Performance-Responsive Metabolic System
Arquitectura
Metabólica
Medible
Framework for the design, measurement, and optimization of high-performance architectural systems. Built on the principle that the validity of a building is measured, not declared.
Explore the FrameworkDefinition
What is PRMS
PRMS — Performance-Responsive Metabolic System — is a conceptual framework that integrates architecture, energy, data, and territorial metabolism into measurable and optimizable systems.
Traditional architecture validates itself through aesthetic judgment or compliance with static standards. PRMS inverts this logic: a building's validity is demonstrated through real-time performance data across four metabolic layers — structural, habitable, climatic, and energetic.
Developed over 20 years of research and implementation, PRMS provides the theoretical and operational basis for buildings that function as living systems, not static objects.
Capabilities
What PRMS does
Models Systems
Provides a formal language to describe and analyze buildings as metabolic systems with measurable inputs, throughputs, and outputs.
Integrates Flows
Unifies energy, water, and material flows within a single operational framework, enabling cross-domain optimization.
Enables Real Measurement
Defines KPIs and instrumentation protocols that make building performance verifiable through continuous IoT data streams.
Optimizes Performance
Establishes feedback loops between measurement, analysis, and intervention — transforming buildings into self-regulating organisms.
Architecture
Four metabolic layers
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Structural Layer
Base module 3.60 × 7.20 × 3.60 m on a 0.60 m reticular grid. Prefabrication as a metabolic consequence, not a production origin. -
Habitable Layer
Space configuration that responds to functional and bioclimatic requirements, derived from the metabolic logic of the building, not imposed upon it. -
Climatic Layer
Passive and active systems for thermal comfort, ventilation, and humidity management — designed as an integrated metabolic subsystem. -
Energetic Layer
Renewable generation, storage, and consumption monitoring through real-time IoT instrumentation. The layer that makes all others measurable.
Taxonomy
Four maturity levels
PRMS defines a sequential taxonomy of architectural maturity — from regulatory compliance to full metabolic regeneration.
Empirical Validation
SmartLiving Milenio III
The primary empirical case of PRMS. A residential prototype in Querétaro, México (BSk climate classification, ~406 m²), operating under continuous IoT instrumentation since 2024.
Composite performance index — Year 1 operational data
International certification with documented resource efficiency metrics
Autónomo — approaching full energetic self-sufficiency
Implementation: PEAR-ROI Studio
PRMS is a theoretical framework. Its application in built projects is carried out through PEAR-ROI Studio Architects — the design and implementation entity that developed the system.