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Hidden Ways RNGs Are the Backbone of Business Processes



When it comes to modern technology, chances are that RNGs are often overlooked. However, these solutions are behind some key business processes – a hidden backbone, if you will. So, let’s take a look at what RNGs are, and how they are the unsung heroes of common processes. 

What Are RNGs? 

RNG refers to a Random Number Generator. Put simply, this is a machine or algorithm that produces non-sequential numbers that are not predetermined. RNGs digitally mimic the luck you’d get from rolling a dice, picking a card, or spinning a wheel. For this reason, they are the key technology behind online casino games – RNGs can replace physical bingo cages and randomly select which symbols land on the reels during slot games. For slingo bingo online there are several layers of RNGs, taking this one step further. The RNGs are the backbone behind the bingo and slot game functionality, showing that multiple RNGs can be utilized in tandem to produce an authentic and immersive casino experience. 

But RNGs are not just limited to online casino games – the flexible technology can also be used in cryptographic applications. These solutions often use quantum RNGs, or QRNGs, which harness the multiplicity and unpredictability of quantum mechanics to produce random bits. Whilst these devices are limited in their application due to cost and complexity, RNGs can indeed be used in multiple other ways in business settings. So, here are just a few applications of RNGs that you might even already be using. 

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Secure Payments 

There are two key ways that RNGs can help to add an extra layer of security to payments – on the end of the user, or at the point of sale (POS). Firstly, RNGs can be used to tokenize payment details. This is the technique behind apps like Google Pay and Apple Pay. Users input their card details into the application, which links the payment information with their bank. Then, the application uses RNGs to generate new card details, which are stored in the app.

When users make a payment, the tokenized details are transmitted over the cloud to the bank, protecting private data. Similarly, if card users make a payment with their real card details either at a POS system or over the phone, the in-house system can generate tokenized details. This means sales assistants cannot see the real bank details – only the consumer and the bank – again protecting sensitive data.

Source: Pixabay

Random Selection 

There are times when your business will need to find out the opinions of your target market or current customers, whether that is to inform a new product launch, research and development, or marketing strategies. However, it is impossible to survey every single person. On the other hand, manually selecting participants introduces the risk of bias. 

In these situations, RNGs can assist with random sampling, selecting participants for the survey completely at random. As this automates the selection process, this reduces the risk of bias and provides the opportunity to collect a range of opinions that can be treated as largely reflective of the wider audience. 

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As you can see, RNGs are behind some of the key processes in any business, even if you can’t see them. From digitally mimicking the aspect of luck for random sampling, to adding extra security to payment methods, RNGs are the backbone of many aspects of business operations. 

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