We present standardized induction protocols for accessing recollective states, with measurable increases in cross-reality recall accuracy. Includes safety guidelines and session parameters.
Protocols combined timed tonal sequences with calibrated light pulses, delivered through the relay's client device rather than the array itself, since recollective states do not require network coverage. Sessions were run across four induction variants, each tested against a control group receiving no induction, and recall accuracy was scored against independently recorded prior entries where available.
All four induction variants produced a measurable increase in cross-reality recall accuracy over the control group, with the strongest variant combining descending tonal frequency with slow, warm-toned light. Roughly one in four candidate subjects were excluded at screening on safety grounds, most commonly a history of photosensitive seizure.
Because induction lowers the boundary along the path described by a subject's own prior account, it cannot manufacture a destination — only return a subject to one they have already reached. The screening protocol that excludes roughly a quarter of candidates is not a product limitation; it is a precondition the consumer application enforces before any recollective session is offered.