Google Chrome for Android now lets users shift the address bar to the bottom of the app, which improves usability on larger displays. The functionality will become generally available in the coming weeks, but Google says that the rollout may take some time.
Google has released a new version of its Android app that allows users to adjust the position of the address bar. The update allows users to shift the address bar to the bottom of the app for greater flexibility and simpler use on devices with varied screen sizes. The change allows users of different hand sizes to tweak the position of the address bar for better surfing, especially on phones with large screens.
To move your address bar, long-press it and select “Move address bar to bottom”, or go to the Settings menu and select “address bar” to choose your preferred spot. This feature will be available on devices today and in the coming weeks.
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Besides this, Google has introduced the Gemini Robotics On-Device AI model, which can be tailored to different types of robots. Google DeepMind created this voice-language-action (VLA) model, which can learn new tasks with 50-100 demos and runs exclusively on a local device. The approach is intended for latency-sensitive applications and operates without the requirement for a data network.
According to Google, Gemini Robotics On-Device excels at difficult tasks and complex instructions, providing cutting-edge results without on-device limits for developers looking for advanced results.
Gemini Robotics On-Device is said to be the first VLA model that can be fine-tuned, allowing developers to optimise application performance. The model claims to exceed the current best on-device VLA in fine-tuning tasks like manipulating a lunchbox, drawing a card, and pouring salad dressing. The model can apply its basic knowledge to new tasks, demonstrating its generalizability.
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The Gemini Robotics On-Device model will be applied to a variety of robot embodiments, including the ALOHA robots and the bi-arm Franka FR3 robot. The model follows general-purpose instructions, handles unseen objects and scenes, completes dexterous tasks, and carries out industrial belt assembly tasks on the Franka that require precision and dexterity.
