One prompt. Four mobile frameworks. Four live simulators. All running in parallel. 🚀 Antigravity leverages Gemini 3.7 Flash’s reasoning to build complete native auth screens across SwiftUI, React Native, Jetpack Compose, and Flutter. Through multi-agent tool execution, specialized builder subagents handle setup, layout, and builds concurrently for each platform, running directly on live simulators and emulators.
Google Antigravity
Software Development
Google Antigravity is an agentic development platform, evolving the IDE into the agent-first era.
About us
Google Antigravity is an agentic development platform, evolving the IDE into the agent-first era. Antigravity enables developers to operate at a higher, task-oriented level by managing agents across workspaces, while retaining a familiar AI IDE experience at its core. Agents operate across the editor, terminal, and browser, enabling them to autonomously plan and execute complex, end-to-end tasks elevating all aspects of software development.
- Website
-
https://antigravity.google/
External link for Google Antigravity
- Industry
- Software Development
- Company size
- 10,001+ employees
Updates
-
If you've ever had to investigate a data incident across multiple databases, you know the friction: context-switching between tools, writing custom SQL queries, and manually debugging broken dbt test assertions. In this demo, Gemini 3.7 Flash showcases cross-system reasoning, self-healing debug loops, and native PDF multimodal understanding. Uses large-context memory to keep multi-database schemas, query results, dbt build logs across 15+ steps without context degradation. The Data Agent Kit equips Antigravity with MCP connectors to query BigQuery, Cloud SQL Postgres, and GCS in parallel. Using the /goal command, the agent builds a complete dbt pipeline and autonomously catches build errors from terminal logs. Richer Artifacts & Multimodal Understanding: Dragging and dropping a PDF directly into the chat lets the agent parse design rules, execute forecasting, and render branded artifacts.
-
Meet Gemma Translator, a completely offline DIY translation device powered by Gemma 4, built with Antigravity. All the parts are off the shelf and easy to find: a Raspberry Pi 5, portable battery pack, tiny touchscreen display, mini speaker, and micro keyboard with a knob to select languages. It's all held together by custom 3D-printed housing. We use LiteRT-LM to run Gemma (gemma4-e2b) on-device with a simple Python server to handle requests. All the translation knowledge is built right into the model, so no APIs or Wi-Fi are required. Both speech recognition and text-to-speech run on-device too, using Moonshine for ASR and Kokoro to turn Gemma’s output text into speech. The UI is a simple web frontend in React with a monochrome theme that shows info like language selection and mic feedback, handling hardware controls like knob turns and push-to-talk as keyboard events. You can build it all yourself by cloning our repo: https://lnkd.in/eSE9wC7p Gemma Skills - https://lnkd.in/eWrzya7J
-
In this walkthrough, we use Antigravity 2.0 to build two complete custom automations across the Chrome and local OS: 🔹 Chrome Extension: Auto-organizes open tabs into time buckets 🔹 Background File Tagger: Automatically tags desktop files by edit date Rather than letting the AI write code blindly, the video covers how to orchestrate the agent using: • /grill-me to align on design specs through interactive questions • Hands-free voice prompting for on-the-fly feature additions • Inline artifact comments to request targeted code edits
-
At Sonoma Raceway, Google Developer Experts built an AI Race Coach using Google Antigravity to bridge software code and vehicle telemetry. Tapping a Pixel 10 into 100+ car sensors, local Gemma 4 delivered real-time audio coaching right in the cockpit. Google Antigravity served as the tool that bridged the knowledge gap—allowing software engineers to translate race car physics and expert driver coaching logic without being racing experts themselves. It’s a powerful case study in how developers can build complex systems in industries outside their core domain.