10 ways to use RNG Technology on Your Website

The Radom Number Generator technology automates the generation of sequences without a pattern. There are endless ways to leverage RNG technology on your website for security and other applications.

This software uses mathematical algorithms to produce random numbers by initializing the algorithm with a value derived from a repetitive operation in the computer or server. Here are ten different ways to use RNG technology on your website.

1. Website encryption and security

Random numbers are the basis of unique and robust encryption keys on websites and apps. Random numbers can help you achieve the highest security on your site, especially in times like this, when a cybersecurity breach happens every minute.

When you secure a website with the RNG technology, the encryptions play a crucial role in hiding your communication from interlopers that could try to access the packets in transit between users and your web server. If any cybercriminals manage to corrupt those packets, you will quickly notice.

2. Account sign in security

Reliable random number generation (RNG) is critical, as well, for generating cryptographic keys that you can use in authentication encryption in the signing processes.

The RNG technology is increasingly being used on social media sites, bank sites, institution websites, and other sites that require a sign-in process for account access. On the other hand, it is vital for the randomness and access protection required for online lottery and gaming operations.

3. Lottery & gaming

Lotteries have moved online almost in entirety. Even with that, they must find ways to remain games of chance that are utterly unpredictable and unhackable. RNG lotteries are the only worthwhile and trustworthy games that players consider playing online these days.

The RNG software helps to generate a random number from an unpredictable source so that each draw starts from an arbitrary point and stays unpredictable. This seed number is used in the RNG software algorithm to draw the winning number(s).

4. Adding a digital signature to documents

RNG technology helps to secure digital transactions by adding a signature to documents. This software technology can further be leveraged in copyright protection by identifying the author or creator of a digital file, proving the authenticity of the content, and achieving non-repudiation.

Using RNG to create digitally signed timestamps adds validity to a file in chronological order.

5. Issuing lottery and sports betting tickets

Without an RNG time stamp, players may purport to have guessed the outcome of an event when indeed they did that after. The timestamp helps to prove that the player’s ticket was issued before the draw or end of the game.

It is hard to backdate logs where the RNG technology has been used. The timestamps generated are unalterable.

6. Contests and giveaways

This marketing technique does wonders on social media. But what if you wanted to host the contest straight from your site? How do you determine a winner without bias? Random numbers are essential in this process.

Because of the large number of participants in the game, RNG technology helps to achieve fairness. The RNG software algorithm can select the winning number for you and save you the time and frustration in probability computations.

7. Debugging website scripts

RNGs are heavily used in finding and fixing errors within a website’s script. They make it easier to trace the code and see what exactly the issue is. Random values also provide the source of data needed for testing the effectiveness of a code.

With an RNG software, you can examine the current variables, or execute commands in your console to fix page, URL, or syntax errors fast and with ease.

8. Image compression

When scaling a digital image, the parameterization can cause visible compression artifacts unless that is automatically rectified. The correction can be done using randomization inside the pixel area.

The processing happens fast without disappearing the scene geometry. It is compression and decompression without the blurriness.

9. Recaptcha technology

This access technology uses IDs in public key infrastructure (PKI) to provide each user with a unique digital identity. Cryptographic keys are stored in a Hardware Security Module (HSM) for unhackable security.

RNGs ensure that each CAPTCHA code is unique. CAPTCHA images and their levels are refreshed at a fixed interval of time without loading the whole page.

10. Animation and gaming

Today many video games are played straight online on websites and apps. In these games, you can use random numbers to determine random events and keep your games fresh.

You can use RNG technology to set random speeds, directions, or create real-world simulations for your characters. This randomness keeps the game from being monotonous and predictable.