Four.meme implements a sophisticated bonding curve mechanism that incorporates multiple technical safeguards against price manipulation. The platform's bonding curve follows a continuous token model with a carefully designed mathematical function that creates a predictable price trajectory based on accumulated liquidity, making it computationally impossible to create artificial price spikes through large purchases. Technical implementation includes dynamic pricing algorithms that incorporate time-weighted average price calculations, preventing front-running opportunities that plague simpler implementations. The system enforces strict per-wallet purchase limits (typically capped at 1,000 tokens) through on-chain validation rather than relying solely on frontend restrictions, ensuring these limits cannot be bypassed. Additionally, the platform employs fraud detection algorithms that analyze transaction patterns in real-time to identify and mitigate coordinated manipulation attempts, with suspicious activity automatically flagged through the integrated GoPlus Security system. These technical measures work together to create a fair launch environment where price discovery follows organic market dynamics rather than being susceptible to manipulation by large holders.

Four.meme's security architecture employs multiple technical layers to protect tokens during launches, beginning with comprehensive contract verification that ensures all deployed tokens match their published source code through a combination of on-chain hash storage and off-chain verification services. The platform integrates with GoPlus Security for real-time vulnerability scanning and risk assessment, with verification results fed into operational systems through secure oracle mechanisms. Smart contracts implement advanced reentrancy protection using the Checks-Effects-Interactions pattern combined with function-level mutex locks, addressing one of the most persistent vulnerabilities in DeFi applications. The platform's bonding curve implementation includes sophisticated withdrawal mechanisms with merkle tree proofs for efficient balance verification, preventing premature token claims while minimizing gas costs during high-congestion periods. Additionally, Four.meme employs a community-enabled emergency response system implemented through a multi-signature wallet structure that allows trusted entities to initiate safety protocols through decentralized consensus, providing critical protection against emerging threats without compromising the platform's permissionless nature.

Four.meme achieves its no-code token creation capability through a sophisticated technical abstraction layer that sits between the user interface and the underlying smart contract system. The platform implements a factory contract pattern with proxy deployment mechanisms that allow for efficient reuse of verified contract templates while maintaining isolated token states. User inputs are rigorously validated against predefined technical and economic parameters through a multi-stage verification process that occurs both on the frontend and within specialized router contracts before deployment. The system employs automated gas optimization algorithms that dynamically adjust based on real-time network conditions, ensuring successful transaction execution while preventing common failure modes. Security constraints are embedded directly into the contract templates, making it technically impossible to deploy tokens with insecure configurations even if users attempt to bypass frontend validations. This technical approach maintains the decentralized nature of the platform while providing meaningful safety guardrails, representing a sophisticated balance between accessibility and security that addresses one of the most persistent challenges in decentralized token creation.

Four.meme provides several significant technical advantages over direct PancakeSwap token creation, primarily through its implementation of bonding curve mechanics for the initial launch phase. The platform's bonding curve system creates a mathematically determined price discovery process that prevents the immediate liquidity drain and price manipulation common in standard liquidity pool launches. Technical implementation includes automatic liquidity provisioning on PancakeSwap V3 only after the bonding curve phase concludes, with liquidity amounts precisely calculated based on the final state of the curve to ensure stable trading from inception. The platform's integration architecture includes specialized router contracts that handle the complex sequence of operations required for secure token launches, with fallback mechanisms that prevent funds from being stranded in intermediate states. Additionally, Four.meme implements advanced safety protocols including real-time fraud detection, community-enabled emergency response systems, and comprehensive contract verification that are not available in standard PancakeSwap deployments. These technical features collectively create a more secure, equitable, and reliable launch process that significantly reduces the risk of failed launches and manipulation attempts compared to direct PancakeSwap creation.

Four.meme's cross-chain functionality is implemented through a sophisticated technical integration with AEON that enables users to purchase BSC tokens using non-BSC assets. The platform employs a multi-step process that begins with the locking of non-BSC assets on their native chain through specialized bridge contracts, followed by the generation of cryptographically verifiable proofs that are transmitted to BNB Chain via a secure messaging layer. These proofs are then verified by on-chain contracts that initiate the token purchase process only after all verification conditions have been satisfied, ensuring atomicity of the entire cross-chain transaction. The technical implementation includes safety mechanisms that prevent partial completions and ensure funds are never stranded during the process, with comprehensive error handling that provides meaningful feedback to users in case of transaction failures. This integration represents a significant technical advancement in user accessibility, lowering one of the most persistent barriers to entry for new participants in the BNB Chain ecosystem while maintaining the necessary security guarantees for financial transactions.

The current 世界和平 (World Peace) price is $0.00. The 世界和平 (World Peace) price has changed by 2.3225300640898014% in the last 24 hours.

The current market capitalization is $173,526. This represents the total value of all circulating tokens at the current price.

There are currently 7,443 unique addresses holding 世界和平 (World Peace). The top 10 holders control approximately 35% of the total supply.

The 24-hour trading volume is $44,240. This represents the total value of all trades executed in the last 24 hours across all exchanges.

世界和平 (World Peace) is available for trading on various decentralized exchanges (DEX) like PancakeSwap V3 (BSC), PancakeSwap (v2), Uniswap V4 (BSC). These platforms offer trading pairs with various cryptocurrencies and fiat currencies.

The primary contract address is 0x4444def5cf226bf50aa4b45e5748b676945bc509 on the binance-smart-chain blockchain. This is where the token's core functionality is implemented.

The all-time high for 世界和平 (World Peace) was $0. This represents the highest price the token has ever reached.