Provably Fair BC Game Nigeria

BC Game Nigeria guarantees customers complete transparency and genuine honesty in every available game on the platform. To realize the transparency of the service, Provably Fair technology is used, which allows users to personally verify the absence of various manipulations on the part of the company. The gameplay is designed to eliminate any element of unfairness and provide the best user experience and entertainment for every Nigerian customer.

To realize full transparency, BC Game generates 10 million hash values. These values are released in reverse order and are known in advance. Thus, each result is already determined in advance and cannot be changed during gameplay. This eliminates the possibility of various manipulations and does not expose the platform’s customers to mistrust.

Can BC Game specifically change the result of a game session?

No, the entire result generation structure is designed to eliminate any operator influence. The integrity check is based on the SHA256 cryptographic algorithm. Thanks to this algorithm, the verification process is performed, which allows proving the legality of hashes and shows that their sequence has remained unchanged since the moment of generation.

The outcome of the game is already determined long before the client bets, which means that it can not be changed manually. This is why, for example, the gambling game Crash on the BC Game Nigeria platform is considered more private than many other types of bets.

What is a hash chain, and how does it work?

Each new hash is created from the previous one using SHA256 technology. This means that if you know the next hash, you can calculate the previous one. Therefore, if a hash is already known, it is impossible to change it without negatively affecting the entire chain. On this basis, the entire system of the platform is absolutely resistant to various forgeries. 

Thus, the entire sequence of 10 million hashes is created at the beginning of the game session, and it remains unchanged after the last hash.

Calculations in different games available on the BC Game Nigeria platform

The BC Game company provides players with a large range of games that utilize Provably-Fair technology. The calculations in different games will be described in the paragraphs below.

Crash

A hash is generated using SHA256. From this hash, a 13-character hexadecimal string is extracted, converted to a number, and normalized to a value between 0 and 1. Then, the house edge formula is applied: 99/(1-X). If the result is less than 100, it is set to 100, meaning the final multiplier equals the rounded value divided by 100.

Limbo 

Structurally similar to Crash, where a portion of the hash is taken, converted into a number, normalized, and compared to the player’s target number. If the random value is lower than the target, the player wins.

Twist

The hash is transformed into a 64-character string. The first 8 characters are extracted, converted into an int32, and then normalized by dividing by 0x100000000. The result is multiplied by the number of twist segments and rounded, which determines the winning sector.

Plinko

The hash is split into groups (e.g., 8 characters per group), with each group converted into a number. These values simulate the ball’s drop across levels, ultimately determining the final landing position and the player’s payout.

Fast Parity

A portion of the hash is taken and divided by 0x100000000 to normalize it. Then, an even or odd result is determined based on whether the value is greater or less than 0.5 (usually by rounding to the nearest integer).

Tower Legend

This is a multi-stage algorithm where the hash is used at every tower level. Each stage consumes a new portion of the hash, which determines success or failure. The platform guarantees that all stages are precomputed and cannot be manipulated.

Fast Crash

A faster version of the classic Crash game using the same formula. The hash is converted into a number, normalized, and the multiplier is calculated using 99/(1-X), resulting in the final value.

Wheel

The hash is converted into an int32 value and divided by 0x100000000 (the max 32-bit number). It is then multiplied by the number of wheel segments. The resulting position determines where the wheel stops.

Dice

From the predefined game hash, 8 characters are extracted and converted into a number. It is then scaled and normalized to a range from 0 to 100. This number determines the result of the dice roll.

Mines

Each cell is calculated strictly based on a combination of the hash and its position. Multiple layers of hashing and encryption are used to prevent manipulation. Mines are placed before the round starts and remain fixed throughout the game session.

Hilo

Each round uses a new part of the hash to generate a number. That number is normalized and compared to the player’s guess (“Higher” or “Lower”). The full sequence is fixed in advance.

Coin Flip

A number is extracted from the hash and normalized. If the result is less than 0.5, it is one side; if ≥ 0.5, it’s the other side. This guarantees absolute fairness.

Keno

The hash is used to generate several random numbers representing the drawn Keno balls. Each ball is derived from different hash segments and is strictly deterministic. These values are precomputed, ensuring results are final.

Ring of Fortune

The hash is split into multiple segments, each representing a symbol group. Each segment is converted into a number, and the sector with either the minimum or maximum value is selected as the winning result.

Hash Dice

A portion of the hash, usually 5–8 characters, is extracted and converted into a number. It is normalized to a 0–99 range. This value is compared against the player’s bet limit to determine if they win.

Stellar Rush

Several phases are calculated, with each phase using a fragment of the hash. Each fragment is normalized and determines the success of that stage.

Jade

The algorithm is similar to Dice: a portion of the hash is extracted, converted into a number, and normalized. Matching this value with symbols determines the outcome.

Ultimate Dice

A fragment of the hash (e.g., 8 characters) is extracted and turned into an int32 value, normalized, multiplied by 10001, and divided by 100 to determine the final dice result.

Cave of Plunder

The game involves several rounds, and each level uses a new part of the hash. Each fragment determines whether treasure or a trap is found. All values are computed in advance.

Roulette Multiplayer и Roulette

A portion of the hash is extracted and converted into a number. It is then normalized, multiplied by the number of roulette segments, and rounded to determine the winning number and color.

Video Poker

A combination of the hash and card logic is used. Each new round uses the next portion of the hash to form the player’s hand. This ensures complete randomness.

Bingo

All ball numbers are determined immediately after the hash is generated. This means the order of the balls is known in advance, before the game starts, and cannot be changed. The sequence is locked and verifiable by the player.

Double

A precomputed hash is transformed into a number, normalized, and used in the double-or-nothing logic. This determines whether the player wins or loses the multiplier.

Blackjack

Sequential portions of the hash are used for each card. Cards are dealt in a predefined order and converted into values. The sequence is generated without any interference.

Baccarat Multiplayer и Baccarat

The hash is used to distribute cards to both the Banker and the Player. The card order is precomputed and based on specific hash segments.

Perya Color Game

A traditional Nigerian color game adapted with Provably Fair technology. A hash is normalized, and the color is chosen based on a table of predefined probabilities.

SicBo

Three dice are rolled using three separate hash fragments. Each fragment is converted into a number between 1 and 6, determining the round’s outcome.

Espada Saladora Beauties

The hash algorithm defines the “beauty levels” of each card or symbol. Each segment of the hash is used to produce a value that determines the result of the round.

Patti

A card game similar to Blackjack or Baccarat, where sequential hash parts are used to determine the card order and game outcome.

BC Poker

A fully decentralized poker experience where a hash chain is used to generate the deck, deal the cards, and control betting rounds. Every card is generated only from the hash and can be publicly verified.

Why Is This Important for Nigerian Players?

In the world of digital gambling, where players have no physical control over the process, platforms must provide systems that prove the transparency of their services. This builds trust and assures users that the fairness of the game is guaranteed, even when high stakes are involved, the results remain unbiased and cannot be influenced by any third party.

BC Game Nigeria places a strong emphasis on transparency, giving every user the ability to independently verify that the system operates fairly and without interruption.