For years, blockchain projects have measured themselves against one benchmark above all others: Visa. In scaling debates, the number most often cited is 24,000 transactions per second, a figure that has become almost mythical in crypto circles. But according to the source article, that comparison has long been built on a misleading premise. The piece argues that Visa’s real-world processing level is closer to 1,700 TPS, while the larger number reflects theoretical or maximum capacity rather than routine, sustained throughput.
The Myth of Visa’s 24,000 TPS
The article traces the popularity of the comparison back to Bitcoin’s early years, when the network was primarily discussed as a payments system. At that time, it was natural to compare Bitcoin with established global payment rails. Since Bitcoin could process only a small number of transactions per second, critics and advocates alike looked to Visa as the standard for scale. Over time, the phrase “Visa does 24,000 TPS” became common shorthand in debates about blockchain performance.
However, the article challenges that framing directly. It states that Visa typically processes around 1,700 transactions per second, a figure that it rarely exceeds in practice. By contrast, the widely cited 24,000 TPS is presented as a capacity claim rather than an everyday operating reality. The piece also notes that some reports have put Visa’s server capacity even higher, at 56,000 TPS, but stresses that such figures remain theoretical. In other words, there is a major difference between what a system may be able to handle under optimal conditions and what it consistently handles in the real world.
This distinction matters because the same gap often appears in blockchain marketing. New chains frequently advertise headline-grabbing throughput numbers derived from controlled environments, narrow test conditions, or heavily optimized infrastructure. The article argues that a testnet running on cloud servers is not comparable to a globally distributed mainnet with open participation and real adversarial conditions. As a result, many “faster than Visa” claims deserve far more scrutiny than they usually receive.
Why Benchmarking Blockchains Against Visa Is Often Misleading
The article does not deny that Visa remains much faster than Bitcoin and most blockchains even at 1,700 TPS. Instead, its point is that using an inflated number creates a distorted benchmark. If the industry compares decentralized networks to a misunderstood or idealized version of Visa, then both criticism and marketing become less meaningful. A realistic benchmark, even if still challenging, offers a better basis for evaluating actual progress in scaling.
That argument also highlights a broader issue in crypto: throughput on its own does not tell the full story. A centralized or permissioned system can often produce much higher transaction counts than a decentralized one. But a blockchain is typically expected to do more than process payments quickly. It is also meant to preserve openness, censorship resistance, and resilience through a distributed network structure. Measuring it solely by raw TPS strips away much of what makes it different from traditional payment systems in the first place.
The Trade-Off Between Speed and Decentralization
A central theme of the article is that higher speed usually comes with trade-offs. In blockchain design, more throughput often means sacrificing some degree of decentralization. The piece cites networks such as EOS and NEO as examples of blockchains that may be “faster” than Bitcoin but rely on a smaller set of validator nodes and are therefore more centralized.
The author does not present centralization as inherently unacceptable. Instead, the point is that a fast, semi-centralized blockchain should not automatically be treated as equivalent to a decentralized global payments network. If a system depends on a small group of validators or special governance controls, it may deliver better speed, but it may not offer the same censorship-resistant properties that supporters associate with Bitcoin.
This framing is important in assessing blockchain claims. A network can post high throughput and still fall short of the goals many crypto users care about most. For that reason, the article suggests that the real question is not simply whether a blockchain can outperform Visa in a benchmark, but whether it can do so without undermining the decentralized security model that gives public blockchains their value.
Real Scaling Is Harder Than Marketing Suggests
The article argues that scaling decentralized networks is possible, but it is not simple. Rather than relying on inflated performance claims, it points to several established approaches for improving blockchain throughput: increasing block size, using layer-two systems such as the Lightning Network, and exploring techniques such as sharding. Each path, however, involves trade-offs in areas such as security assumptions, complexity, node requirements, or user experience.
In that sense, the source piece takes a measured view. It does not claim that Bitcoin or other blockchains are incapable of reaching much higher performance over time. On the contrary, it says there is no reason networks such as Bitcoin Core, Bitcoin Cash, and others cannot improve substantially without completely abandoning decentralization. But that progress, the article emphasizes, will take time and technological development, not just promotional language.
The practical takeaway is that scaling should be judged under realistic conditions. Throughput achieved in a laboratory-like setting is not the same as throughput sustained on a public network with geographically distributed participants, independent node operators, uneven latency, and adversarial behavior. For blockchain observers, that means reading the fine print behind TPS figures instead of accepting them at face value.
Examining High-Performance Narratives More Closely
The article closes by urging skepticism toward blockchain projects that claim they can “beat Visa’s 24,000 TPS.” In the author’s view, such statements often depend on selective framing. It mentions IOTA as a project marketed as fast and scalable, while arguing that it still relied on its coordinator and therefore had not fully demonstrated the decentralization implied by the broader narrative. It also references Hashgraph, suggesting that legal or governance constraints around forking raise questions about whether such a network should be viewed as truly decentralized.
These examples are used to reinforce the article’s broader message: a blockchain’s advertised speed means little without context. A system may be quick because it narrows validator participation, depends on privileged coordination, or imposes structural limits that differ sharply from open public blockchains. In those cases, the comparison with Bitcoin or with Visa may be less informative than it first appears.
A More Useful Way to Think About Blockchain Performance
The source article ultimately argues for a more grounded discussion of scalability. Instead of repeating the 24,000 TPS figure as if it were a routine Visa operating metric, it suggests using more realistic numbers and more complete criteria. Throughput matters, but so do stability, validator distribution, network openness, and censorship resistance. A blockchain that performs well on all of those fronts would represent a more meaningful achievement than one that simply posts a large benchmark number under ideal conditions.
That perspective remains relevant because performance claims continue to shape market narratives. Investors, developers, and users often gravitate toward simple comparisons, especially ones that frame a new network as “faster than Visa.” But as the article makes clear, those comparisons can obscure more than they reveal. A credible assessment of blockchain scalability requires asking how the network performs in practice, what assumptions its design depends on, and what compromises were made to get there.
In short, the article is not dismissing blockchain innovation. It is calling for better standards in how the industry discusses speed. Visa’s often-cited 24,000 TPS is portrayed as an exaggerated benchmark, and many blockchain throughput claims are depicted as similarly inflated when removed from real-world context. If the crypto sector wants serious conversations about scaling, the author suggests, it needs to move beyond mythology and toward performance metrics that reflect operational reality.