Energy → Proof-of-Work → Value One thesis. Two compute economies.

Surplus energy converts into useful compute. Bitcoin mining today, AI compute tomorrow — both running on hardware you own, non-custodially.

See how it works Read the science →
Bitcoin Live AI Roadmap Solar-First

What is Proof-of-Work compute?

Compute that requires real energy to produce real economic value. Two outputs today and tomorrow, one shared energy substrate.

Bitcoin Mining

Non-custodial solo mining on hardware you own. 97% of finder reward to your wallet. Live today.

Whive (CPU bonus)

Runs on idle CPU cycles alongside primary mining. Same hardware, additional yield. Live today.

AI Compute

Local large-language-model inference and community-tuned models on the same Hub. Roadmap — pilot programme open.

Why Melanin?

Non-Custodial

Payouts go directly to your wallet via coinbase. Melanin never holds your funds. Your keys, your coins.

Solar-First

Designed for surplus solar and stranded renewable energy. Convert grid exports into Bitcoin instead of low feed-in tariffs.

Sovereign Infrastructure

Open-source clients, audit-friendly hardware, no platform lock-in. Run a Hub at a clinic, school, co-op, or home.

Two outputs, one energy substrate

The same Hub converts surplus energy into either compute output dynamically — based on price, demand, and configuration.

Solar Energy Surplus / stranded / off-peak
→
Melanin Hub Compute appliance you own
→
Bitcoin Wallet 97% direct payout
Solar Energy Same source
→
Melanin Hub Same appliance
→
AI Inference Roadmap — pilot open

The convergence trend

Energy, mining, and AI compute are converging into one market. Melanin is positioned for all three.

AI is becoming an energy industry. The IEA projects data-centre electricity consumption to roughly double by 2030 as AI workloads scale, with the sector approaching ~945 TWh by 2030. IEA, Energy and AI (2025).
Public Bitcoin miners are pivoting to AI compute. Marathon, Core Scientific, IREN, TeraWulf and others have publicly repositioned mining infrastructure for HPC and AI hosting through 2024–2025. The thesis — that Bitcoin-mining hardware and AI compute share the same energy and cooling substrate — is now reflected in equity markets.
Hyperscalers are now energy companies. Microsoft's Constellation deal to restart Three Mile Island, Stargate's $500B AI-infrastructure announcement, and Meta's nuclear RFP signal that compute scale is now bottlenecked by power — not chips.
Africa is the leverage frontier. ~600M Africans lack reliable grid electricity (IEA 2025) while the continent has among the world's strongest solar resources. Mining-subsidized compute closes the affordability gap for community-scale AI and Bitcoin infrastructure simultaneously.
Bitcoin mining as flexible load. Peer-reviewed work (Carter et al., SSRN 4634256, 2023; Menati et al., arXiv:2411.11119, 2024) shows mining can stabilize grids and absorb renewable curtailment — the same dynamics apply to flexible AI inference.

How to participate

Four ways to run the thesis at your home, institution, or company.

Solar Homeowner

Bundle a Melanin Hub with your solar system. Convert surplus exports to Bitcoin.

For Households →

Data Center

Monetize idle capacity and renewable curtailment. Fleet integration, zero CapEx.

For Data Centers →

Hub Builder

Deploy a Sustainable AI Hub at a clinic, school, or cooperative. Pilot programme open.

Learn the model →

Developer

Build on the open-source toolchain. SDKs, APIs, Stratum V2.

For Developers →
Non-Custodial
97% Yours
Solar-First
Open Source
Global
AI Roadmap