Building on this context, the case emphasizes practical trade-offs that arise with contemporary storage and security technologies—particularly solid-state drives (TRIM and wear-leveling effects), full-disk encryption, and the evidentiary value of volatile memory. Students evaluate competing actions (e.g., immediate shutdown to halt further data loss, live acquisition to preserve access to unlocked data, or targeted memory capture to recover decryption material), and consider how each choice affects recoverability, contamination risk, and later admissibility. Attention is also given to documentation and chain-of-custody practices, articulation of investigative rationale, and the ethical framing necessary to defend actions in technical and legal forums. In this case study, we recount the incident, outline the central dilemmas, and discuss their practical implications.

Please note that this case study is based on a real incident but has been adapted for educational purposes.1

However, once the crisis is over, the legal battle begins. The defense challenges the core of the prosecution’s case, arguing that all recovered evidence must be suppressed because the AI’s decision-making process is a “black box” that cannot be independently evaluated or cross-examined. This case invites analysis of how far investigators can and should trust AI in life-or-death cyber investigations, how courts must adapt evidentiary rules to rapidly evolving technology, and what precedent such rulings will set for the future of digital forensics.

This case study examines the 2024 Snowflake data breach incident and provides an in-depth analysis of a real-world cloud security event. The study explores the shared responsibility model in cloud computing, highlighting the respective security responsibilities of cloud service providers and their customers. It also discusses major cloud security threats and the expanded attack surface that organizations may face when migrating sensitive data to cloud environments, where increased accessibility can introduce additional security risks.

Furthermore, the case study analyzes the root causes of the breach, the incident response measures implemented by Snowflake and affected organizations, and the broader lessons learned from the event. Finally, it encourages critical discussion regarding the advantages and challenges of cloud-based versus non-cloud-based data storage solutions, particularly in the context of data security, access control, risk management, and regulatory compliance.

This case encourages critical thinking, ethical reasoning, and practical application of cloud computing and cloud security principles, preparing students to anticipate and respond to security challenges in real-world cloud environments.

This case examines the intersection of cybersecurity, business continuity, and national security when private companies controlling critical infrastructure face cyber threats. This pipeline transports over 100 million gallons of fuel daily within a system extending from Houston, Texas, to Linden, New Jersey.