Cerebral Habitat Steward
Smart ecological domes across Abu Dhabi, Reykjavík, and Singapore translate neural intent into adaptive climate control. Residents with diverse sensory needs co-manage air flow, light, and humidity using intentional focus tracked by brain-computer interfaces.
Sensors
EEG · GSR · CO₂ arrays
Community
320 residents
Emission Impact
31% reduction
Operational Blueprint
Residents engage with visual focus panels. Neural signatures map to pre-set sustainability gestures, prompting the dome to adjust microclimates in real time. Weekly circles review performance dashboards and refine shared governance rules.
System Modules
- ● Intent translation layer converting sustained focus into scoped automation commands.
- ● Environmental twins simulating outcomes before enacting changes to protect biodiversity.
- ● Inclusive interface offering auditory and tactile confirmations for neurodiverse participants.
- ● Stewardship council portal logging decisions and climate markers for shared accountability.
Measured Impact
Energy Flux
-19%
Net reduction in peak energy loads during summer seasons.
Resident Confidence
87%
Respondents felt empowered to influence shared resources.
Biodiversity
+22%
Increase in pollinator species thriving inside domes.
Safeguards & Standards
Residents approve every automation rule through transparent ballots. Data cooperatives store neural patterns locally, with encryption keys rotated monthly. Earth observation partners audit the domes to ensure they remain carbon-negative.
Consent: Sessions can be paused instantly with tactile switches.
Equity: Membership subsidies ensure low-income residents access the same tools.
Transparency: Sustainability dashboards are open-sourced for allied cities.
Looking Ahead
Upcoming iterations will connect domes into a cross-continental network that shares seasonal strategies. BCICaseLab is codifying the governance model for cities preparing climate resilience hubs, with mentorship programs for new stewardship councils.