Connected Trees. Informed Decisions.
Connected Trees. Informed Decisions.
Sylcast transforms trees into dynamic data sources for more sustainable and resilient management of urban, agricultural, and forest landscapes
We are developing a platform that turns trees into living sensors.
Our platform is built on three pillars:
Non-intrusive sensors mounted directly on trees, continuously measuring:
micrometric tree circumference variations;
tree movement (lean angle, sway);
ultra-local environmental data (temperature, humidity, pressure, air quality).
Advanced analytical models, based on physics and fed with field data, to interpret trees’ responses to their environment in near real-time.
Benchmarking tools to compare tree performance and resilience based on species, location, and growing conditions.
Sylcast supports field professionals who manage, monitor, or enhance trees daily. Sylcast sensors generate actionable data to inform decisions and enhance the value of green assets.
Tree asset monitoring: continuous monitoring of tree vitality to anticipate intervention needs and improve planning.
Street tree control: detection of stress or imbalance signals to enhance safety and reduce risks.
Monitoring heritage trees: proactive protection of trees with high symbolic or heritage value through tailored tracking.
Optimizing young tree irrigation: adjusting water supply to actual needs, promoting root development and reducing waste.
Assessing construction impact: measuring how worksites affect the vitality of nearby trees.
Urban microclimate analysis: collecting local data on cooling effects and air quality to better capture the ecosystem services provided by trees.
We believe in a future where trees are part of smart environmental monitoring networks. Through data science and innovation, Sylcast enables:
strengthening ecosystem resilience;
optimizing natural resource use;
anticipating the effects of changing environments.
With Sylcast, every tree becomes an ally in sustainable living systems management.