Decks holds 81 screens of BustaBit (bustabit.com), added to our library on 2 March 2026. Our model classified them as casino and grouped them into 24 screen types, most often game (18), crash (16) and pop-up (14). All 81 are mobile screens.
Screens added to our library on the dates shown. That is the date they entered our system; we do not hold the date each screen was captured, so the interface may have been captured earlier.
What we hold on BustaBit
Our library is a sample of what an operator showed, not a complete record of any flow. A low count for a screen type means we hold few screens of it — not that the operator's flow is short or absent.
Screens in our library
81
Counted from our own library rows, added to our library on 2 March 2026.
Screen types
24
Our model's classification of each screen image, from a fixed vocabulary we defined.
Library dates (first / last)
2 March 2026
The earliest and latest dates a screen of this operator entered our system. Not a capture date — the interface may have been captured earlier.
Library days
1
Distinct days on which screens of this operator entered our library.
Device
Mobile (81)
Our model's reading of the screen image.
Vertical
Casino (81)
Our model's classification. A screen can carry more than one vertical, so these counts add up to more than the number of screens.
Persuasion tactics tagged
14 across 81 screens
Our model's tagging of each screen image against a fixed list we wrote. A count is a floor, not a census.
Screen types, licence markings, verticals, brand, device and the screen descriptions on this page are all produced by our vision model reading the screen image, each from a fixed vocabulary we defined. The model returns nothing when it is under 70% confident, so every count is a floor, not a census. These are our model's classifications — not the operator's statements, and not human review.
The 24 screen types in our BustaBit library
A screen can carry more than one type, so these counts add up to more than the number of screens.
“The screenshot showcases BustaBit, an online multiplayer bitcoin gambling game. …”
“This screen shows the backtesting configuration for a BustaBit script. Users can set the number of games to simulate, specify a game hash, and view initial balance/bankroll. The design is simple with form fields and buttons. A disclaimer warns about script risks, and an "I accept the risks" button is present, acting as a commitment device.”
“The screen introduces BustaBit, an online multiplayer bitcoin gambling game. It explains the game's concept with a visual curve and describes how it works. The design is clean and simple, using a light background and a visual representation of the game's multiplier. The 'Features' section introduces the 'Be the Bankroll' option, enticing users to increase their fortune. …”
“The screenshot displays the backtesting configuration section of BustaBit, a casino game platform. It allows users to simulate game outcomes based on a specified number of games and a specific hash. The UI includes input fields for 'Number of games' (defaulted to 1000) and 'Hash'. Buttons for 'Generate random hash' and 'Use last game's hash' provide alternative input methods. A warning message informs users that backtesting cannot predict future performance. The design is simple and functional, prioritizing clarity over visual appeal.”
“The screenshot displays a "Backtesting" modal in the BustaBit app. It explains backtesting, how to use it, and its limitations. The modal includes a configuration section where users can set the number of games to simulate (defaulted to 1000) and choose the game source (Hash, Generate random hash, Use last game's hash). The design is simple with a grey background and clear text. Framing is used to highlight the benefits of backtesting while acknowledging its limitations.”
“The screenshot displays a help popup on the BustaBit mobile app, addressing why users can't choose their own passwords. It explains the security reasons behind randomly generated passwords and suggests using password managers like LastPass or KeePassX. The design is simple, with a clear message and a 'Back to support index' CTA. The chat interface is visible below, showing user interactions. …”
“The screenshot displays a help popup on the BustaBit mobile app, addressing the fairness of the game. It assures users that the odds are advertised (1% house edge) and rolls are predetermined. Users can verify fairness using an open-source tool. The popup includes links to a support index and contact options. Below the popup is a chat interface with user messages and a login/register prompt. The design is simple, with a focus on conveying trust and transparency.”
“The screenshot displays the script editor within the BustaBit mobile app. The editor allows users to create and modify scripts, indicated by the code snippet "var config = {}; log('simulation begins here')". The UI includes a "Create Script" button, a "Go Back" button, and a help link. Below the editor, there's a chat interface showing user messages. The design is simple, with a focus on functionality. The primary conversion element is the "Create Script" button, encouraging users to engage with the scripting feature. The chat window provides a sense of community.”
“The screenshot shows the settings/simulation page of BustaBit, a crypto casino game. It allows users to configure simulation parameters like number of games, hash, initial balance, and bankroll. The design is clean with a neutral color palette. A prominent disclaimer warns about script risks. The 'I accept the risks' button acts as a commitment device. Below are listed user scripts with play, view, and delete options. The 'New' button encourages script creation.”
“This screen allows users to configure and run backtests on the BustaBit platform. Key UI elements include input fields for the number of games, a hash input, initial balance, and initial bankroll. The design is clean and functional, with a focus on providing the necessary inputs for the backtesting process. The 'Stop Script' button is prominently displayed, providing control over the simulation. The configuration section is collapsible, allowing users to focus on the most relevant settings. The use of 'bits' and 'BTC' labels provides clarity on the units of measurement.”
“The screenshot displays the 'Cashier' section of BustaBit, specifically the 'Deposits' tab. It features a Bitcoin deposit option with a QR code and a Bitcoin address for funding the user's account. The design is clean and straightforward, emphasizing the ease of depositing Bitcoin. …”
“The screenshot displays a BustaBit deposit page on a mobile device. It shows a QR code and Bitcoin address for funding the user's account. Key UI elements include the Bitcoin address field with a copy button, deposit information (no minimum, single confirmation), and a recent deposit history table. The design is clean and functional, emphasizing ease of use for cryptocurrency deposits. …”
“The screenshot displays a Bitcoin deposit interface within the BustaBit app. It features a QR code and a Bitcoin address for funding the user's account. The design is clean and functional, emphasizing ease of use. A recent deposit history table provides transaction details. …”
“The screen displays a deposit arrival estimation for a Bitcoin transaction within the BustaBit app. It informs the user about transaction confirmation, processing by miners, and estimated time based on fee rate. The UI includes transaction details like fee, rate, mempool depth, and virtual size. Framing is used to reassure users about the process.”
“The screen displays statistics for the BustaBit online casino platform. Key UI elements include a statistics table showing user counts, bets, bankroll, wagered amounts, return to player percentage, investor profits, and commission. A call to action encourages users to participate in the bankroll. The visual design is simple with a dark background and light text. …”
“The screenshot displays the 'Stats' section of a user's account on BustaBit, a casino app. It shows performance metrics like Games Played (0), Total Wagered (0.00 bits), Net Profit (0.00 bits), Profit All Time High (0.00 bits), and Profit All Time Low (0.00 bits). The design is clean and simple, with a focus on presenting data clearly. A hint encourages user interaction (pinch to zoom, drag to pan).”
“The screenshot displays a help popup on the BustaBit mobile app, explaining the 'Luck' statistic. The popup features a clear explanation of how luck is calculated relative to expected win rates, aiming to clarify the game's mechanics. Visual design is simple, with a muted color scheme. A back button and a 'Contact us' link are provided for further support. Below the popup, a chat interface is visible, showing user messages and a login/register prompt, encouraging engagement and conversion.”
“The screen is a registration form for BustaBit, a casino app. It asks for a username and password. The design is simple with a focus on form fields. …”
“The screenshot displays a section of the BustaBit app, focusing on the 'Be the Bankroll' feature and highlighting recent winners. The design is clean with a neutral color palette. The 'Be the Bankroll' section uses an illustration of a classical building to evoke trust and stability. A table showcasing 'Biggest Winners So Far' uses gamification elements like gold, silver, and bronze medals to visually rank players and create a sense of competition. This section aims to attract users to participate in the bankroll system by showcasing potential profits.”
“The BustaBit mobile landing page promotes its online crash game. The design is simple with a dark gray background and orange accents. Key elements include the BustaBit logo, a prominent 'PLAY NOW' button, and sections highlighting social interaction, provable fairness, and bankroll opportunities. …”
“The screenshot showcases two key features of BustaBit. The first highlights the opportunity to "Be the Bankroll," emphasizing potential fortune increase by participating in the bankroll and sharing in bustabit's profits/losses. A Bitcoin plant graphic reinforces the financial theme. The second feature focuses on "Performance Overhaul," touting bustabit's rewritten code for efficient performance and enhanced user experience. The design is clean and straightforward.”
“The screenshot displays the 'Vault' section of BustaBit's cashier, focusing on a 'Strict' lock-up feature. This feature encourages users to lock funds for a fixed period to avoid impulsive gambling. Key UI elements include input fields for amount, password, and one-time password, a lock-up period selector, and a 'Lock' button. …”
“The screenshot displays the 'Withdrawals' section of the BustaBit casino app's cashier. Users can withdraw Bitcoin or Lightning. The UI includes input fields for Bitcoin address, amount (defaulting to 72.68 bits), password, and one-time password. A pre-checked option exists for immediate email authorization (costing extra). A warning advises users to choose non-immediate withdrawals if they can wait up to 24 hours. Balance, withdrawal fee, and total are displayed. …”
“The screenshot displays a registration success message on BustaBit, prompting the user to enable two-factor authentication (2FA) for enhanced security. It features a prominent QR code for easy setup, input fields for a secret key and 2FA code, and an 'Enable 2FA' button. A link is provided to close the page if the user prefers not to enable 2FA. The visual design is clean and straightforward, with a green success banner and clear instructions. …”
“The screenshot displays the 'Bankroll History' section within the BustaBit mobile app. It shows a modal window with tabs for 'Overview', 'Change Bankroll', and 'History' (currently selected). The main content area indicates 'You have no investments.' Below, there are input fields for 'Bet' and 'Payout' amounts, along with a 'BET' button. The bottom portion shows a chat window. …”
Screen types, licence markings, verticals, brand, device and the screen descriptions on this page are all produced by our vision model reading the screen image, each from a fixed vocabulary we defined. The model returns nothing when it is under 70% confident, so every count is a floor, not a census. These are our model's classifications — not the operator's statements, and not human review.
Persuasion tactics our model tagged on BustaBit's 81 screens
reduced friction — tagged on 41 of 81 screens (51%)
benefit framing — tagged on 37 of 81 screens (46%)
gamification — tagged on 17 of 81 screens (21%)
trust badges — tagged on 15 of 81 screens (19%)
social proof — tagged on 6 of 81 screens (7%)
curiosity gap — tagged on 4 of 81 screens (5%)
pre-selected defaults — tagged on 3 of 81 screens (4%)
commitment and consistency — tagged on 2 of 81 screens (2%)
loss aversion — tagged on 2 of 81 screens (2%)
personalisation — tagged on 2 of 81 screens (2%)
risk reversal — tagged on 2 of 81 screens (2%)
chunked forms — tagged on 1 of 81 screens (1%)
progress steps — tagged on 1 of 81 screens (1%)
urgency — tagged on 1 of 81 screens (1%)
We leave visual hierarchy out of this table: our model tags it on almost every screen of almost every operator, so it separates nothing.
Screen types, licence markings, verticals, brand, device and the screen descriptions on this page are all produced by our vision model reading the screen image, each from a fixed vocabulary we defined. The model returns nothing when it is under 70% confident, so every count is a floor, not a census. These are our model's classifications — not the operator's statements, and not human review.
Licence markings our model read on BustaBit's screens
No marking found
81 of 81
Our model found no licence marking on 81 of the 81 BustaBit screens in our library. That is an absence in our library — the screens we happen to hold — not a finding about the operator.
Operators commonly show different regulatory markings to visitors in different countries. We do not record the country a screen was captured from, so these counts cannot be read as the marking an operator shows in any particular market.
Screen types, licence markings, verticals, brand, device and the screen descriptions on this page are all produced by our vision model reading the screen image, each from a fixed vocabulary we defined. The model returns nothing when it is under 70% confident, so every count is a floor, not a census. These are our model's classifications — not the operator's statements, and not human review.
What licence markings did our model find on BustaBit's screens?
Our model found no licence marking on 81 of the 81 BustaBit screens in our library. That is an absence in our library — the screens we happen to hold — not a finding about the operator.
What does BustaBit's sign-up look like in our library?
We hold 6 screens our model classified as Registration, added to our library on 2 March 2026. Of one of them our vision model wrote: "The screenshot displays a registration form on BustaBit, a casino app. The form requires a username and password. A prominent error message indicates that the chosen username already exists, highlighted with a red border around the username field. The design is simple, with a focus on functionality. The form includes a password field and a link explaining why users can't choose their own password. It also emphasizes security by recommending a password manager and warning against screen sharing. …"
How we know: these screens come from our own first-party capture pipeline, are classified by our vision model against fixed vocabularies we defined, and are stamped with the date they entered our library. Full method
What is behind the paywall
Every screen above is shown at reduced resolution to everyone. Full-resolution screens are part of Decks PRO. The counts, the dates and the descriptions on this page are not gated and never will be.