Complete Guide to Rules, Mechanics, and Bankroll Strategy – Online Games
Mines is a single-player instant game played on a grid (typically 5×5) where the player reveals tiles one at a time, aiming to avoid a hidden set of "mine" tiles. Each safe tile revealed increases a multiplier; the player can cash out at any point, but hitting a mine ends the round and forfeits the bet.
Mines is a modern digital reimagining of the classic Minesweeper concept, adapted into a betting format. Before each round starts, the player chooses how many mines to place on the grid (commonly ranging from 1 to 24 on a 25-tile board) — a setting that directly changes both the risk and the reward per tile. More mines means higher risk per click but a faster-climbing multiplier; fewer mines means safer clicks but slower multiplier growth.
Before starting the round.
This is the key decision that shapes the entire round's risk profile.
Each safe tile revealed increases the current multiplier, displayed alongside the potential cash-out value.
To lock in your bet × the current multiplier.
The round ends immediately and the bet is lost in full — there is no partial payout for tiles already cleared unless you had already cashed out.
The choice repeats each turn, with the multiplier climbing further each time.
The mine positions are determined by a provably fair system at the start of the round, using the same server-seed/client-seed/hash-verification approach described in the Aviator chapter — the layout is fixed before your first click, and no click sequence can influence which tiles are safe. What changes as you reveal tiles is simply the remaining probability: with each safe tile cleared, the number of unrevealed safe tiles shrinks relative to the remaining mines, so the probability of the *next* click being safe changes, and the payout multiplier is calculated to reflect that shifting probability while preserving the platform’s built-in house edge.
Worked example (conceptual): On a 25-tile grid with 3 mines placed, the first click has 22 safe tiles out of 25, so roughly an 88% chance of being safe. If that click succeeds, the next click faces 21 safe tiles out of the remaining 24 (roughly 87.5%), and so on. The displayed multiplier at each stage is set so that, combined with these shrinking probabilities, the long-run return to the player matches the platform’s published RTP (commonly in the 97–98% range on standard settings, though this varies by operator and should be checked in the game’s own information panel).
Mines is a game of chance. Mine placement is determined by a provably fair algorithm before the round begins, and click order does not influence which tiles are mined.
No. Fewer mines lowers per-click risk but also lowers the multiplier growth rate; the platform’s built-in house edge applies across all mine-count settings, just distributed differently.
No — legitimate provably fair implementations do not reveal mine positions in advance, though players can verify after the round (or via the game’s built-in verification tool) that the layout wasn’t altered after the bet was placed.
There’s no universally safe number — every additional click carries its own independent risk based on the mines remaining. Setting a personal target in advance, rather than deciding in the moment, is a bankroll-discipline practice rather than a mathematical edge.
