Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Android devices use volume encryption to protect private data storage. While this paradigm has been widely adopted for safeguarding PC storage, the always-on mobile usage model makes volume encryption a aker proposition for data confidentiality on mobile devices. PCs are routinely shut down which effectively secures private data and encryption keys. Mobile devices, on the other hand, typically remain pored-on for long periods and rely on a lock-screen for protection. This leaves lock-screen protection, something routinely bypassed, as the only barrier securing private data and encryption keys. Users are unlikely to embrace a practice of shutting down their mobile phones, as it impairs their communication and computing abilities.  propose Deadbolt: a method for maintaining most mobile computing functionality, while offering the security benefits of a pored off device with respect to storage encryption. Deadbolt prevents access to internal storage even if the adversary can exploit a lock screen bypass vulnerability or perform a cold boot attack. Users can gracefully switch beten the Deadbolt and unlocked modes in less time than a system reboot. Deadbolt offers the additional benefit of an incognito environment in which logs and actions will not be recorded.
['Adam Skillen', 'David Barrera', 'Paul C. van Oorschot']
I am writing a research paper on a idea Deadbolt: locking down android disk encryption
[{"from": "human", "value": "I am writing a research paper on a idea Deadbolt: locking down android disk encryption"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Android devices use volume encryption to protect private data storage. While this paradigm has been widely adopted for safeguarding PC storage, the always-on mobile usage model makes volume encryption a aker proposition for data confidentiality on mobile devices. PCs are routinely shut down which effectively secures private data and encryption keys. Mobile devices, on the other hand, typically remain pored-on for long periods and rely on a lock-screen for protection. This leaves lock-screen protection, something routinely bypassed, as the only barrier securing private data and encryption keys. Users are unlikely to embrace a practice of shutting down their mobile phones, as it impairs their communication and computing abilities.  propose Deadbolt: a method for maintaining most mobile computing functionality, while offering the security benefits of a pored off device with respect to storage encryption. Deadbolt prevents access to internal storage even if the adversary can exploit a lock screen bypass vulnerability or perform a cold boot attack. Users can gracefully switch beten the Deadbolt and unlocked modes in less time than a system reboot. Deadbolt offers the additional benefit of an incognito environment in which logs and actions will not be recorded."}]