated agent configuration. The word reserved is doing real work there. It means VibeAround owns a named slice of the agent's configuration and updates only that slice, so a skills directory and an MCP server entry stay current without the tool taking over the rest of the file.

That restraint is stated as a principle elsewhere in the README, in the promise to add these capabilities around your existing configs, project permissions and workflows while keeping them as untouched as possible. It is the opposite approach to the config-switching tools, which take over the file and let you point it at a different configuration.

The home page has a desktop download link and the CLI is on npm as @vibearound/cli. The releases are versioned separately, with v0.7.25 for the application and 0.0.14 for the CLI, both on 2026-08-30, which tells you the CLI is the younger of the two components.

Where VibeAround is the wrong choice

The comparison table is the most honest document in the README, and it is worth reading the columns where VibeAround does not win.

The first is MCP and Skills, marked as not currently supported. That is a significant omission for anyone whose agent workflow depends on managing MCP servers and skills across tools, and it is exactly the capability the tool the table compares against does have. If unified MCP and Skills management is your requirement, VibeAround is the wrong choice, and the alternative in that row is the one to look at.

The second is usage and cost tracking, marked as on the roadmap rather than shipped. If you need to know what your agents cost, that is not here yet.

The third is the fundamental one: the bridge adds a layer. Every request you send passes through a local process that translates it. That buys you protocol compatibility, and it buys a place to inject host-side search, and it costs you a component that can be misconfigured, a recording of your API traffic that exists on disk, and one more place where a connection can fail. For a single agent talking to its native provider, none of that is worth anything.

The fourth is the one the known issue exposes. VibeAround assumes it controls the agent's API configuration, and if another tool has written settings into that configuration, the agent fails before VibeAround gets involved. Users who already run a config switcher have to clean up the stale fields first. That is a migration cost, not a bug, but it is a real one for anyone arriving from that world.

For comparison, the alternatives differ in approach. A config-switching tool manages the settings files and lets you point an agent at a provider by editing its configuration, which is simpler but means one active profile at a time and a launch that is really a file edit plus a terminal command. Running each agent in its own terminal with its own environment variables needs no tool at all, at the cost of no session continuity and no protocol bridging. A hosted agent platform gives you session continuity and remote execution without anything running on your machine, at the cost of the code leaving the machine, which is precisely what VibeAround's remote preview design is trying to avoid.

Editorial conclusion

Adopt VibeAround if you genuinely run more than one coding agent and keep losing sessions and configuration between them, since the launcher, the session resume and the API bridge are what it actually saves you. Do not adopt it if you use a single agent with a single provider, because the local bridge then sits between you and the model for no gain, and the comparison table in the README records MCP and Skills management as unsupported, so if unified MCP management is your requirement you should look at the alternative the table points to instead. Before you start, read the known issue section about ConnectionRefused, because a stale config-switching tool can point your agent at a proxy that is no longer running and the failure looks like a VibeAround bug. The licence is MIT, the latest release is v0.7.25 from 2026-08-30, and the last push was on 2026-09-05.

Frequently asked questions

Official sources

1. jazzenchen/VibeAround on GitHub
2. License: MIT
3. Project website
4. README
5. Releases