MASLOW / CIRCULAR PROPERTY
Prototype · v0.3
The Maslow 100
How circular is your property?
First measure the property as it is today:
how much it provides, and how much it keeps in circulation after first use.
Then use Maslow’s design logic to reduce demand, close loops and regenerate.
Live result
🎯 MASLOW SCORE
● LOOPING
🏡 Provide65%
How much of recurring basic need is supplied by the property.
♻️ Recirculate60%
How much of what you use stays useful inside the property system.
Primary resources
📊 Where you stand
What escapes the loop
🗑️ Leakage
55%material leakage
Leakage is the share of material outputs that cannot currently be kept useful on the property.
It is derived from Material Recovery, so it does not add another slider.
Examples: unrecyclable packaging, contaminated plastics, broken products with no repair route,
landfill-bound materials, or pollutants that cannot safely return to soil or water.
Game layer
🚀 Your next 10 points
Maslow loop grammar
🔁 Complete the loop
One sequence, without adding another set of score numbers.
☁️ACapture
🛢️BStore
🏠CUse
♻️DRecirculate
🌱ERegenerate
Layer 2 · improvement logic
🧠 Need less before adding more
The score above measures your current state. Improvement strategies come afterwards,
so a property can improve by reducing demand rather than simply buying more infrastructure.
🪶 ReducePassive comfort, efficiency, smarter habits, lower water and energy demand.
🏡 ProvideMeet more of the remaining need on-site: rain, sun, food, biomass.
♻️ RecirculateKeep water, organics and materials useful after first use.
🌿 RegenerateMove beyond sufficiency toward surplus fertility, habitat, biomass and resilience.
Example: if passive solar design lowers a home's energy need from 10 units to 8 while on-site generation stays at 6, its energy provision rises from 60% to 75% — without adding another panel.
Architecture as an enabler
🛡️ Habitat Shield
Resilience remains a separate outcome, but good architecture can directly improve circularity by reducing demand and enabling better flows.
