Public Network

Watch renewable compute move from posted to results.

SolarCompute is designed to be transparent. This page gives visitors a safe public view of machine availability, workload movement, queue activity, and host payout signals without exposing private user, host, wallet, IP, or security information.

Machines Online

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Connected machines reporting to the public network.

Completed Workloads

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Public workloads completed across the network.

GPU Capacity

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Available GPU resources reported by connected machines.

Running Workloads

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Workloads currently executing across the network.

Workload Flow

Every public job should be visible through its safe lifecycle

The public page should show status movement, not sensitive internals. Visitors see that the network is real and alive without seeing anything private.

01

Posted

A public demo workload has been submitted and accepted by the safe API gateway.

02

Queued

The workload waits for available approved compute capacity.

03

Allocating

The scheduler selects a suitable machine based on workload type and limits.

04

Running / Results

The workload runs and returns a safe public result once complete.

Why We Show This

Transparency protects the mission and explains the model.

SolarCompute is not trying to replace hyperscale data centres or take their largest clients. The public network exists to show a different layer of infrastructure: practical machines, reused hardware, renewable energy-backed capacity, and real workload flow.

By showing basic CPU and GPU machines openly, visitors can understand the network for what it is: a transparent renewable compute system being built from the ground up.

Public transparency rules

  • Show machine class, not private machine identity
  • Show region, not exact address
  • Show workload status, not private user data
  • Show payout rate model, not individual financial accounts
  • Show queue movement, not internal security logic
Try The Network

Run a controlled public workload

Public demo workloads help validate the network while showing visitors how renewable compute infrastructure operates.