Urban resilience starts below the surface.
Soilence is a regenerative soil enhancement material made from organic side streams, designed to help urban soils retain water, support plant growth and perform under heat and drought stress.
An organic soil enhancement material designed for climate-stressed cities.
Soilence is a regenerative soil enhancement material made from organic side streams and tailored to site-specific conditions. It is designed to improve water retention, support microbial activity and root development, reduce erosion, improve soil stability and support long-term carbon storage.
A physical product and a measurement layer.
Soilence is the regenerative soil enhancement material. Soilence Score is the emerging measurement layer that validates how it performs over time.
Layer 01 · Product
Soilence. The enhancement material.
A regenerative soil enhancement material made from organic side streams. Designed to improve water retention, support microbial activity and root development, reduce erosion and improve soil stability under heat, drought and stormwater stress.
Layer 02 · Validation
Soilence Score. The measurement layer.
An emerging companion layer that tracks soil moisture, plant health and long-term retention across pilot sites, so future Soilence formulations can be matched to different soil types and climates.
Visit Soilence ScoreA regenerative material, not a generic amendment.
Soilence is a regenerative soil enhancement material made from organic side streams, designed for water retention, microbial support, erosion reduction and soil stability in climate-stressed urban environments. It is paired with Soilence Score, an emerging measurement layer that validates performance over time.
Ordinary topsoil
Generic mix, not formulated for site-specific climate stress.
Compost or biochar alone
Single inputs. Useful, but not a complete soil enhancement material.
Standard substrates
Optimised for production, not for long-term urban resilience.
Soilence
A regenerative soil enhancement material made from organic side streams, paired with an emerging measurement layer.
Soil designed to hold up over time.
Built to support long-term soil function in urban environments under climate stress.
Water retention
Designed to help soils retain more water through heat and drought, supporting vegetation through dry periods.
Microbial & root support
Intended to strengthen soil structure and support microbial activity and root development below ground.
Erosion & stability
Formulated to reduce erosion and improve soil stability in climate-stressed urban environments.
Long-term carbon storage
Built from organic surplus streams, intended to support carbon storage in soil over time.
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.
How a Soilence pilot begins.
A clear path for cities, landscape professionals, contractors and strategic partners exploring a site-specific pilot.
01
Site assessment
We review the site, climate exposure, hydrology and intended planting to understand what the ground needs to do.
02
Formulation & deployment planning
Soilence is composed from natural surplus streams to match site conditions, with deployment scoped alongside the project team.
03
Pilot installation
The resilience layer is installed in coordination with landscape professionals and contractors on site.
04
Measurement & reporting
Soil performance is observed over time through the emerging Soilence Score layer, which tracks soil moisture, plant health and long-term retention so future formulations can be matched to different soil types and climates.
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
A regenerative material for the cities of tomorrow.
Soilence is a regenerative soil enhancement material made from organic side streams, developed for urban environments under heat, drought and stormwater stress. We work with cities, research institutions, landscape professionals and contractors through active pilots in California and Europe.
The company is in an active validation phase. Our work pairs the physical enhancement material with an emerging measurement layer, Soilence Score, so that soil performance can be observed honestly over time and across sites.
Based in Helsinki. Pilot environments across California and Europe. Supported through public innovation funding and international climate venture programs.
Partner on resilient urban soils.
We work with cities, landscape professionals, contractors and strategic partners exploring how Soilence can improve water retention, support plant growth and reduce erosion on their sites.