Blockchain TPS: Scalability Metric as the Key to IT Innovation

As digital technology rapidly advances, the efficiency and speed of information processing now determine a company’s competitive edge. In this IT environment, the most important metric for measuring blockchain performance is transactions per second, or TPS. TPS indicates the number of transactions a network can process in one second and directly reflects blockchain scalability and practicality. Especially in emerging applications like Web3 projects, DeFi, and NFTs, TPS is key to adoption and success.

Transaction Processing Speed Required in the IT Era

Looking at traditional payment systems like VISA, which can process approximately 1,500 to 2,000 transactions per second, this level has been a benchmark in digital finance. However, in the early days of blockchain, design constraints prioritizing decentralization and security resulted in significantly slower processing speeds. Bitcoin handled about 5 TPS, and Ethereum about 10 TPS—far behind conventional systems.

This slowness was intertwined with security features like transparency and tamper resistance, but it posed a major challenge for adoption by IT companies and financial institutions. For blockchain technology to truly integrate into the IT society, breaking through this processing speed barrier was essential.

Comparison of TPS Performance Among Major Blockchains

Recently, several blockchain projects have tackled the TPS challenge and made remarkable progress. Their performance is as follows:

Hedera

• Current TPS: 1,909
• Max TPS: 3,287
• Governance: Council-based
• Block time: 2–7 seconds

Solana

• Current TPS: 777
• Max TPS: 1,624
• Governance: Off-chain
• Block time: 0.46–12.8 seconds

Tron

• Current TPS: 91.27
• Max TPS: 236
• Governance: On-chain
• Block time: 3–57 seconds

opBNB

• Current TPS: 57.4
• Max TPS: 4,762
• Governance: Off-chain
• Block time: 1 second–16 minutes

BNB Chain

• Current TPS: 52.5
• Max TPS: 1,731
• Governance: On-chain
• Block time: 3.01–7.5 seconds

As these data show, TPS varies greatly among different blockchains. Each project experiments with different governance models and block generation speeds to balance performance and decentralization.

TPS and Security: The Dilemma Faced by IT Companies

Achieving high TPS involves various technical approaches such as optimizing block size, strengthening consensus algorithms, and implementing off-chain solutions. However, these measures often introduce trade-offs: increasing scalability can lead to reduced security and decentralization.

Sacrificing integrity for faster transactions is not an option. Reliability is fundamental in the IT society. Maintaining high TPS while ensuring robust security and extensive decentralization is essential for true integration into the digital society.

Practical Significance of TPS in Web3 Projects

In Web3 applications like DeFi, gaming, and NFT marketplaces, high TPS directly impacts user experience. Faster transaction processing reduces bottlenecks and can provide users with a level of performance comparable to traditional centralized IT services.

Currently, many users expect blockchain applications to deliver the same performance as centralized services. Meeting this expectation is crucial for widespread adoption and success of Web3 projects. Only with high TPS can complex financial products, games, and marketplace functions that require real-time processing become feasible.

The Future Evolution of TPS

Progress in blockchain TPS is not just about improving technical metrics but is a vital step toward practical decentralization technology in the entire IT society. As blockchain continues to evolve, balancing high transaction speeds with robust security and broad decentralization will be key to the genuine penetration and success of cryptocurrencies and Web3 technologies. TPS is no longer just a technical indicator; it has become a standard for determining whether blockchain can truly function effectively in a digital society.