As blockchain technology continues to advance, the conversation around scalability, sustainability, and decentralization is more relevant than ever. Numerous existing networks contend with rising transaction costs, validator centralization, and inflationary tokenomics that diminish long-term value. TAN Blockchain, an EVM-compatible Layer-1 network, is tackling these issues with a novel approach: a Block Per Reward Proof of Stake (BPoS) consensus mechanism combined with an Inflation Protection Model designed to maintain long-term network efficiency and economic stability.
By merging a Block Per Reward Proof of Stake (BPoS) consensus mechanism with an Inflation Protection Model, TAN seeks to overcome many of the ongoing hurdles stalling blockchain progress. The outcome is a network crafted for both efficiency and permanence, providing a viable alternative to the traditional Proof-of-Stake (PoS) and Proof-of-Work (PoW) frameworks.
Most blockchain systems function under one of two main consensus protocols:
• Proof-of-Work (PoW): The original consensus used by Bitcoin, PoW depends on computational power for transaction validation. While it offers security, it is energy-consuming and slow, posing issues for scalability and environmental sustainability.
• Proof-of-Stake (PoS): Introduced as a more energy-conscious option, PoS allows validators to stake tokens to engage in block validation. However, PoS can lead to wealth accumulation, where those with the most stakes dominate the network, resulting in centralization risks.
TAN’s BPoS model enhances the PoS mechanism by emphasizing active involvement over stake size, ensuring a more decentralized validator network while upholding efficiency.
The Block Per Reward Proof of Stake (BPoS) by TAN represents a fundamental change in validator incentives. Unlike conventional PoS, where rewards are linked to token holdings, BPoS compensates validators based on the number of blocks they propose and secure, not just the size of their stake.
Fair Validator Rewards: Smaller validators have the same potential to earn as larger ones, decreasing the threat of wealth-driven centralization.
Rapid Transactions: With block times of just 5 seconds, TAN enables nearly instant transaction completion.
Secure & Decentralized: BPoS maintains robust network security while preventing validator monopolies.
By aligning validator incentives with network security rather than wealth accumulation, TAN’s BPoS model encourages a wider, more diverse range of participants to secure the network.
Inflation is a major concern in blockchain: excessive token issuance can dilute value and deter long-term investment. TAN’s Inflation Protection Model uses a structured approach to manage supply, ensuring sustainability over time.
Key aspects of the model include:
Gradual Supply Minting: Unlike inflation-heavy networks, TAN mints supply incrementally over 80 years, following a predictable release schedule.
Halving Events: Inspired by Bitcoin’s scarcity model, TAN’s block rewards halve every four years to maintain long-term value.
100% Transaction Fee Burning: Unlike networks that burn only a portion of fees, TAN permanently removes all transaction fees from circulation, reducing supply over time.
Burn Subsidy Mechanism: While the burning mechanism reduces excess supply, TAN balances this by offering ecosystem subsidies to incentivize validator participation and developer growth.
This combination of mechanisms ensures that TAN’s economic model is self-sustaining, deflationary, and resistant to long-term devaluation—a critical step forward in blockchain financial architecture.
Beyond efficiency and sustainability, TAN is built with developer accessibility in mind. The network’s EVM compatibility ensures seamless migration for existing Ethereum-based dApps, while its low transaction costs make it an attractive choice for developers looking to scale applications without high gas fees.
By integrating support for widely used tools like MetaMask, Web3.js, and Hardhat, TAN lowers the technical barriers to blockchain development, making it easier for builders to innovate.
TAN’s architecture makes it a versatile blockchain suitable for various applications, including:
• Decentralized Finance (DeFi): High-speed, low-cost transactions make TAN an ideal foundation for DeFi protocols.
• Cross-Border Payments: Faster transactions and lower fees provide a more efficient alternative to traditional financial systems.
• NFTs & Gaming: Scalable infrastructure ensures smooth NFT minting and in-game transactions.
As blockchain adoption grows, TAN’s emphasis on efficiency, decentralization, and sustainability distinguishes it from legacy networks. The project’s roadmap includes further enhancements in network interoperability, governance mechanisms, and real-world integrations to drive broader adoption.
To foster on-chain participation and demonstrate the network’s capabilities, TAN has launched its Devnet activity, allowing users to experience its economic model firsthand.
Participants can:
1️⃣ Claim testnet tokens via the faucet.
2️⃣ Burn TAN to contribute to network activity.
3️⃣ Earn rewards based on contribution, with rewards fully unlocked at TGE.
This initiative not only tests TAN’s Inflation Protection Model and BPoS system in action but also rewards early adopters who engage with the network.
Alongside its technological innovations, TAN is offering early investors a unique opportunity through its Super Seed Sale—the first phase of its funding rounds.
The blockchain industry is evolving swiftly, yet challenges like scalability, decentralization, and inflation management remain crucial. With its BPoS consensus and Inflation Protection Model, TAN offers an innovative solution that emphasizes both economic sustainability and network equity.
As the sector moves towards more efficient and decentralized solutions, TAN’s approach provides a preview of the future of blockchain consensus.
To learn more visit https://tan.live/ and participate in the network, visit blockbuilders.tan.live
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