Saturday, October 23, 2021

How to Protect Your Applications on Public and Private Clouds Using Runtime Encryption

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With advances in technology, online privacy has never been so crucial. Today, everything, from ordering food to sending money, is done over the internet. Although the internet’s heightened presence has made things much more comfortable, it has equally made online security more daunting.

The good news is that new and more stringent measures such as end-to-end cloud encryption are being put in place to combat any chances of losing data. Essentially, cloud-based applications such as runtime encryption are cautiously becoming common due to their benefits to both the user and developer. Perhaps the best thing about runtime encryption is that no third party is involved. Due to this, using this cloud-based application tool is without any unwanted risks.

Runtime Encryption-Overview

As our world is increasingly being characterized by the use of applications (both mobile and computer-based), the importance of encrypting data has never been higher. With end to end encryption for applications becoming an integral part, one would think that their data is entirely secure. However, this is not the case.



To understand what and how runtime encryption is, it’s essential to know how the end to end encryption works. As the name suggests, end to end encryption works by securing data that is not in motion. This means that data is encrypted once sent by the user and received on the second end. While this might be a formidable way of protecting your data, it’s worth remembering that data in motion is highly susceptible to attack.

This is where runtime encryption comes in. Essentially, runtime encryption is considered to be the holy grail of data protection today. It’s a foolproof way of protecting your data both in transit and both the sending and receiving end.

Ways You Can Use Runtime Encryption to Keep Your Sensitive Data Safe

There are three main ways that you can use to protect your data. These ways generally depend on what part of your system you want to save and what information you deem necessary to protect. Even so, it’s worth mentioning that you can encrypt all your system tiers using Runtime encryption to increase your security.

So, in which ways can you protect your data using Runtime encryption? Let’s take a look at them.

1. To Protect Your Front Tier

In any system, the frontier is the gate. A front tier application serves to sieve through any information coming in or going out of a system. In other words, a front tier application is a systems’ gatekeeper that controls traffic input and output. With a vast majority of mobile and computer applications using the front-end tier in Transport Layer Security (TLS), it’s only integral to use Runtime encryption to ensure that all critical assets in the system are protected.

2. To Protect Business Secrets

It’s no secret that businesses have benefited greatly from modern technology, more so, the use of applications. Not only have these apps made it easy for companies to interact with customers with ease, but they have also ensured that customers get real-time updates about the products and services offered by a particular business.

While this is a good thing, it’s important to note that there are uncouth ways that businesses can lose critical data to the wrong people. Most applications use business logic models, which, unlike other personal account apps, don’t utilize end-to-end encryption. Without more formidable encryption such as runtime, it’s no surprise that most businesses lose essential information such as trade secrets, application logs, and database access, among others.

By using runtime encryption, you don’t have to worry about any information leak. You will rest assured that both your information and that of your customers will always remain safe.

3. To Protect Data in Transit and Data at Rest

As mentioned above, one of the main differences between end to end encryption and runtime encryption is how they protect data from leaking. On one hand, end-to-end encryption protects data only on two lots. When information is sent and when data reaches its destination. On the other hand, runtime encryption protects data in transit and data at rest.

With the ability to secure your data at all points, you can be sure that your data, whether personal or otherwise, will not end up in the wrong hands. This security level is generally possible since runtime encryption secures all data by utilizing both disk and memory disk storage. This way, the data will be stored under the application signature to forget the application signer identity.

Marie Foster
Marie Foster is a reporter based in UK. Marie has also worked as a columnist for the various news sites.

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