For example, malicious software applications or malware installed on smartphone devices and then opened by victims to steal information or steal credit with premium SMS mode. On the other hand, attacks via Remote Code Execution can occur without the user being aware of it.
Users cannot do anything to protect their devices from the types of security vulnerabilities discussed above unless the Android smartphone device has run the Android version with the latest security patches. In general, Android that runs the latest security patches provide protection from attacks that can steal personal information (including passwords, bank account data, and telephone numbers), which can cause software damage, and spy on victims (through location tracking, recordings). sound etc.).
How to Find the Security Patch version on Android
You can find a version of the Android security patch (6.x +) patched by going to the Settings menu, then going to the About Phone menu. There, you have to find a Text-view that is named Android security patch level.
Google provides two types of security patch levels each month. One on the first day of each month (for example September 1) and one in fifth (for example September 5). The patch level for the first day of the month includes security issues discussed in the bulletin that month, while the patch level on the fifth day covers all the security issues discussed so far.
How you can get the latest security patch
Unless you are a developer yourself, you must rely on other developers or manufacturers to get security patches. Most manufacturers usually have a common code repository for each version of Android, for all devices it supports. This means that inexpensive smartphone devices and high-end Android devices can share code.
In the end, only high-end devices get security patches for reasons discussed earlier. So, if you want to always run the latest level of security patches, you can buy high-end devices from manufacturers that are known to often provide OTA updates or buy devices that have special ROMs available for active development.
Most big names in the world of custom ROMs, such as LineageOS and OmniRom, tend to apply security patches a few days after being launched by Google. You also have to remember that, kernel patches are applied to different devices on each custom ROM. Usually, each device (or a device running on the same SoC) has its own kernel code. It is the responsibility of the device manager to apply kernel patches.
Even though you are sure that you will get the latest patch for the next update, your kernel may still be at risk if it is not in active development. Most custom ROM users have strict rules for this scenario. Devices that use kernels that have not been managed for longer periods of time will be removed from the ‘official device’ list.
For all of them, there are two ways to always run the latest Security Patch on your device, namely:
- Get a flagship Android smartphone device from a trusted Android phone manufacturer by always updating or updating OTA.
- Get devices with lots of custom ROM support, and also have a large community of users and developers.
The second solution seems to be the best because most custom ROM distributions provide monthly updates. And this is more often done than smartphone manufacturers who use stock ROM.
Monthly security updates do not offer any new features, they simply correct system crashes. Some critical flaws may allow a malicious application to control your smartphone. Fortunately, Google explained that there has never been “any information about active exploitation or abuse of these newly reported issues.” Most of the faults were related to the code provided by Qualcomm for its components (processor or modem), but Google corrected such errors and provided users with continuous security.
That’s all you need to know about Android Patch Security. If your device is currently unable to get the latest Security Patch, you must make sure to get it or it’s time to buy the latest Android smartphone device from a trusted manufacturer. This is very important to ensure that the smartphone device you use is free of malware, especially if you often rely on an Android smartphone with a variety of important and sensitive data to support daily work activities.
