The Relay Anomaly
At a remote deep-space communications relay, a critical encrypted data stream ceases transmission. An independent forensic systems analyst is dispatched to investigate the failure. The six-person crew's professional activities and biometric logs require systematic analysis under extreme operational duress.
Initial Crime Scene
The sterile hum of quantum entanglement relays fills the primary communications bay. Cool air, carrying the faint ozone scent of active electronics, flows from ceiling vents onto the single pressure-sealed deck plate. Your gaze lands on the central console bank, where a data-slate screen displays a series of fine, parallel cleaning streaks in the residue.
Crime Scene Environment
The station's macro atmosphere is defined by oppressive, vacuum-sealed sterility. The lighting profile is a clinical, uniform illumination from overhead strips. The humidity and temperature profile is cool and precisely controlled, with air filtered to a neutral purity. The acoustic density is a constant, systemic humming from life-support and data-processing systems, punctuated by the occasional anomalous pressure-fluctuation sound from cycling airlocks.
Investigation Constraints
Deep-space communications arrays, quantum-entanglement relays (limited bandwidth), biometric access logs, encrypted data burst transmissions, chemical life-support regulators, pressure-sealed airlocks, internal sensor networks (motion, thermal, atmospheric composition), analog backup control consoles with physical switches and dials.
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