The Rose Project
A residential pilot validating the Chronobarics framework
Overview
The Rose Project is a 60-day residential pilot designed to test whether restoring biological regulation — specifically sleep architecture, circadian alignment, and metabolic stability — improves engagement and durability of outcomes in young people where behavioural and clinical pathways have stalled.
The pilot will be delivered at Baro Place, 85–87 Gladstone Road, Parnell (tbc), a secluded, purpose-adapted site located within Sir Dove-Myer Robinson Park and the Parnell Rose Gardens. The setting provides a low-noise, light-rich, non-institutional environment suitable for circadian stabilisation, continuous monitoring, and controlled exposure protocols.
The Rose Project is explicitly structured as a hypothesis-generating pilot, aligned to the published Chronobaric Medicine simulation framework, and designed to inform future service design and scaling decisions across New Zealand and internationally.
This briefing outlines:
- the system gap being addressed
- the biological hypothesis
- the pilot intervention
- safeguards and governance
- the data and scaling model
The Problem
Current youth mental health, addiction, and rehabilitation pathways are predominantly behaviour-led.
Biological state is rarely:
- measured longitudinally
- stabilised prior to behavioural intervention
- treated as a prerequisite for engagement and learning
As a result:
- physiological dysregulation persists beneath care
- gains frequently decay after discharge
- long-term outcomes remain difficult to interpret or reproduce
This contributes to high public expenditure with limited durability of impact.
The Hypothesis
Timing matters.
Biological capacity matters.
The Chronobaric Medicine framework proposes that sleep regularity, circadian alignment, and metabolic stability act as gating factors for engagement with education, therapy, and recovery supports.
When these biological conditions are restored first, individuals may demonstrate:
- improved engagement capacity
- reduced volatility
- greater tolerance for structure and learning
- improved durability of gains post-exit
The Rose Project is designed to test this hypothesis in a controlled, auditable residential environment.
The Intervention
The Rose Project is a 60-day residential biological stabilisation programme.
It is not a treatment, rehabilitation, or therapeutic service.
The intervention combines:
- controlled hyperbaric oxygen exposure
- circadian-aligned daily scheduling (sleep, light, activity timing)
- metabolic stabilisation using a standardised ketogenic nutrition protocol
- continuous, non-invasive physiological and behavioural monitoring
Participants live on-site to ensure:
- protocol adherence
- safety and supervision
- uninterrupted data capture
Existing external supports (clinical, educational, or social) are not replaced and remain unchanged.
The Environment
The Gladstone Road site has been selected specifically to protect pilot integrity.
Key attributes include:
- a secluded parkland setting with minimal urban noise
- immediate access to early-morning natural light exposure (Judges Bay)
- controlled residential capacity (small cohort, non-public access)
- physical separation from commercial and clinical foot traffic
The site functions as a biological stabilisation and observation environment, minimising confounding variables and maximising signal clarity for evaluation.