Axiom of Entropy
A forensic specialist is summoned to a high-security corporate research facility following the disappearance of a proprietary climate-monitoring AI prototype. The investigation must navigate a network of encrypted logs, biometric timestamps, and the physical residue of the incident, while accounting for the professional roles and personal timelines of five individuals who had access to the secured area on the relevant night.
Initial Crime Scene
The cold, recycled air carries the faint ozone scent of overworked servers and the chemical tang of industrial floor cleaner. From the main lobby, the muted, rhythmic hum of the security footage server's 72-hour auto-purge cycle is audible. Ahead, the immutable, tamper-proof biometric scanner for the Prototype Lab glows with a steady green LED. To the left, a smart glass partition is set to a frosted, semi-opaque state, obscuring the view into the server room. The polished concrete floor reflects the flat, shadowless light from overhead LED panels.
Crime Scene Environment
The lighting is a uniform, sterile, shadowless white from integrated LED panels. The environment is chilled and humidity-controlled, with a dry, refrigerated quality to the air. The acoustic density is low but persistent, characterized by the constant low-frequency hum of cooling systems, data storage arrays, and air filtration units, creating a baseline of monetized silence.
Investigation Constraints
Biometric keycard scanners with immutable timestamp logs; networked security cameras with 72-hour auto-purge cycles; encrypted corporate communication servers (EncrypTalk™); smart glass partitions with gesture-based opacity; internal memos on encrypted tablets; voice-print verification for lab access; forensic data-recovery software for deleted local files.
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