Notcoin's Blockchain Technology: How to Achieve Efficient and Low-Cost Transactions? @The Notcoin Official

#Notcoin ($NOT )'s efficiency and low-cost transaction capabilities stem from its underlying technical architecture and deep integration with the TON blockchain. As a GameFi project based on TON (Telegram Open Network), Notcoin fully leverages TON's high-performance consensus mechanism and sharding technology to achieve throughput of thousands of transactions per second while keeping the cost of a single transaction at an extremely low level (usually below $0.01).

Key Technology Implementation

TON Blockchain's Underlying Advantages: TON adopts dynamic sharding technology, distributing network load across multiple sub-chains to avoid congestion and enhance processing speed. Its Byzantine Fault Tolerance (BFT) consensus mechanism further ensures the rapidity and security of transaction confirmations, with an average block time of only 5 seconds, significantly better than traditional public chains like Ethereum.

Lightweight Smart Contracts: Notcoin's game logic is implemented through optimized smart contracts, reducing the consumption of computing resources. For instance, the reward distribution logic for click mining is designed for batch processing, lowering the frequency of on-chain interactions, thereby saving Gas fees.

Off-chain and On-chain Collaboration: Notcoin temporarily stores high-frequency operations (such as click records) on Telegram's off-chain servers, only putting critical data (like token exchanges) on-chain. This hybrid architecture balances efficiency with decentralization needs, avoiding redundant on-chain operations.

Future Optimization Directions

The Notcoin team plans to introduce Zero-Knowledge Proof (ZK) technology to further compress transaction data size and explore deep integration with DEXs within the TON ecosystem (such as STON.fi) to enhance liquidity and reduce exchange costs.