01 / INFRASTRUCTURE
Connected network
Physical compute machines connect to the SolarCompute platform, report availability and participate in workload execution.
Live / alphaSolarCompute / Development roadmap
From an idea.
To a live network.
Formally established on 10 April 2026, SolarCompute has progressed from an infrastructure concept to a live distributed computing network, with deployed applications and platform-wide alpha testing underway.
10 Apr 2026Company formally established
LiveDistributed compute infrastructure
AlphaDeployed apps and active testing
What we've achieved
The foundation is operational.
What began as a question about connecting renewable energy, machines and real computing demand has become an operating platform. The focus has shifted from proving the basic architecture to testing, improving and scaling it.
02 / WORKLOADS
Working execution
AI, image rendering, training, containers, simulation and CPU workload pathways are being tested and refined across the platform.
Operational / testing03 / APPLICATIONS
Apps deployed
User-facing applications have been deployed for alpha testing, connecting users to the network and its supported workload experiences.
Alpha testing04 / CONTROL
Hardware standards
Machine discovery, approved hardware configurations and workload recipes support controlled routing and execution.
Active refinement05 / PLATFORM
Dashboards and APIs
Administrative controls, workload submission, network reporting and public-facing service interfaces support the live system.
Live / improving06 / ENERGY
Renewable-first design
The network began with machines operating at a residential solar-powered site, with energy measurement and management informing future expansion.
Pilot operationalWhere we are today
Live network.
Alpha-stage platform.
The network is running and applications are deployed. Alpha testing is the deliberate next step: exercising real workflows, finding edge cases and improving reliability before broader commercial scale.
TEST
End-to-end workflows
Validate submission, machine selection, execution, result delivery and user experience across workload types.
REFINE
Reliability and controls
Improve workload compatibility, machine onboarding, monitoring, security and fallback capacity.
PREPARE
Commercial readiness
Strengthen app experiences, host operations, support processes and repeatable performance before wider promotion.
Milestones / Completed and next
A roadmap based on real progress.
These milestones separate operational achievements from work still in testing and longer-term objectives. Statuses describe development maturity, not guaranteed service availability.
01
Concept and architecture
Renewable-powered distributed computing model, network architecture and early platform development.
02
Connected machines and live workloads
Machine connectivity, job execution, workload orchestration and dashboard interfaces brought into operation.
03
Deployed apps and alpha testing
User applications deployed; workload categories and end-to-end experiences being tested across the network.
04
Platform hardening and wider onboarding
Improve resilience, workload routing, capacity fallback, host onboarding, performance and user support.
05
Commercial expansion
Broaden customer adoption, approved host sites and machine capacity as alpha findings and operational readiness permit.
06
Distributed renewable network at scale
Progress toward a geographically broader network that coordinates compute demand with renewable-powered infrastructure.
The next chapter
Established in 2026.
Designed for what comes next.
The priority now is disciplined alpha testing, reliable service delivery and measured growth. SolarCompute's longer-term ambition is a distributed renewable-powered compute network — built through verified capabilities, not projections alone.
Explore the live network, test supported workloads and learn how renewable-powered host infrastructure can participate.