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Our Interconnected, Resilient, Modern World ... is Still Painfully and Remarkably Brittle: A Case Study of the Risks of Technology Failures.

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Title: Our Interconnected, Resilient, Modern World ... is Still Painfully and Remarkably Brittle: A Case Study of the Risks of Technology Failures.
Authors: Witman, Paul1 witman@ieee.org, Prior, Jim1 jr2dg.consulting@gmail.com
Source: Information Systems Education Journal. Mar2026, Vol. 24 Issue 2, p16-26. 11p.
Subject Terms: Computer system failures, Supply chain disruptions, Fault tolerance (Engineering), Cyberterrorism, Loss control, System failures, Information technology security, Flight delays & cancellations (Airlines)
Company/Entity: CrowdStrike Inc.
Abstract: 8.5 million Windows PCs failed to restart in July of 2024. CrowdStrike, an IT security company, delivered updates with a faulty configuration file to millions of Windows PCs around the world. The failure disrupted or halted the global operations of airlines, banks, medical facilities, and much more. Many PCs were unable to reboot without direct human intervention. This resulted in delays that impacted the recovery time for all types of businesses, as well as their employees, supply chains, and consumers. The paper also provides several other failure scenarios for student analysis, including cyber-attacks on health care and government, and a broader system failure in air traffic control, as well as a detailed background in the underlying principles of technological resilience. This teaching case for undergraduate and graduate information systems courses encourages students to examine key questions for each event: What went wrong, what was the root cause, and why didn’t we see this failure coming? What can we learn from each case that might help technology leaders and their business counterparts to further mitigate the risk of any similar events?. [ABSTRACT FROM AUTHOR]
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Database: Education Research Complete
Description
Abstract:8.5 million Windows PCs failed to restart in July of 2024. CrowdStrike, an IT security company, delivered updates with a faulty configuration file to millions of Windows PCs around the world. The failure disrupted or halted the global operations of airlines, banks, medical facilities, and much more. Many PCs were unable to reboot without direct human intervention. This resulted in delays that impacted the recovery time for all types of businesses, as well as their employees, supply chains, and consumers. The paper also provides several other failure scenarios for student analysis, including cyber-attacks on health care and government, and a broader system failure in air traffic control, as well as a detailed background in the underlying principles of technological resilience. This teaching case for undergraduate and graduate information systems courses encourages students to examine key questions for each event: What went wrong, what was the root cause, and why didn’t we see this failure coming? What can we learn from each case that might help technology leaders and their business counterparts to further mitigate the risk of any similar events?. [ABSTRACT FROM AUTHOR]
ISSN:1545679X
DOI:10.62273/PSAS2989