Browser-based remote session control
Connect to Antigravity sessions running on different machines from a browser-based dashboard, then switch between them without staying at the desk.
Antigravity Remote Control
Antigravity Remote Control connects to Antigravity 2.0 sessions in a browser, keeping your workspace, tasks, and context across machines with mobile alerts.
Overview
Antigravity Remote Control is a browser-based way to connect to and drive Antigravity 2.0 desktop sessions running on your machines. It is intended for software work that may take longer to complete, such as large refactors, extended test runs, dependency migrations, and other agent-led tasks.
The feature is meant to keep development work moving when you step away from your workstation. You can monitor active conversations, start new tasks, review implementation plans, inspect artifacts, and continue working with the same local environment, files, tools, and credentials from another device.
Features
Full workspace access
Keep access to files, workspaces, build tools, credentials, and environment variables on the machine where the session is running.
Multi-instance management
Manage multiple environments at once, such as UI work on a laptop and server-side tasks on a cloud machine.
Proactive notifications
Receive push notifications on mobile when an agent finishes a turn or needs user input.
Desktop and daemon support
Run sessions on local machines, servers, desktops, or headless daemon installs with optional naming, update interval, and service controls.
Account-linked access
Use the same Google Account across the desktop app and browser dashboard to reach the correct remote instance.
Use cases
Stepping away during long-running work
Start a long refactor or test run on one machine, then leave your desk and continue monitoring progress from a browser on another device.
Managing multiple environments
Keep a UI development machine separate from a server or cloud environment and switch between them as different tasks require different setups.
Continuing work with retained context
Access the same files, build tools, credentials, and environment variables from a remote machine instead of recreating the environment locally.
Responding to agent prompts on the move
Use mobile push notifications to know when an agent needs approval or input, rather than checking the workstation repeatedly.
Operating unattended sessions
Run a machine as a remote instance or headless daemon when you want it to keep working after sign-in and reboot behavior is handled by the service.
Pros and Cons
Pros
- Lets you drive active Antigravity sessions from any web browser.
- Preserves the machine’s local development context, including workspace state and environment variables.
- Supports switching between multiple machines and environments.
- Can send push notifications when agent input is needed.
- Works with both interactive desktop sessions and headless daemon-style installs.
Cons
- Remote Control depends on a browser and the host machine staying online; if the host is asleep or disconnected, the machine may not appear in the web UI.
- The enterprise documentation says standalone Antigravity IDE is not currently supported for enterprise deployments.
- The setup and daemon options are documented, but the source does not describe every security or permission control in detail.
FAQ
What does Antigravity Remote Control do?
Remote Control lets you connect to Antigravity sessions running on other machines through a web browser. After signing in with the same Google Account, you can choose a machine from the instance switcher and access conversations, agent tasks, implementation plans, and artifacts.
How do you turn it on?
In Antigravity 2.0, open Settings, go to the App section, and toggle Enable Remote Control on. You can also set an optional nickname to make the machine easier to identify in the instance list.
Do I need the desktop app to use Remote Control?
The documentation says Remote Control works from any web browser. On mobile devices, you can optionally install the web app to the home screen to receive push notifications when agents finish tasks or need input.
Is Antigravity free or paid?
The source documents describe individual plans, Google AI Pro, Google AI Ultra, and organization access through Google Cloud. For individuals, the pricing page lists a $0/month Individual plan and paid Pro and Ultra plans with higher limits and AI credits; team and enterprise usage is available through Google Cloud terms.
Can teams and enterprise users use it?
Remote Control is designed for desktop sessions running across your machines, including laptops, servers, and desktops. The enterprise documentation notes that enterprise support applies to Antigravity 2.0, Antigravity CLI, and Antigravity IDE Extensions, while standalone Antigravity IDE is not supported for enterprise deployments.
Quick Facts
- Category
- Developer Tool
- Product
- Antigravity Remote Control
- Source domain
- antigravity.google
- Access method
- Web browser
- Primary users
- Developers using Antigravity 2.0
- Pricing
- Individual plan starts at $0/month; paid Pro and Ultra plans are also available
Antigravity Remote Control Alternatives
hob
hob is an independent workspace for coding agents, with local control over sessions, terminals, history, routing, and follow-up work.
ByteAsk
ByteAsk is a terminal-first AI coding agent for C and C++ that edits repos and verifies changes with compilers, debuggers, sanitizers, and tests.
CreateOS Sandbox
CreateOS Sandbox is an isolated compute environment for running code and agent workloads in Firecracker micro-VMs with private networking and SDK, CLI, or MCP control.
Manta AI
Manta AI is an autonomous web app testing tool that maps app behavior, catches regressions, and generates tests from a URL, no scripts or selectors needed.
SonOf
SonOf connects to your repo and PM tool, audits your codebase, and turns approved work into shipped tickets with senior engineering review.
Ghost
Ghost is a terminal-based AI assistant for chatting, code generation, and CLI tasks. Includes free models, supports Linux, macOS, Windows, and is open source.