Digital architectures that demand planetary depletion cannot be redeemed by carbon accounting. We measure computational utility directly against biological recovery rates and physical substrate decay.
Substrate experiments and runtimes
Canopy telemetry nodes
Mesh-networked soil humidity and fungal mycelium impedance sensors deployed across temperate rainforest floors, powered by thermal differentials and ambient RF harvesting.
Degradable substrate carrier
Field trials analyzing non-toxic bio-composite circuit carriers subjected to active microbial decomposition over continuous twelve-month soil burial and exposure cycles.
Solar-synchronous runtime
A low-power microserver architecture executing workloads strictly along diurnal solar generation curves, shedding non-critical compute when local battery storage crosses biological thresholds.
Dispatches from the field
The embodied carbon of silicon
A material accounting of semiconductor fabrication supply chains, analyzing the ecological footprint of cleanroom water consumption against long-term computational yields.
Local power cycles in practice
Operational observations from eighteen months operating an unconditioned autonomous edge node powered entirely by riparian micro-hydro and rooftop photovoltaic cells.
Access complete telemetry logs, hardware schematics, and published research monographs for independent academic study or technical collaboration.