Where sunlight meets circuitry, and gardens grow in silicon.
Our photonic collectors integrate with living botanical systems, channeling sunlight through organic semiconductor pathways that grow alongside the plants they power. Each installation is a garden and a power station, indistinguishable by design.
capacity: 4.2 kW per canopy unitBelow the surface, mycelial mesh networks carry data between installations. Inspired by the wood-wide-web of forest ecosystems, our root network routes information through biological substrates, self-healing and self-extending with each growing season.
latency: 12ms across 3km meshOur communication protocol encodes data in modulated sunlight pulses. Daylight carries information between solar nodes without additional infrastructure. When the sun sets, stored photons continue the conversation through bioluminescent relay stations grown from engineered algae.
bandwidth: 840 Mbps opticalEvery mosun installation follows the solar calendar. Systems scale with daylight hours, hibernate through winter solstice, and bloom at equinox. We do not fight nature's rhythms — we compute within them. Downtime is not failure; it is the rest between harvests.
uptime follows the sun