Presale Rate
0.007 /USD
Market Cap
—
Total Raised
$250.00K
24h Volume
—
Participants
0
Trending
33
Risk Analysis
This presale has been analyzed using our AI-powered fraud detection system. The risk and trust scores are calculated based on multiple factors including smart contract analysis, team verification, social sentiment, and historical data.
Verification & Security
About Marble Token
Our project started with the collaboration of Telegram and blockchain technology teams and several partner developers with a large game library to select 100 popular arcade games from 700+ and release them as Telegram bots. The games were developed from the characters through Disney, Marvel, and other animation brand licenses, and you can see a fairly high level of game catalog. The goal is to quickly enjoy the game without downloading through easy access, earn coins for the time you play, and quickly proceed with airdrops. By doing this, players can increase the mining speed for the time they invested, and become holders through airdrops right after the listing, and have an income structure. In addition, early investors are expected to hold a certain portion of the stake at a price of about 1/10 of the listing price and generate a certain amount of profit. This will be a first work of "Telegram play to earn", and our team plans to bring users from which already has 300k telegram users(partners previous project), and is collaborating with 100 Twitter influencers. We also plan to submit articles to multiple media outlets, including main banner ads and places like Cointelegraph.
Presale Details
Contract Info
Contract Address:
Not available
Network:
TON
Multi-Axis Score Radar
Category Breakdown
Scores are calculated from 6 categories: Security (audit, KYC, verification), Social (platform presence), Liquidity (lock status), Financial (funding progress), Platform (trust rating), and Transparency (data completeness).
Overall Assessment
Based on reported project data and the verification signals available in this record.
Lower is better. Computed from on-chain and off-chain signals.
