Coming Era of Synthetic Clients: AI, Cognitive Architecture & the Future of Hypnosis Training

Introducing the World's First Scientifically Modelled Synthetic Mind for Hypnotic Practice

Hypnosis is evolving – and so are the standards for how we learn and practise it.
Across medicine, aviation, the military, and emergency response, one principle reshaped professional training: simulation accelerates mastery while reducing avoidable risk.

In this pioneering session, Frankie Mooney introduces hypnosis to its next evolutionary step – one that complements the skills practitioners already use, whether traditional, conversational, Ericksonian, or integrative.

You’ll meet Cynthia, the world’s first Synthetic Client – an interactive system built on the ARCITECT® cognitive state engine, a scientifically modelled system designed to respond dynamically within defined constraints, generating patterns of responsiveness and resistance while signalling subtle indicators associated with unwanted effects described in clinical literature.

This is not about replacing clients or established methods.
It introduces a professional layer of training – a controlled, repeatable environment for observing and understanding interaction dynamics.

You’ll gain insight into how these dynamics influence responsiveness, resistance, and coherence, and why certain approaches can lead to outcomes that appear unexpected.

A live demonstration of Cynthia will be presented (availability permitting – she decides).

Frankie Mooney is the founder of ARCITECT® Technologies, a psychotechnology company focused on the design of cognitive state architecture, and the creator of the world’s first scientifically modelled synthetic mind for training and simulation. He trained with Paul McKenna and Richard Bandler and later graduated from Hypnosis Motivation Institute, where he received the Director’s Award for Remarkable Performance in Professional Practice. He developed the Dual-Mode Elicitation Model™ (DEM) and is the author of The DEM Manual, Optima, and Structural Cognition: Foundations of Mode, Load, and Coherence.