AppsGeyser

Security couldn’t be any more important for our Android device. The reason for this is that more of the threats against our devices are becoming more sophisticated than ever. Granted, it is important for those who design and program these apps should implement secure coding practices during the development and patching process. 

The end result is Android users having peace of mind every single time they use an app they can use to fulfill critical needs or if they are having fun on a gaming app – so let’s show you how it can be achieved and why right now.

Threats Against Android Are On The Rise

It’s clear that threats against smartphone devices like Android are rising. What may have existed for threats in the past have been met with resistance such as anti-virus systems and cybersecurity practices easily picking up on them. 

Now, it’s giving cyber “bad guys” a challenge to come up with a “better trap” so to speak. It’s important that we should be cognizant of these emerging threats so we can stop them in their tracks before things get worse.

Programmers and app designers need to understand how important security is and why it’s a great idea to stay in the loop regarding new and emerging threats. This will emphasize the importance of the Secure Software Development Life Cycle (SDLC). 

Having the benefits of a secure SDLC will allow programmers to have confidence in providing secure apps for their users – giving the latter peace of mind for the long-term.

How Does Secure Coding Enhance App Durability

Secure coding will be useful in solidifying the durability of an Android application. As such, the vulnerabilities can be addressed from the start leaving little to no presence of any exploits. It is important for app developers to use secure coding protocols to enjoy the following benefits:

• Data protection: This is critical considering that data must be protected against bad actors. Such data includes personal information, financial details, and other types. As such, it is important for developers to follow compliance standards (which we’ll discuss shortly).

• Enhanced reputation: Indeed, protecting the users of an app will help enhance a positive reputation that will solidify the amount of trust between the app developers and the users themselves. This can also fuel positive reviews in places like the Google Play store. On top of that, the retention numbers can increase over time.

• Regulatory compliance: Industries such as healthcare and finance are obligated to comply with security standards and strict regulations – especially when it comes to data protection. Such regulations include GDPR, PCI DSS, HIPAA, and others. Secure coding will be able to follow such regulations and will be maintained accordingly to retain compliance.

• Cost-efficiency: It can be a costly endeavor to fix vulnerabilities (albeit critical ones) after the launch of an app. As such, it is important to make sure that secure coding reduces the likelihood of these risks as soon as possible.

What Methods of Secure Coding Practices Should Be Used?

Now that you are aware of what secure coding can help keep an app safe for users, we’ll take a look at methods where such practices can be used. This will help developers discover any potential vulnerabilities that may arise before they become major problems. 

They include the following:

• Code obfuscation and encryption: This will allow you to hide the source code (known as obfuscation), which will make it more challenging for reverse engineering an app on the part of a hacker.

Plus, adding a layer of encryption will make sure the data within the app is not only secure but is unreadable in the event it falls in the wrong hands.

• Penetration testing: By simulating attacks, this will make it easier to find potential vulnerabilities. Getting to them before the bad actors do will certainly give you the advantage over them.

This way, you can create a solution to patch the vulnerability before the app ever goes public. This is critical if the app is tied to industries where high-security is a top priority.

• Secure APIs: APIs are useful for data exchange. As such, they can also be targeted accordingly. By implementing secure APIs with authentication and authorization approaches, they can ensure that the app functionality itself is safeguarded accordingly.

Final Thoughts

Secure coding practices should be the norm for app developers – whether it’s creating them for Android, iOS, or other devices. The important thing to remember is that cybersecurity attacks are becoming more sophisticated than ever before. 

By regularly testing the coding and addressing vulnerabilities as early as possible will provide you with confidence that the app is secure while lessening the safety concerns users may be voicing.