teranode：最终在区块链承诺上的可伸缩性解决方案

在区块链进化的宏伟计划中，可扩展性一直是房间中的大象。多年以来，我们听到了全球采用的承诺

In the grand scheme of blockchain evolution, scalability has always been the elephant in the room. For years, we’ve heard promises of global adoption, seamless microtransactions, and a machine-driven economy. Yet, even as blockchain enthusiasts continue to preach decentralization, most public blockchains remain constrained by technical bottlenecks that make true enterprise-scale adoption unrealistic.

在区块链进化的宏伟计划中，可扩展性一直是房间中的大象。多年来，我们一直在听到有关全球采用，无缝微交易和机器驱动经济的承诺。然而，即使区块链发烧友继续宣扬权力下放，大多数公共区块链仍受到技术瓶颈的约束，这些瓶颈使真正的企业规模采用不现实。

But something different is happening with BSV. Enter Teranode, the upgrade that finally delivers what blockchain was always meant to achieve: limitless scalability, instant transactions, and negligible fees. While many blockchains are still tangled in debates over how to optimize for high throughput, Teranode quietly changes the game, particularly for microtransactions and machine-to-machine (M2M) payments.

但是BSV正在发生不同的事情。输入Teranode，这是最终提供区块链总是要实现的升级：无限的可扩展性，即时交易和可忽略的费用。尽管许多区块链仍在有关如何优化高吞吐量的辩论中纠缠不清，但Teranode悄悄地改变了游戏，尤其是微交易和机器对机器（M2M）付款。

One of the biggest misconceptions about blockchain is that it’s all about large transactions and financial speculation. But real-world adoption depends on the ability to process millions of tiny transactions at nearly zero cost. This is where most blockchains have failed and where Teranode shines.

关于区块链的最大误解之一是，这全都与大型交易和财务投机有关。但是，现实世界中的采用取决于以几乎零成本处理数百万笔交易的能力。这是大多数区块链失败的地方，而teranode闪耀的地方。

Imagine a digital economy where content creators earn fractions of a cent every time someone watches their video or reads their article without relying on ads or subscriptions. Internet of Things (IoT) devices pay each other seamlessly for data transmission, energy sharing, or bandwidth allocation. Smart contracts handle millions of automated microtransactions per second, settling instantly without middlemen.

想象一个数字经济，每当有人观看视频或阅读文章而不依赖广告或订阅时，内容创作者每次观看视频或阅读文章时都会获得一分钱。物联网（IoT）设备无缝互相支付，以进行数据传输，能源共享或带宽分配。智能合约每秒处理数百万自动微交易，在没有中间商的情况下立即解决。

The reality is that these use cases require a blockchain capable of processing hundreds of thousands, if not millions, of transactions per second (TPS). Current blockchain networks, including Ethereum, BTC, and even Solana, struggle under the weight of congestion and fluctuating fees. This is precisely why Teranode is a game-changer—it enables true micropayment economies without technical roadblocks.

现实是，这些用例需要一个可以处理数十万（即使不是数百万美元）的每秒交易（TPS）的区块链。当前的区块链网络，包括以太坊，BTC甚至Solana，在拥挤和波动费用的重量下挣扎。这就是为什么Teranode是改变游戏规则的原因 - 它可以实现没有技术障碍的真正微型经济体。

With BSV’s negligible fees (fractions of a cent per transaction) and Teranode’s modular processing capabilities, businesses no longer have to choose between efficiency and decentralization. They can have both.

由于BSV的费用可忽略不计（每笔交易的分数）和Teranode的模块化处理能力，因此企业不再需要在效率和分散率之间进行选择。他们可以两者都有。

Perhaps Teranode’s most exciting use case is in machine-to-machine transactions, a concept that is only beginning to take shape. The IoT is expanding at a rapid pace, with billions of connected devices interacting and exchanging data. But what if these devices could transact autonomously?

也许Teranode最令人兴奋的用例是在机器到机器交易中，这个概念才刚刚开始形成。物联网以快速的速度扩展，数十亿个连接的设备交互和交换数据。但是，如果这些设备可以自主交易怎么办？

Smart vehicles could pay for tolls, parking, and even refueling without human intervention. Drones could be programmed to pay real-time fees for airspace usage as they navigate urban environments. Factory robots could execute blockchain-based contracts, purchase materials, and compensate suppliers autonomously.

智能车辆可以在不干预的情况下支付通行费，停车甚至加油费用。可以对无人机进行编程，以支付空域使用城市环境时的实时费用。工厂机器人可以执行基于区块链的合同，购买材料，并自动补偿供应商。

For any of this to work, the blockchain must be fast, reliable, and cheap enough to facilitate millions of TPS. Teranode is designed precisely for this purpose. Unlike Bitcoin’s outdated architecture, which limits transaction volume, BSV’s Teranode embraces parallelized processing, meaning transaction verification can scale dynamically as demand increases.

为了使任何一个工作都可以，区块链必须快速，可靠且便宜，以促进数百万TPS。 Teranode是为此目的精确设计的。与比特币的过时体系结构限制了交易量，BSV的Teranode包含并行处理，这意味着交易验证可以随着需求的增加而动态扩展。

This starkly contrasts with other blockchains that are struggling to keep pace with the demands of Web3 and the emerging machine economy.

这与其他努力与Web3和新兴机器经济的需求保持同步的区块链形成鲜明对比。

Let’s compare:

让我们比较：

* Ethereum’s gas fee volatility makes it unusable for micropayments and M2M transactions, while Solana’s frequent network outages have exposed its limitations in supporting mission-critical applications.

*以太坊的汽油费波动率使其无法使用微付款和M2M交易，而Solana的频繁网络中断暴露了其在支持关键任务应用程序方面的局限性。

* The Lightning Network, BTC’s supposed scaling solution, requires pre-funded channels and central liquidity pools, making automated, large-scale use cases impractical.

* BTC假定的扩展解决方案的闪电网络需要预先资助的通道和中央流动性池，使自动化的大规模用例不切实际。

BSV’s Teranode, on the other hand, provides a decentralized yet highly scalable system that functions like a real-world financial infrastructure without the inefficiencies. It's a stark contrast to other blockchains that are still grappling with the technical challenges of achieving sufficient throughput and low latency.

另一方面，BSV的Teranode提供了一个分散且高度可扩展的系统，该系统的功能像现实世界中的金融基础架构一样，没有效率低下。这与其他仍在应对实现足够吞吐量和低潜伏期的技术挑战的区块链形成鲜明对比。

Some might say that this level of scalability is impossible to achieve without sacrificing decentralization, but BSV's Teranode disproves that notion. It leverages a unique combination of technologies, including parallel processing, modular design, and efficient consensus algorithms, to enable both high throughput and distributed ledger technology.

有人可能会说，如果不牺牲权力下放，这种可扩展性是不可能实现的，但是BSV的Teranode反驳了这一概念。它利用技术的独特组合，包括并行处理，模块化设计和有效的共识算法，以实现高通量和分布式分类帐技术。

This is a significant divergence from the path taken by other blockchains, which have generally focused on optimizing for one aspect at the expense of the other. For instance, Ethereum's optimistic rollups prioritize throughput but come at the cost of relying on a small number of aggregators. Meanwhile, blockchains like Solana have attempted to increase TPS through sharding but have faced difficulties maintaining decentralization and security.

这与其他区块链所采取的路径有很大的差异，这些路径通常集中在以另一个方面为代价来优化一个方面。例如，以太坊的乐观汇总优先考虑吞吐量，但以依赖少数聚合器的成本为代价。同时，像Solana这样的区块链试图通过碎片来增加TPS，但面临着保持权力下放和安全性的困难。

BSV's approach with Teranode is fundamentally different. It aims to scale throughput and decentralization simultaneously by distributing the workload across a large network of nodes and enabling transactions to be verified in parallel. This allows BSV to maintain a high degree of decentralization, security, and throughput—something that is crucial for supporting a vibrant and competitive economy.

BSV对Teranode的方法根本不同。它的目的是通过在大型节点上分配工作负载来同时扩展吞吐量和权力下放，并使交易可以并行验证。这使BSV能够保持高度的权力下放，安全性和吞吐量，这对于支持充满活力和竞争力的经济至关重要。

Finally, BSV's Teranode is a testament to the fact that blockchain technology can be used to create a more efficient, transparent, and inclusive economic system. It's a stark contrast to the narrative often pushed by blockchain's biggest critics, who claim that it's too slow, expensive, and limited for real enterprise adoption.

最后，BSV的Teranode证明了区块链技术可用于创建更有效，透明和包容性的经济体系。这与区块链最大的批评家经常推动的叙述形成了鲜明的对比，他们声称它太慢，昂贵且限制了真正的企业采用。

And they're right

他们是对的