Gemini AI Assistant Gains Ability to Answer Queries and Perform Tasks on Locked Android Devices

Gemini AI assistant for Android has received a significant upgrade that allows users to interact with it even when their devices are locked. Previously, users could only interact with Gemini by unlocking their phones or using Google Assistant for task execution. With this new feature, Gemini AI now supports a range of tasks directly from the lock screen, including setting, stopping, and snoozing alarms. Additionally, users can ask general questions and receive answers without having to unlock their devices.

This new capability was detailed on Gemini’s support page, which highlighted the improvements. According to the update, users can now access Gemini by touch or by using the voice command “Hey Google,” provided that the appropriate settings are enabled. This means that even with the screen off, saying “Hey Google” will prompt the device to wake up and bring up the Gemini AI bottom sheet interface.

The upgrade enhances user convenience by allowing voice commands to activate Gemini and perform tasks like checking the weather, setting reminders, or controlling smart home devices, all from the lock screen. Once a command is given or a query is made, Gemini will display the response in a full-screen window, maintaining a similar experience to when the device is unlocked.

Moreover, this feature aims to improve accessibility by ensuring that users can manage essential tasks and get information quickly without needing to navigate through multiple screens. After the task or query is completed, the interface returns to the lock screen, ensuring security and ease of use.

Gemini AI’s new functionality reflects a growing trend in AI assistants towards greater convenience and integration with device lock screens. This development enhances the user experience by making essential features more accessible while maintaining the security of the device.

Overall, the update represents a significant step forward in how virtual assistants interact with locked devices, potentially setting a new standard for AI-assisted functionality in mobile technology.