Mobile phones have become a necessity for many people worldwide. It allows people to communicate with family, friends, businesses associates, and even access emails and social media, all on one device. Today’s cellphones are also capable of archiving and storing data.

In truth, Americans check their phone on average, 262 times a day – for various reasons but most commonly for social media, games, dating, and even driving navigation. Accordingly, the rise in the use of mobile devices is connected to the growing capabilities of smartphones and a significant number of applications. 

However, the world’s increased reliance on smartphones also increases security threats. Mobile security threats refer to attacks intended to compromise or steal mobile phone and tablet data. These threats include malware and spyware, giving cybercriminals access to a device.

When that happens, bad actors can perform various malicious actions to steal and sell data and even access contacts, send messages and make calls. They do these by using a user’s login credentials and stealing their identities. These attacks do not just affect individuals but also organizations as well. 

Mobile security threats are even more alarming as criminals get sophisticated with using underhanded tactics to perform illegal breaches on mobile phones. With that being said, people and organizations must employ ways to reduce such threats to mobile phone usage, like integrating a strong customer authentication.

An example is eliminating the use of traditional passwords and replacing them with secure passwordless authentication, like biometrics verification. With this, users no longer need to input their usernames and passwords for mobile identity verification.

Moreover, companies must consider integrating FIDO2 in their systems with passwordless authentication for real-time fraud prevention, making it more difficult for bad actors to hack and leverage stolen user data.

You can learn more about mobile security threats and how to prevent them by reading visiting LoginID’s website

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