Data Center: New Threats Facing Critical Infrastructure

数据中心：关键基础设施面临的新威胁

数据中心是数字经济的物理基石。从云计算到人工智能，从金融服务到医疗系统，几乎所有关键业务都依赖这些大型设施的持续运转。然而，这种高度依赖性也使数据中心成为网络攻击、物理破坏乃至军事打击的首要目标。SecurityPost基于德国之声最新报道，解析数据中心面临的多维威胁，并为企业的风险应对提供参考。

事件概览：数据中心为何成为众矢之的？

根据德国之声2026年5月的报道，全球目前约有12,000个数据中心，其中法兰克福地区就有76个，该地区的DE-CIX是全球最大的互联网交换点，高峰期流量超过17 Tbps。这些设施支撑着全球互联网的运转，但也因此成为各种威胁的目标。

报道指出，德国联邦银行在2026年1月表示，其IT系统每分钟遭受超过5,000次网络攻击。虽然数据中心通常配备了严密的网络安全防护，但攻击频率和强度仍在上升。2021年法国斯特拉斯堡的数据中心火灾曾导致360万个网站下线，许多客户因备份存储在同一建筑而永久丢失数据。

更严峻的是，数据中心已卷入地缘政治冲突。在乌克兰战争中，IT基础设施成为军事打击目标。而在美国-以色列与伊朗的冲突中，伊朗向巴林和阿联酋的三个AWS数据中心发射了无人机和火箭，导致银行和支付系统大面积中断。随后，伊朗还在Telegram上公布了多达30个潜在目标清单，包括IBM、Google、Palantir和Oracle等科技巨头的设施。

这些事件表明，数据中心不仅面临常规网络犯罪，还面临国家级对手的主动攻击，其战略地位已等同于传统军事目标。

技术与风险分析：攻击路径与受影响资产

数据中心的威胁可以分为三个维度：网络攻击、物理攻击和内部风险。

网络攻击是当前最常见的威胁形式。分布式拒绝服务（DDoS）、勒索软件和供应链攻击都可导致数据中心服务中断。攻击者可能利用虚拟化漏洞、管理接口暴露或第三方软件缺陷，进入数据中心内部网络。一旦突破边界，攻击者可以横向移动，影响多租户环境，造成广泛破坏。

物理攻击包括火灾、断电、人为破坏和军事打击。斯特拉斯堡火灾证明，物理损害可能比网络攻击更致命——备份在同一区域会彻底失效。而伊朗对AWS设施的导弹和无人机袭击，则展示了对关键节点的精确打击能力，这超出了传统网络安全防御的范畴。内部风险则源于员工误操作或恶意行为。数据中心通常只有不到100名员工，但权限集中，一旦被社会工程学利用，可能导致严重事故。

Internal risks stem from employee errors or malicious actions. Data centers typically have fewer than 100 employees, but privileges are concentrated; if exploited through social engineering, this can lead to serious incidents.

受影响资产不仅包括服务器和存储设备，还包括电力系统、冷却系统、网络连接和物理建筑。攻击者无需直接破坏计算资源，切断冷却或供电即可瘫痪整个数据中心。

Affected assets include not only servers and storage devices, but also power systems, cooling systems, network connections, and physical buildings. Attackers do not need to directly destroy computing resources; cutting off cooling or power supply can paralyze an entire data center.

企业影响分析：业务连续性面临实质性挑战

Enterprise Impact Analysis: Substantial Challenges to Business Continuity

对于依赖数据中心的企业，上述威胁带来的影响极其深远。

For businesses relying on data centers, the impact of the above threats is extremely far-reaching.

运营风险：数据中心故障会直接导致业务中断。例如，2021年AWS的一项服务中断曾导致大量网站和API不可用。如果企业没有完善的灾备架构，损失难以估量。

Operational risk: Data center failures can directly lead to business interruption. For example, a 2021 AWS service outage caused numerous websites and APIs to become unavailable. Without a well-established disaster recovery architecture, losses would be incalculable.

财务风险：停机时间直接导致收入损失，同时还可能触发服务级别协议（SLA）罚款。此外，为强化安全而增加的投资也会对利润造成压力。

Financial risk: Downtime directly results in revenue loss and may also trigger service level agreement (SLA) penalties. In addition, increased investment to strengthen security will also pressure profits.

合规风险：许多司法管辖区将数据中心视为关键基础设施，要求实施特定保护措施。德国政府已在2026年3月发布新的数据中心战略，计划到2030年将数据中心容量翻倍，并减少对非欧洲供应商的依赖。企业若未能遵循相关法规，可能面临法律制裁和声誉损害。

Compliance risk: Many jurisdictions treat data centers as critical infrastructure and require specific protective measures. In March 2026, the German government issued a new data center strategy, planning to double data center capacity by 2030 and reduce dependence on non-European suppliers. Companies that fail to comply with relevant regulations may face legal sanctions and reputational damage.

品牌风险：数据中心中断会影响客户信任。2021年斯特拉斯堡火灾中，客户因备份在同一位置而永久失去数据，这种教训是毁灭性的。

Brand risk: Data center outages affect customer trust. In the 2021 Strasbourg fire, customers permanently lost data because backups were located at the same site; this lesson is devastating.

行业趋势观察：AI与地缘政治的双重驱动

Industry Trend Observations: The Dual Drivers of AI and Geopolitics

数据中心的重要性正在快速上升。人工智能的蓬勃发展需要巨大的计算和存储资源，全球范围内正掀起新的数据中心建设浪潮。然而，这种扩张也伴随着风险。

The importance of data centers is rising rapidly. The booming development of artificial intelligence requires enormous computing and storage resources, and a new wave of data center construction is underway globally. However, this expansion also comes with risks.

从行业趋势看，数据中心的安全已经超越传统网络安全的范畴，进入物理空间和地缘政治的维度。国家行为体开始将数据中心视为打击目标，这迫使企业重新评估选址和地理冗余策略。同时，当地社区对数据中心的环境影响也在提出更多质疑，例如智利2024年成功阻止了一个AI数据中心建设，美国缅因州2026年曾立法暂停大型数据中心（后被州长否决），德国格罗斯-盖劳的25亿欧元项目因当地反对而夭折。

From an industry trend perspective, data center security has transcended traditional cybersecurity and entered the dimensions of physical space and geopolitics. State actors have begun to view data centers as strike targets, forcing companies to reassess site selection and geographic redundancy strategies. At the same time, local communities are raising more questions about the environmental impact of data centers. For example, Chile successfully blocked an AI data center construction in 2024, the U.S. state of Maine passed legislation in 2026 to suspend large data centers (later vetoed by the governor), and a €2.5 billion project in Gross-Gerau, Germany, fell through due to local opposition.

这些趋势表明，数据中心的部署不仅是技术决策，更是涉及政治、社会和安全的综合考量。

These trends show that data center deployment is not only a technical decision, but also a comprehensive consideration involving politics, society, and security.

防御与应对建议

Defense and Response Recommendations

面对这些挑战，企业需要采取综合性的防护策略。

Facing these challenges, enterprises need to adopt a comprehensive protection strategy.

• 企业层面：
• 实施多活或多区域部署，避免单点故障。确保备份存储在不同地理位置，并定期演练恢复流程。
• 与应用提供商签署包含安全承诺的SLA，明确保密性和可用性要求。

• Enterprise level:
• Implement multi-active or multi-region deployment to avoid single points of failure. Ensure backups are stored in different geographic locations, and regularly drill recovery procedures.
• Sign SLAs with application providers that include security commitments, clearly defining confidentiality and availability requirements.Technical level:
• Deploy SIEM and XDR solutions to monitor network traffic and anomalous behavior in real time, especially for management interfaces and APIs.
• Strengthen identity and access management, implementing multi-factor authentication (MFA) and enforcing the principle of least privilege for data center operations.
• Leverage threat intelligence subscriptions to track the latest attack tactics targeting critical infrastructure.

• Management level:
• Develop and test incident response plans covering cyberattacks and physical disaster scenarios.
• Cooperate with national security agencies to understand local critical infrastructure protection regulations.
• Conduct third-party risk assessments to ensure vendors adhere to equivalent security standards.

SecurityPost Insight

Data centers have become the "blood vessels" of modern society, but their vulnerabilities are also clearly exposed. From thousands of cyberattacks every minute to drone strikes by military forces, the risks facing data centers are escalating across multiple dimensions. Enterprises must recognize that relying solely on point defenses is no longer sufficient; they need to elevate data center security to the board level and build a multi-layered defense-in-depth system. In the future, we expect more enterprises to adopt "data sovereignty" and "geographic dispersion" strategies, while strengthening threat intelligence sharing with governments and industry organizations. Enterprises that can position themselves early will gain greater resilience and competitive advantage.