网络安全和数据主权的双重挑战：整体方法

在人工智能和互联系统兴起的推动下，数字基础设施变得越来越重要，企业和政府面临着双重当务之急：保护其数据免受复杂的网络威胁，同时确保遵守复杂的数据主权法规。

This post is a guest contribution by George Siosi Samuels, managing director at Faiā. See how Faiā is committed to staying at the forefront of technological advancements here.

这篇文章是 Faiā 董事总经理 George Siosi Samuels 的客座文章。了解 Faiā 如何致力于走在技术进步的最前沿。

As digital infrastructure becomes increasingly critical, driven by the rise of AI and interconnected systems, enterprises and governments face a dual imperative: safeguarding their data against sophisticated cyber threats while ensuring compliance with complex data sovereignty regulations. Data breaches, ransomware, and phishing schemes are not just operational risks—they threaten the very fabric of stakeholder trust, with governments facing the added burden of national security and citizen confidence. The stakes have never been higher.

在人工智能和互联系统兴起的推动下，数字基础设施变得越来越重要，企业和政府面临着双重当务之急：保护其数据免受复杂的网络威胁，同时确保遵守复杂的数据主权法规。数据泄露、勒索软件和网络钓鱼计划不仅仅是运营风险，它们还威胁着利益相关者的信任结构，使政府面临国家安全和公民信心的额外负担。赌注从未如此之高。

Data sovereignty—ensuring that sensitive data stays within a nation’s borders—has become a focal point for organizations worldwide. Yet, as these entities strive to protect data integrity while fostering innovation, traditional solutions often fall short. The answer lies not just in technology, but in a holistic approach that marries decentralized systems with a culture-centric mindset.

数据主权——确保敏感数据留在国家境内——已成为全球组织关注的焦点。然而，由于这些实体在促进创新的同时努力保护数据完整性，传统解决方案往往达不到要求。答案不仅在于技术，还在于将去中心化系统与以文化为中心的思维方式相结合的整体方法。

The dual challenge of cybersecurity and data sovereignty

网络安全和数据主权的双重挑战

For enterprises in regulated industries such as finance, healthcare, and critical infrastructure, the task of maintaining robust cybersecurity while navigating stringent data sovereignty laws is a delicate balancing act. Governments, on the other hand, must not only protect national data but also create environments that foster technological innovation and economic growth.

对于金融、医疗保健和关键基础设施等受监管行业的企业来说，维护强大的网络安全同时遵守严格的数据主权法是一项微妙的平衡行为。另一方面，政府不仅必须保护国家数据，还必须创造促进技术创新和经济增长的环境。

A central concern for both sectors is keeping data secure and compliant across borders without compromising accessibility and performance. Here, decentralized technologies like blockchain and distributed ledger systems (DLT) are emerging as viable solutions. Blockchain’s core attributes—transparency, immutability, and decentralized control—make it well-suited to mitigate cybersecurity risks while adhering to local and international regulations. For instance, PwC reports that enterprises increasingly adopt blockchain to protect data privacy, streamline compliance processes, and secure cross-border transactions. However, not all blockchains are created equal.

这两个行业的核心关注点是在不影响可访问性和性能的情况下保持数据跨境安全和合规。在这里，区块链和分布式账本系统（DLT）等去中心化技术正在成为可行的解决方案。区块链的核心属性——透明度、不变性和去中心化控制——使其非常适合减轻网络安全风险，同时遵守当地和国际法规。例如，普华永道报告称，企业越来越多地采用区块链来保护数据隐私、简化合规流程并确保跨境交易安全。然而，并非所有区块链都是一样的。

One of the critical factors when considering a blockchain solution is scalability. Many popular blockchains still struggle with throughput limitations, high transaction costs, and congestion issues that hinder their application at an enterprise or government scale. This is where scalable solutions, like BSV, offer a competitive advantage. BSV’s focus on high throughput, low transaction costs, and efficient data handling makes it a suitable option for organizations that need robust, scalable infrastructure to support global operations. With its ability to handle thousands of transactions per second, BSV offers the kind of scalability that allows enterprises to confidently integrate blockchain into their broader digital ecosystems without facing bottlenecks or exorbitant fees.

考虑区块链解决方案时的关键因素之一是可扩展性。许多流行的区块链仍然面临吞吐量限制、高交易成本和拥塞问题，这些问题阻碍了它们在企业或政府规模的应用。这就是 BSV 等可扩展解决方案提供竞争优势的地方。 BSV 专注于高吞吐量、低交易成本和高效的数据处理，这使其成为需要强大、可扩展的基础设施来支持全球运营的组织的合适选择。 BSV 能够每秒处理数千笔交易，其可扩展性使企业能够自信地将区块链集成到更广泛的数字生态系统中，而不会面临瓶颈或高昂的费用。

Building secure digital communities

构建安全的数字社区

A critical step towards addressing cybersecurity and data sovereignty is the creation of secure, trust-based digital communities. Traditional security measures are no longer adequate against modern threats such as AI-generated scams and deepfake impersonations. Blockchain offers a more resilient foundation, enabling organizations to build secure networks where data integrity and privacy are integral to the system.

解决网络安全和数据主权的关键一步是创建安全、基于信任的数字社区。传统的安全措施已不足以应对人工智能生成的诈骗和深度伪造等现代威胁。区块链提供了更具弹性的基础，使组织能够构建安全的网络，其中数据完整性和隐私是系统不可或缺的一部分。

One of our colleagues at Faiā, who led Fraud & Scam Detection at a major Australian financial institution, saw firsthand how AI-driven scams were evolving to target vulnerable communities. Socially isolated individuals, those with limited financial literacy, and people from migrant backgrounds were frequently targeted by sophisticated scams involving automated, fraudulent calls, deepfake impersonations, and social engineering on platforms like Instagram and Facebook (NASDAQ: META). Scammers often misuse the trusted branding of major companies to deceive people into investing in fake products.

我们在 Faiā 的一位同事负责澳大利亚一家大型金融机构的欺诈和诈骗检测工作，他亲眼目睹了人工智能驱动的诈骗如何演变为针对弱势社区的攻击。社会孤立的个人、金融知识有限的人和有移民背景的人经常成为复杂骗局的目标，这些骗局涉及自动化、欺诈性电话、深度伪造以及 Instagram 和 Facebook（纳斯达克股票代码：META）等平台上的社会工程。诈骗者经常滥用大公司值得信赖的品牌来欺骗人们投资假冒产品。

In such scenarios, decentralized, scalable, and reliable blockchain networks like BSV could have significantly reduced the risk. By leveraging self-sovereign digital identities and decentralized verification processes, blockchain systems empower individuals to securely verify their identity without relying on potentially compromised third-party services. Deloitte notes that blockchain’s tamper-proof infrastructure can support self-sovereign identities, thereby reducing identity theft and fraudulent activities. Scalable platforms such as BSV not only ensure that these verification systems can operate smoothly under high demand but also do so cost-effectively, making them accessible for broader deployment. This is especially beneficial for vulnerable communities—like the elderly or those with lower financial literacy—by adding an extra layer of protection against AI-driven scams.

在这种情况下，像 BSV 这样的去中心化、可扩展且可靠的区块链网络可以显着降低风险。通过利用自主数字身份和去中心化验证流程，区块链系统使个人能够安全地验证其身份，而无需依赖可能受到损害的第三方服务。德勤指出，区块链的防篡改基础设施可以支持自我主权身份，从而减少身份盗窃和欺诈活动。 BSV 等可扩展平台不仅可以确保这些验证系统能够在高需求下平稳运行，而且还具有成本效益，使其可以进行更广泛的部署。通过增加针对人工智能驱动的诈骗的额外保护层，这对于老年人或金融知识较低的弱势群体尤其有利。

Aligning culture with cybersecurity

将文化与网络安全结合起来

While technology provides a strong defense, it is only as effective as the culture that supports it. According to KPMG, a major challenge is ensuring that cybersecurity protocols are integrated into the organizational culture so every department contributes to the overall security strategy. During her time at the bank, our Faiā colleague recognized that robust technical defenses must be reinforced by a company-wide cultural shift. She led initiatives that focused on internal education and cross-departmental communication, ensuring that every team member—from frontline staff to leadership—understood the risks and their role in safeguarding data.

虽然技术提供了强有力的防御，但它的有效性取决于支持它的文化。毕马威表示，一个主要挑战是确保网络安全协议融入组织文化，以便每个部门都为整体安全战略做出贡献。在银行任职期间，我们的 Faiā 同事认识到，必须通过全公司的文化转变来加强强大的技术防御。她领导了注重内部教育和跨部门沟通的举措，确保每个团队成员（从一线员工到领导层）都了解风险及其在保护数据方面的作用。

This approach fostered a culture of collective responsibility, where employees were empowered to recognize and respond to potential threats proactively. Enterprises can learn from this experience by embedding security into their organizational culture, making it a shared responsibility rather than a siloed function.

这种方法培育了一种集体责任文化，使员工能够主动识别和应对潜在威胁。企业可以通过将安全性嵌入到其组织文化中来学习这一经验，使其成为共同的责任而不是孤立的职能。

At Faiā, we emphasize the importance of this

在 Faia，我们强调这一点的重要性