BSV微付款：数字基础设施获利

随着数字基础架构（公共Wi-Fi，云存储，物联网（IoT）设备）无处不在，因此需要无缝，低成本支付系统的需求增长。

As digital infrastructure—public Wi-Fi, cloud storage, Internet of Things (IoT) devices—becomes ubiquitous, the need for seamless, low-cost payment systems grows. BSV, with its ultra-low transaction fees and high throughput, is uniquely positioned to create micropayment ecosystems for pay-per-use digital infrastructure. From incentivizing decentralized computing networks to enabling real-time payments for smart meters, BSV offers a scalable, secure framework that traditional payment systems cannot match.

随着数字基础架构（公共Wi-Fi，云存储，物联网（IoT）设备）无处不在，因此需要无缝，低成本支付系统的需求增长。 BSV具有超低交易费用和高吞吐量，是为每次使用付费数字基础设施创建微型生态系统的独特定位。从激励分散的计算网络到实现智能电表的实时付款，BSV提供了一个可扩展，安全的框架，传统支付系统无法匹配。

This article explores how BSV addresses the monetization challenges of digital infrastructure and its potential to reshape how we access and pay for digital services.

本文探讨了BSV如何应对数字基础架构的货币化挑战及其重塑我们如何访问和支付数字服务的潜力。

The micropayment gap in digital infrastructure

数字基础设施中的微元差距

Digital infrastructure relies on microtransactions to monetize usage, but traditional payment systems like credit cards or bank transfers are too costly for small-value transactions. For example, charging $0.01 for a minute of public Wi-Fi incurs processing fees that exceed the revenue. This gap stifles innovation in pay-per-use models, from decentralized cloud storage to IoT-enabled smart cities. So, how do we make cents viable?

数字基础架构依靠微交易来获取利用，但是传统的支付系统（例如信用卡或银行转移）对于小价值交易而言太昂贵了。例如，一分钟的公共Wi-Fi收取0.01美元的费用会产生超过收入的处理费。从分散云存储到具有IOT的智能城市，这种差距扼杀了每次使用付费模型的创新。那么，我们如何使美分可行？

Blockchain-based micropayments offer a solution, but most blockchains are ill-suited for high-frequency, low-value transactions. Ethereum’s high gas fees and BTC’s limited throughput make them impractical for infrastructure-scale use. BSV, with its scalable architecture and near-zero fees, fills this niche, enabling a new era of pay-per-use digital services.

基于区块链的微付款提供了解决方案，但是大多数区块链不适合高频，低价值交易。以太坊的高汽油费和BTC的有限吞吐量使它们对于基础设施规模的使用不切实际。 BSV凭借其可扩展的体系结构和接近零的费用填补了这一利基，这使得付费每次使用数字服务的新时代。

BSV’s technical strengths for micropayments

BSV的微付款技术优势

Niche applications: Monetizing infrastructure

利基应用：货币化基础设施

BSV’s micropayment capabilities enable innovative use cases. Public Wi-Fi networks, often free or ad-supported, could adopt pay-per-use models, with users paying $0.001 per megabyte via BSV wallets like HandCash. Decentralized computing networks, similar to Filecoin, could use BSV to incentivize nodes with micropayments for CPU cycles or storage, creating a global marketplace for compute resources.

BSV的微债能力可实现创新的用例。公共Wi-Fi网络（通常是免费的或受广告支持）可以采用按使用付费模型，用户通过BSV钱包（如Handcash）的价格为每兆字节支付0.001美元。类似于Filecoin的分散计算网络可以使用BSV来激励与CPU周期或存储的微型节点激励节点，从而为计算资源创造全球市场。

IoT devices, such as smart meters or electric vehicle chargers, benefit from BSV’s real-time payment capabilities. A smart meter could charge $0.01 per kilowatt-hour, settling payments instantly on-chain. This reduces billing overhead and enables dynamic pricing. BSV’s low costs also make it viable for niche APIs, where developers pay per query, fostering innovation in data-driven services.

物联网设备（例如智能电表或电动汽车充电器）受益于BSV的实时支付功能。一个智能电表可以每千瓦时收取0.01美元的收费，立即定居付款。这减少了开销的开销，并实现了动态定价。 BSV的低成本也使其可行，对于利基API，开发人员每个查询付费，从而促进了数据驱动服务的创新。

The future: A micropayment-driven economy

未来：微型驱动的经济

BSV’s potential to monetize digital infrastructure is gaining traction. Platforms are building BSV micropayment frameworks, while the BSV Association (BSVA) is promoting its adoption in IoT and smart city projects. As digital infrastructure expands, with the global IoT spending projected to hit $1.1 trillion by 2028, BSV’s scalable, low-cost payments could become a standard.

BSV使数字基础设施获利的潜力正在获得吸引力。平台正在构建BSV微型付款框架，而BSV协会（BSVA）正在促进其在物联网和智能城市项目中的采用。随着数字基础设施的扩大，到2028年，全球物联网支出预计将达到1.1万亿美元，BSV的可扩展性低成本付款可能会成为标准。

Challenges include user adoption and integration with existing systems. However, BSV’s regulation-friendly design and growing ecosystem position it for success. By enabling pay-per-use models, BSV could transform how we access digital services, from Wi-Fi to cloud computing.

挑战包括用户采用和与现有系统集成。但是，BSV的法规友好设计和不断增长的生态系统将其定位为成功。通过启用按使用付费模型，BSV可以改变我们访问数字服务的方式，从Wi-Fi到云计算。

Conclusion

结论

BSV’s ultra-low fees, high throughput, and smart contract capabilities make it a powerhouse for micropayment ecosystems in digital infrastructure. Its ability to monetize public Wi-Fi, decentralized computing, and IoT devices unlocks new business models and fosters innovation. As the demand for seamless, low-cost payments grows, BSV stands ready to redefine how we pay for digital services, proving that micropayments can drive the next wave of digital transformation.

BSV的超低费用，高吞吐量和智能合同功能使其成为数字基础设施中微型生态系统的强大功能。它能够通过公共Wi-Fi，分散计算和IoT设备获利的能力来解锁新的商业模式并促进创新。随着对无缝低成本支付的需求的增长，BSV准备重新定义我们如何为数字服务支付，证明微付款可以推动下一波数字化转型浪潮。

Watch: Peer-to-peer electronic cash system—that’s micropayments

观看：点对点电子现金系统 - 微付款