When playing online casino games, many players wonder how fairness is maintained. With no physical dealer, dice, or roulette wheel, how can one trust that the games are not rigged? The answer lies in a technology called the Random Number Generator (RNG). Top-rated platforms like Nohu90 use certified RNG systems to ensure that every spin, card draw, or dice roll is completely random and fair to all players.
An RNG is a computer algorithm designed to produce a sequence of numbers or outcomes that lack any pattern or predictability. In other words, it simulates randomness in digital games. Every second, the RNG is generating thousands of number combinations, even when no one is playing. When a player clicks “spin” or “deal,” the RNG selects the current number in the sequence, which determines the outcome of the game.
In slot games, for instance, the RNG controls the combination of symbols that appear on the reels. Each spin is independent of the last, meaning that previous outcomes do not influence future ones. This debunks the common myth that slots are “due” for a win or that patterns can be exploited. With RNG in place, every result is purely based on chance.
Reputable online casinos take this one step further by using third-party auditors to test and certify their RNG systems. These independent organizations—such as eCOGRA, iTech Labs, and GLI—conduct regular inspections to verify that the RNG software works as it should and has not been tampered with. Certification badges from these bodies on a casino’s website are strong indicators of a safe and fair platform.
It’s important to distinguish RNGs from Return to Player (RTP) rates. While RNG ensures that each outcome is random, RTP is the long-term expected payout percentage of a game. For example, a slot with a 96% RTP is designed to return $96 for every $100 wagered over millions of spins. However, this doesn’t mean every player will receive that return—it’s simply an average across all gameplay.
RNGs also play a critical role in virtual table games like blackjack, poker, and roulette. In these games, the RNG replaces the physical shuffle of cards or spin of the wheel. Each card drawn or number landed is generated with the same statistical likelihood as in a real-world casino. Some advanced systems even mimic real-world variables like deck reshuffling and dealer behavior to enhance realism.
While RNGs are the backbone of virtual games, live dealer games rely on physical actions and are monitored in real time using multiple cameras and software. These games are streamed from studios with human dealers, and outcomes are determined by actual cards or wheels—not RNG. This hybrid format caters to players who prefer transparency through visual confirmation.
That said, RNGs do have their limitations and misconceptions. Some players believe that games can “cool off” or “heat up,” attributing patterns to what is purely random data. In reality, RNGs are programmed to have no memory. Each event is a clean slate, and past outcomes do not influence future ones.
Another misconception is that online casinos can alter RNGs to cheat players. While it’s true that rogue sites may try to manipulate game outcomes, well-regulated platforms like Nohu90 operate under strict licensing conditions. These regulations require the use of tamper-proof RNG systems and ongoing audits to maintain their operational licenses. Failure to comply would result in severe penalties or revocation of the license.
For players, understanding RNG can also enhance responsible gaming practices. Knowing that outcomes are random helps manage expectations and prevents irrational behavior, such as chasing losses or overestimating win probabilities. It reinforces the idea that online gambling is entertainment first and foremost, not a reliable source of income.
To get the most out of RNG-based games, players should focus on game selection, bankroll management, and gameplay strategy (where applicable). Choosing games with a favorable RTP, setting loss limits, and knowing when to walk away are far more effective than searching for nonexistent patterns.