Google is accelerating its push toward agentic artificial intelligence in 2026, with the recent unveiling of Gemini Intelligence designed to proactively accomplish tasks across apps. Now, evidence suggests the company is extending this capability to locked devices, potentially transforming how users interact with their Android phones when they are not actively using them.
Code strings discovered in the Companion Device Manager app, corroborated by Android Authority, indicate that trusted Android apps could soon see and control screen contents while the device is locked. This functionality could automate tasks such as replying to messages, managing notifications, or completing routine actions without requiring the user to unlock the phone each time.
The key code snippet states: "The app will be able to see and interact with your devices to use features like helping you complete tasks even when the device is locked. You can turn features on or off in your Android settings." This suggests a configurable permission system where users retain control over which apps can access the locked screen.
How It Works: Pairing and Permissions
The teardown reveals that users will need to enter their PIN to pair trusted apps with their device. This pairing mechanism ensures that only explicitly authorized applications can leverage the locked device functionality. Two distinct features emerge from the code: "Proactive assistance" and "Screen automation." Proactive assistance uses an app's screen content to show suggestions, while screen automation allows apps to see and interact with the screen content to complete tasks even when the screen is locked.
This dual approach aligns with Google's broader strategy of integrating artificial intelligence deeply into the Android ecosystem. The proactive assistance feature resembles a "Magic Cue"-like capability that surfaces contextual suggestions based on what is on the screen, potentially without the user even needing to unlock the device.
Implications for Task Automation and Privacy
The ability to automate tasks on a locked device could significantly streamline user workflows. For example, a messaging app could automatically send a scheduled reply or a navigation app could update route information without requiring the phone to be unlocked. However, this also raises privacy and security concerns. While the PIN requirement provides a layer of protection, any app with such access could potentially collect sensitive information from the locked screen.
Google has emphasized that the feature is designed for trusted apps, but users must remain vigilant. The settings will allow turning features on or off, giving users granular control. The code also hints at the possibility of this functionality extending beyond Android phones to other platforms, such as Googlebooks, which is expected to support Gemini Intelligence. Although no official confirmation exists, the infrastructure suggests cross-device compatibility in the future.
Background: The Rise of Agentic AI
Google's Gemini Intelligence, introduced in early 2026, marks a shift from reactive AI assistants to proactive agents that can complete tasks across multiple apps autonomously. This new locked-device capability is a natural extension, allowing agents to operate even when the device is idle. Historically, Android has allowed limited automation through apps like Tasker, but these required the device to be unlocked or rooted. This official solution from Google would bring secure, system-level automation to all users.
The Companion Device Manager app has been part of Android for years, handling connections with smartwatches and other peripherals. Its expansion to manage locked-device permissions indicates that Google is building a comprehensive framework for trusted agents. The code strings found are still work-in-progress, meaning the feature may not appear in the final public release, but it signals strong intent.
Developers and security researchers are closely watching this development. If implemented correctly, it could revolutionize how users interact with their phones by reducing friction. However, any misstep in security could lead to data breaches, making the PIN pairing and user controls essential safeguards.
The broader tech industry is also moving in this direction. Apple has introduced similar concepts with Shortcuts and Siri Suggestions, but Android's approach appears more permissive, allowing third-party apps to register as trusted agents. This could foster innovation but also requires robust security auditing.
As of July 2026, no release timeline has been announced. The feature likely requires Android 16 or later, given its reliance on new APIs. Users can expect more details at the next Google I/O event or through developer previews later this year.
Ultimately, the locked-device automation represents a step toward seamless, always-on assistance that respects user privacy through explicit consent mechanisms. While the potential is exciting, the implementation must balance convenience with security to avoid creating new attack vectors.
Source: Android Authority News