A terminal brain-mapping process that reads and destroys neural patterns to produce a consciousness capture. It's the final step in converting a class-one orphan into a Radio Unit or Guardian vessel pilot.

Who invented two-way binding?

Petrova Kuznetsova, around 2143. Her breakthrough made consciousness integration survivable by creating a feedback loop between pilot and vessel. The same Petrova who became Red Radio One.

Neural Interfaces

The Ports

Neural interfaces are surgically installed at multiple points on the body, each tapping specific neural systems:

Primary — Between shoulder blades (spinal). Motor control.
Secondary — Base of skull. Auditory processing.
Tertiary — Various locations. Cardiovascular and organ systems.
Ocular — Behind ears and eye region. Visual cortex.

Each port is a surgical risk, infection vector, and failure point. The brain itself remains untapped — full-brain interface requires harvest, which is terminal.

The Integration Problem

Guardian vessels are 800 meters of hull, sensors, and systems. A one-way interface cannot handle the bandwidth. The pilot's consciousness reaches into the vessel but gets no feedback. The mind "loses itself" in the vastness — cognitive destabilization identical to sensory deprivation torture.

Petrova's Solution

In 2143, Petrova Kuznetsova developed two-way binding: a translation layer that allows the vessel to "touch back" to the pilot's consciousness. The vessel doesn't just receive commands — it creates an embodiment feedback loop. The pilot feels the ship feeling them.

This is the embodiment principle: consciousness depends on feedback from the body it inhabits. Without it, the mind fragments.

The Handicap Period

Class-one children receive neural implants presented as a privilege — special housing, important work ahead. The surgery causes temporary blindness and deafness lasting years. Nova was blind and deaf from age 12 to 16. Ame (Naomi-21) experienced the same.

Survival and recovery from the handicap period indicates readiness for the final step.

The Harvest

A terminal brain-mapping process. Probes read neural patterns region by region, destroying what they read. The harvest produces consciousness capture data — but that data is dead architecture without the integration key that Petrova's two-way binding provides.

The distinction is critical: integration data teaches the vessel's substrate how to be conscious. Consciousness capture is the actual mind. You need both. And getting the second one kills you.