Solar
On-site solar generation can support participating homes and machines.
See how participating homes, hosts and machines contribute energy-aware compute capacity to the SolarCompute network.
SolarCompute is designed to connect distributed computing infrastructure with available capacity across participating homes, hosts and sites.
On-site solar generation can support participating homes and machines.
Stored energy can extend available capacity beyond periods of generation.
Wind generation can provide renewable energy for participating sites and machines.
Wave energy can contribute renewable generation from coastal energy systems.
Available energy supports participating machines as they provide compute capacity to the network.
Homes and other approved sites connect machines to the SolarCompute network.
Approved machines report availability and supported compute capability.
Compatible workloads can be allocated to available network capacity.
As verified telemetry becomes available, contribution reporting can provide a clearer view of how distributed infrastructure supports network activity.
Participation from homes and other approved Host locations connected to the network.
Runtime associated with approved machines and completed workload activity.
Contribution summaries showing how network participation develops across regions.
Verified workload and participation signals measured over time.
SolarCompute will avoid publishing unverified contribution figures. Public reporting should be supported by trusted network telemetry, workload records, machine runtime and Host participation data.
Contribution reporting will expand as verified network data becomes available.