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Remote Agents in Antigravity and the Managed Agents API are two surfaces with common building blocks:
- Same Antigravity agent harness
- Hosted Linux sandboxes (environment="remote")
- Portable skills so same setup on both
Basically remote running agents either via the Antigravity UI, or via an API so you can build your own pipelines.
- Same Antigravity agent harness
- Hosted Linux sandboxes (environment="remote")
- Portable skills so same setup on both
Basically remote running agents either via the Antigravity UI, or via an API so you can build your own pipelines.
Excited for Remote Agents landing in Antigravity! 🔥
Just rolled out remote agents in Antigravity so now you can just fire and forget anywhere. It’s been the way we’ve been working at Google for some time so excited for you all to give it a go!
More to come tomorrow 👀View quoted post on X
Incredible "hello world" for Project Suncatcher — and an exciting milestone for the Gemma family we built for embedded / edge workloads!
Three things that make this engineering wild:
1. True edge / embedded inference: Gemma 4 is running completely offline in low Earth orbit — zero ground relay for compute, executing prompts and payload telemetry checks directly on the spacecraft.
2. Data-center silicon in vacuum: Running on 4 radiation-tested Trillium TPUs powered by direct solar energy, surviving launch vibration and thermal extremes.
3. From laptops to orbit: We designed Gemma from first principles to maximize capability per watt in constrained environments — seeing that same architecture scale from local devices to an orbiting satellite is surreal.
Huge kudos to the Google Research, Planet, TPU, and Gemma teams!
Three things that make this engineering wild:
1. True edge / embedded inference: Gemma 4 is running completely offline in low Earth orbit — zero ground relay for compute, executing prompts and payload telemetry checks directly on the spacecraft.
2. Data-center silicon in vacuum: Running on 4 radiation-tested Trillium TPUs powered by direct solar energy, surviving launch vibration and thermal extremes.
3. From laptops to orbit: We designed Gemma from first principles to maximize capability per watt in constrained environments — seeing that same architecture scale from local devices to an orbiting satellite is surreal.
Huge kudos to the Google Research, Planet, TPU, and Gemma teams!
A ‘hello world’ milestone for Project Suncatcher 🚀
After launching our prototype satellite a few weeks ago, we’ve now successfully sent a command up to orbit, booted up the TPU, ran the prompt, and received our first complete response back on earth - a haiku!View quoted post on X
Amazing work @qevni , and glad to see the impact of Gemini 4 Argon on medical imaging!
What happens when we run that same Left Shoulder MRI through Gemini 4 Argon with 6 million tokens of context?
26 interactive 3D callouts across all 8 MRI sequences, mapping both the tears and every intact structure in the joint:
braid.health/shoulder-argonView quoted post on X
