There is a genuinely alarming problem that plagues many online gamers.

They worry that the site they’re using won’t be fair. After all, how hard would it be to digitally manipulate outcomes in a casino game?

The answer? Technically, not very hard at all.

But there are safeguards in place designed to ensure player safety and overall fairness. Accredited casinos are held to a high regulatory standard, and part of that standard requires provably fair outcomes.

In this article, we take a look at how provably fair technology works in Web3 casino games.

Provably Fair Casino Overview

Before we get into the nitty-gritty, we’ve assembled a list of provably fair games that you can trust to use safely.

The tricky thing in many cases is understanding what standard the game is being held to, and with these options, there are a number of games that have already been verified.

That said, never be afraid to do your own research.

This is also an important reminder of why it’s always necessary to play only on accredited casinos. While accredited casinos are held to a provably fair standard, other options are not.

How Provably Fair Works

Provably fair outcomes are tested through random number generators, a certified and audited piece of software that the casino uses to constantly evaluate its own servers.

It’s worth noting that an element of trust does still have to come into play, as the player cannot independently audit results. They are ultimately taking the casino’s word for the outcome.

That said, the operators themselves are regulated. In this case, you’re essentially putting your trust in the regulatory institution itself.

That said, there are some mathematical concepts in place that help to ensure fairness.

One of them is cryptography, the branch of mathematics concerned with verifying information.

The other is the hash function.

A hash function is a one-way mathematical instrument that turns inputs into a fixed-length string of scrambled characters.

What Is a Hash?

So what is a hash feature, and why is it relevant?

You can think of the hash feature as a tamper-evident seal on an envelope.

Basically, this mathematical framework ensures that you can be confident no tampering has taken place. It means that you can verify that the same input will always produce the same output.

The Full Framework

There are several pieces that contribute to the ultimate fair play framework.

The first is the server seed. This is essentially just a random string of letters generated by the casino server before the casino round even starts.

It’s a little like the casino writing down an answer and sealing it in an envelope before the round begins.

Then there’s the client seed. That’s your input. It’s a number that ticks up every time you place a bet.

The client seed matters because it essentially allows you to contribute to the potential outcome as well.

Then there’s the nonce, a simple counter that ticks up with each wager placed.

When you first sit down, it begins at one and goes up every time you place a bet. Essentially, this resets the server and client seed as well so that different results are seen with each round.

Put it all together, and these three building blocks ensure that results are simultaneously unpredictable and fair.

Complex but Worth Understanding

You don’t have to fully understand the mathematical concepts behind fair play technology to benefit from them.

For many people, it’s enough to simply understand that there is a verifiable framework in place that ensures casino games are fair.

Basically, this technology and process is how casino games stay fair.

A casino can’t rig a game and get away with it because there is a complex digital record that would expose them immediately.

As mentioned earlier, however, if you want provably fair gameplay mechanics, you need to make sure you’re using accredited gaming institutions.

Choose the platform you play on with care, and you’ll never have any problems.