Presale Rate
0.06 /USDT
Market Cap
—
Total Raised
100.00K USDT
24h Volume
—
Participants
500
Trending
32.6
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 MetaBeat Community Sale
The MetaBeat platform is an incentivization community platform powered by Community NFT backed by real assets, music IP, and fan activities rewarded based on a set criteria, the FANomance Index. Creators/artists and fans grow as partners through engagements and rewards on the MetaBeat platform. With the importance of fan community value always in mind, MetaBeat aims to build a top web3 music NFT platform for fans worldwide. To do this, MetaBeat is backed by 4,000 KPOP music IPs, as well as global top tier investors and partners. Through fair distribution of rewards for each fan community's contributions and empowerment of the community, under DAO governance, Metabeat intends to create a fan community platform in which the community grows with the artists as their engagement increases on the platform. MetaBeat rewards fan through NFT staking, $BEAT staking, and their Fan-To-Earn services: Drops for NFT purchasing, Mingle for $BEAT token staking, and Shout-out where fans are rewarded for their participation in fan activities, on and off the platform. This is topped by a Marketplace service for trading and fan-art NFTs.
Presale Details
Contract Info
Contract Address:
0xb78cf9ac0f47f1d69cba861deda29814d285c834
Network:
POLYGON
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.
