A digital-twin platform designed to make Biosphere 2's environments, sensor systems, infrastructure conditions, and AI-assisted analysis accessible through one operational interface.
Biosphere 3 brings environmental exploration, sensor information, and operational monitoring into one interface.
10,000+
Sensors represented across Biosphere 2 environments
89M+
Historical sensor readings available to the project
4
Primary biome environments presented in the interface
Overview
Connecting physical and digital environments
Biosphere 2 contains multiple controlled environments and an extensive network of sensors. Biosphere 3 was created as a digital layer that makes information from those systems easier to explore, interpret, and monitor.
The interface brings together biome exploration, sensor information, system-health views, spatial content, and AI-assisted analysis. This reduces the need for users to move between disconnected technical systems.
Core capabilities
One interface for exploration and operations
01
Biome exploration
Dedicated digital views for Biosphere 2 environments, including the rainforest, ocean, desert, and savannah.
02
Sensor monitoring
Sensor information organized by environment, location, measurement type, freshness, and operating condition.
03
System health
Operational conditions presented through service views, status indicators, timelines, and data visualizations.
04
AI-assisted analysis
A context-aware analyst architecture designed to interpret dashboard state and return evidence-grounded insights.
My contribution
Designing the interface layer of the digital twin
01
Interface architecture
Contributed to the structure of the digital-twin interface, connecting biome navigation, monitoring views, and analytical tools.
02
Dashboard development
Helped create dashboard experiences that translate complex environmental and sensor information into readable operational views.
03
Data communication
Focused on presenting large volumes of technical information through clear hierarchy, visualization, and interaction patterns.
