According to a recent report from Japan's Livedoor website on July 20th, Apple Inc. in the U.S. was granted a patent allowing users to send emergency assistance to the police via fingerprint authentication without realizing it. This patented technology was officially published by the U.S. Patent and Trademark Office. As per Apple’s instructions, this feature enables users to make urgent distress calls if traditional methods of seeking help are unavailable. For instance, even when the screen is locked, individuals with iOS-equipped devices can still initiate emergency calls. Using this technology, users can seek aid discreetly, even in situations where they may be under duress or observation by an attacker. Apple provided further details about how this technology works, particularly regarding the sequence of fingerprint inputs and the pressure applied. To activate the emergency response, users input their fingerprint in a specific order—beginning with the pinky finger, followed by the ring finger, and concluding with the pinky again. When an emergency request is initiated, the terminal program can recognize the entered fingerprint sequence. Currently, conventional methods of making an emergency call are often easily detected. However, with this innovative technology, users can comply with the demands of potential attackers who require them to unlock their phones, while simultaneously sending out a silent SOS signal. It remains uncertain whether Apple plans to integrate this technology into future software updates. Implementing such features across mobile devices requires significant time and additional patents, which Apple has yet to confirm. While this technology holds immense potential for enhancing personal safety, its practical application remains subject to future developments. (Compiled by Intern Ma Mengyuan, Reviewed by Wang Huan) This advancement reflects Apple's commitment to improving user security and privacy, especially in critical situations. If implemented effectively, it could offer a lifeline to those in dangerous environments, providing them with a means of reaching out for help without raising suspicion. However, as with any new technology, there are challenges to overcome, including ensuring reliability and compatibility across different devices. In conclusion, while this patent represents a promising step forward, its full impact will depend on how Apple chooses to deploy it and whether it can address potential limitations. As we await further updates, it’s clear that Apple continues to push boundaries in the realm of personal safety and technological innovation.

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