Antigravity CLI vs Cursor — Feature Comparison
Quick answer: Antigravity CLI supports 13 of 18 tracked features; Cursor supports 15 of 18. Matrix last updated June 27, 2026.
Verdict: Antigravity vs Cursor
Neither tool is universally better — Antigravity CLI is the stronger pick for terminal-centric developers, while Cursor is the better fit for those who want a full graphical IDE experience. Antigravity CLI covers more of the tracked feature surface (12 vs. 11) and distinguishes itself with capabilities that matter deeply in a command-line workflow: Streaming Output, Diff View, Shell Integration, and MCP Server support. Its release cadence has been intense and recent, suggesting active, focused development. Cursor, by contrast, has accumulated more total releases and a steadier long-term track record, which signals a more mature release process. Its unique advantages — Multi-file Editing, VS Code compatibility, and Planning Mode — are significant for developers who prefer a rich graphical editor and need to reason about or refactor changes across an entire codebase at once. Planning Mode in particular is a meaningful differentiator for complex, multi-step tasks where you want the AI to outline its approach before executing. The core trade-off is environment and workflow: Antigravity CLI excels when your work lives in the shell and you value tight system integration and real-time streamed output, whereas Cursor excels when you want a polished IDE layer, seamless VS Code ecosystem access, and coordinated edits spanning multiple files. Neither tool's feature lead is so decisive that it overrides personal workflow preference, so your choice should hinge on whether you spend more time in a terminal or in a graphical editor.
Choose Antigravity CLI if: Choose Antigravity CLI if you live primarily in the terminal and value shell integration, streaming output, and MCP Server support as part of a tightly integrated command-line workflow.
Choose Cursor if: Choose Cursor if you work within a graphical editor environment, rely on the VS Code ecosystem, or frequently need to plan and execute coordinated edits across multiple files simultaneously.
Key differences
- Antigravity CLI supports Shell Integration, Streaming Output, Diff View, and MCP Server; Cursor does not — making it more capable in terminal-native workflows
- Cursor offers Multi-file Editing, VS Code compatibility, and Planning Mode; Antigravity CLI does not — giving it a clear edge for IDE-based, multi-step refactoring
- Antigravity CLI has a highly concentrated recent release cadence; Cursor has a larger total release history, suggesting a more established and measured development track
- Cursor's Planning Mode allows structured, pre-execution reasoning about complex changes — a capability absent in Antigravity CLI
- Both tools are nearly tied on overall tracked feature coverage (12 vs. 11), so the choice should be driven by workflow environment rather than raw feature count
At a glance
| Tool | Latest version | Release date | Releases tracked |
|---|---|---|---|
| Antigravity CLI | v1.0.14 | June 30, 2026 | 11 |
| Cursor | v3.9 | June 22, 2026 | 19 |
Core Editing
Multi-file editing, streaming, undo capabilities
| Feature | Antigravity | Cursor |
|---|---|---|
| Multi-file Editing — Edit multiple files in a single operation | — | ✓ (Core Cursor capability evidenced by agent-based editing across multiple files, supported by multitask and worktrees feat) |
| Streaming Output — Real-time streaming of AI responses | ✓ since 1.0.11 | ✓ (Real-time streaming of AI responses is a standard capability for AI coding tools like Cursor with interactive chat inter) |
| Undo/Redo — Ability to undo and redo changes | ✓ since 1.0.13 | ✓ (Standard editor capability inherent to VS Code-based Cursor; implied by diff/review workflow in v3.6) |
| Diff View — Visual comparison of changes | ✓ since 1.0.12 | ✓ (Standard Cursor feature for reviewing AI-generated changes; implied by Auto-review Run Mode in v3.6) |
Terminal Integration
Shell and command execution support
| Feature | Antigravity | Cursor |
|---|---|---|
| Command Execution — Run shell commands | ✓ since 1.0.13 | ✓ since 1.6 |
| Shell Integration — Integration with user shell environment | ✓ (v1.0.6 added shell-style path auto-completion for /open and /add-dir commands) | ✓ (v3.4 development environments for cloud agents implies shell/environment integration) |
| Background Tasks — Run tasks in background | ✓ since 1.0.11 | ✓ since 2.5 |
MCP Support
Model Context Protocol server and client capabilities
| Feature | Antigravity | Cursor |
|---|---|---|
| MCP Client — Connect to MCP servers | ✓ since 1.0.7 | ✓ since 2.6 |
| MCP Server — Expose as MCP server | ✓ since 1.0.7 | — |
| Custom Tools — Define and use custom tools | ✓ (v1.0.10 mentions 'builtin skill' and v1.0.9 mentions plugins installation with submodule support, suggesting custom tool) | ✓ (v3.9 'Customize Cursor' suggests custom tool/extension support; Automations framework implies customizable tool definiti) |
IDE Integrations
VS Code, JetBrains, and other editor support
| Feature | Antigravity | Cursor |
|---|---|---|
| VS Code — Visual Studio Code integration | — | ✓ (Cursor is built on VS Code, making VS Code integration a foundational capability) |
| JetBrains — IntelliJ/WebStorm integration | — | — |
| Vim/Neovim — Vim or Neovim integration | — | — |
| Web UI — Browser-based interface | ✓ since 1.0.13 | ✓ since 1.7 |
Agentic Features
Planning, tool use, and autonomous capabilities
| Feature | Antigravity | Cursor |
|---|---|---|
| Planning Mode — Plan before executing changes | — | ✓ since 2.2 |
| Autonomous Mode — Extended autonomous operation | ✓ since 1.0.12 | ✓ since 3.8 |
| Task Decomposition — Break complex tasks into steps | ✓ since 1.0.13 | ✓ since 3.2 |
| Context Management — Manage context across conversations | ✓ since 1.0.10 | ✓ since 3.7 |
Release velocity
Havoptic tracks 11 Antigravity releases and 19 Cursor releases. See release frequency charts for side-by-side velocity analysis, or browse the Antigravity CLI changelog and Cursor changelog.
Data source
Feature data is maintained in feature-matrix.json under a CC-BY-4.0 license. Release data comes from releases.json. Both are updated daily. See the methodology page for details on sourcing and human review.