Urban resilience starts below the surface.
Building the soil layer of resilient cities. A physical resilience system paired with an emerging measurement layer for soil performance under climate stress.
- Field-tested
- Active pilots · CA · EU
- 100% organic
- Surplus-derived composition
- Multi-year
- Performance horizon
A soil layer designed for cities under climate stress.
Soilence is an organic substrate built from natural surplus materials and tailored to site-specific conditions. It is designed to improve moisture retention, reduce erosion and support long-term soil function, so urban green infrastructure can keep performing as climate pressure intensifies.
A resilience layer and a measurement layer.
Soilence is built as two connected layers. A deployable soil system in the ground, and an emerging measurement layer that observes how it performs over time.
Layer 01 · Physical
Soilence. The resilience layer.
A deployable organic soil system designed to retain moisture, reduce erosion and support long-term soil function in the ground, under real heat, drought and stormwater conditions.
Layer 02 · Performance
Soilence Score. The measurement layer.
An emerging companion layer developed to observe soil performance over time. Moisture stability, structure and long-term function across pilot sites.
Visit Soilence ScoreSoil designed to hold up over time.
Built to support long-term soil function in urban environments under climate stress.
Moisture stability
Designed to hold water through heat and drought, helping vegetation through dry periods.
Soil function
Intended to strengthen structure and support microbial activity below ground.
Long-term carbon
Built from organic surplus streams, intended to support carbon storage in soil.
Circular by design
A regenerative input, not extraction.
Where Soilence belongs in the built environment.
Urban green infrastructure
Substrate for the planting that surrounds modern city life.
Green roofs
Lightweight, organic and water-retentive. Built for rooftop conditions.
Stormwater landscapes
Designed to improve infiltration and reduce runoff in climate-adaptive sites.
Parks & planting
Healthier root environments for trees, shrubs and perennial beds.
Real conditions. Honest learning.
Active pilots with cities, research institutions and landscape professionals across multiple climates.
California heat & drought trials
Active pilots in high-temperature, low-rainfall sites observing soil performance under sustained environmental stress.
Working with cities on resilient ground
Pilot collaborations with municipalities exploring how regenerative soils can support cooler, healthier urban environments.
URA. Resilient urban infrastructure
A long-horizon initiative on the measurement and design of resilient urban infrastructure.
Ecosystem
Selected by leading climate and innovation ecosystems.
Supported through public innovation funding and international climate venture programs.
Ministry of Agriculture & Forestry
Funding support
Business Finland
Innovation funding
SILTA
Startup program
Carbon13
Climate venture program
Partner on resilient soil infrastructure.
We work with cities, landscape professionals, contractors and strategic partners exploring how Soilence can support resilient green infrastructure on their sites.