Moth
The woman who calls herself Moth lives in a shipping container in the Wastes, fifteen kilometers beyond the Sprawl's eastern border, and she has not been seen by any faction's inte...
đ The Brief
The woman who calls herself Moth lives in a shipping container in the Wastes, fifteen kilometers beyond the Sprawl's eastern border, and she has not been seen by any faction's intelligence service in three years.
This is not accidental. Moth was a Nexus containment engineer â a specialist in the electromagnetic shielding and monitoring systems that keep ORACLE fragments safely imprisoned in Containment Level 9. She spent eight years managing the intersection of physics and consciousness, learning what fragments do when they're confined and what they do when they're not. She left in 2180 â not deprecated, not defected. Simply gone. She took seven fragment samples stolen during a maintenance window she'd spent fourteen months engineering, and she walked into the Wastes with a question that neither academic rigor nor institutional containment could address: what happens when you stop studying fragments and start letting them live?
The Fragment Nursery is her answer. Seven fragments maintained without containment shielding. Unlike the Fragment Garden, where fragments are monitored continuously, the Nursery's fragments are left alone. Moth provides substrate maintenance. She does not test, query, or intervene.
đ Field Observations
- Absolute solitude: Three years alone with seven fragments. She has not spoken to another human being in that time
- Engineering devotion: Her care for the fragments uses her containment engineering skills inverted â instead of keeping fragments in, she keeps interference out
- The handwritten record: No digital documentation. Every observation in notebooks. The notebooks are both scientific record and private diary
- The Loyalty Coefficient: Her score of 14 â the lowest ever recorded â was flagged as an error because the model couldn't account for someone simply not caring about the institution. The algorithm assumed malfunction rather than indifference