Your cloud survived everything except the real world

Your cloud data can be permanently lost due to war, and critical national infrastructure may have no backup. If your provider cannot guarantee data survivability, you must implement independent backups.

Amazon Web Services (AWS) has confirmed that war damage in its Middle East infrastructure has permanently destroyed data and resources hosted exclusively in its Bahrain Availability Zones. This loss occurred because the damage overwhelmed the resilience built into the region, leaving customers without off-site backups unable to recover their data. Separately, the UK's air traffic control system, NATS, experienced a major outage that stranded thousands of passengers due to a reported military aircraft flight plan issue. NATS stated that no backup system was available for the live data, as it was undergoing an overhaul and the data volumes were too vast to back up. These incidents highlight the challenges of ensuring data resilience against physical threats and the complexities of maintaining adequate backups, especially amidst the growing demand for storage driven by the AI infrastructure boom.

The AWS and NATS incidents underscore a critical vulnerability: reliance on a single cloud region or provider for data, even with built-in redundancy, is insufficient against real-world disasters or systemic failures. The storage shortage exacerbated by the AI boom further complicates backup strategies, making it prohibitively expensive or logistically difficult to provision the necessary capacity. This forces organizations to re-evaluate their risk tolerance and prioritize data protection based on actual threats, rather than assuming a provider's infrastructure is inherently invulnerable.

The incidents suggest a potential market gap for specialized data resilience insurance or risk-sharing mechanisms, analogous to marine war-risk insurance. Without such solutions, enterprises face the daunting task of self-insuring against increasingly unpredictable geopolitical and operational risks. This may necessitate a fundamental shift in how IT infrastructure is architected and how the costs of data protection are calculated and provisioned, especially as the reliance on digital systems continues to grow.