These ongoing deployments interrogate physical compute interfaces, low-power telemetry, and thermal integration within temperate forest biomes.
Canopy heat exchanger
Intermittent runtimes
Mycorrhizal telemetry
Passive thermal sinking infrastructure engineered for small computational enclosures mounted in sub-canopy environments. Employs convective airflow to dissipate low-wattage server heat directly through moisture gradients without forced mechanical ventilation.
A firmware framework designed for edge computing nodes tied directly to fluctuating micro-solar arrays. Processes computational tasks asynchronously during peak insolation and persists state into non-volatile storage when atmospheric conditions dip.
Sub-surface sensor arrays cast in biodegradable cellulose resin, tracking soil humidity and mycelial network conductance. Transmits micro-burst telemetry across low-frequency radio bands without disrupting surrounding rhizosphere chemistry.
Field deployment records
Hardware specimens and field housing units documented during continuous multi-season exposure across temperate rainforest plots.
Field performance benchmarks
1.8W
peak enclosure power cap
99.4%
state recovery after brownout
14 mo
continuous unattended run
0 g
synthetic polymers in soil
All hardware designs, enclosure CAD files, and raw environmental telemetry logs are shared under open academic licenses with research collaborators and field institutions.