Welcome to Nofinity

• David Borwick has 15 years of crypto experience and co-founded Sia (decentralized cloud storage). After burning out from that project, he sought a simpler, more effective application for crypto.
• Glow was inspired by an analysis of what crypto excels at: optimizing incentive systems, similar to Bitcoin's mining hardware improvements, but now applied to the solar industry.

• Glow uses a recursive subsidy model:
  • The protocol pays to build solar farms that would otherwise be unprofitable.
  • In return, Glow receives all the revenue from the electricity sold.
  • This revenue is then reinvested to build even more solar farms.
• The goal is not short-term profit maximization but maximizing new solar capacity per dollar spent – for climate action, electrification, or grid stability.

• Glow owns a dedicated liquidity pool currently worth about 1.47 million USD (at the time of the interview).
• This pool acts as a permanent, non-incentivized market maker on Uniswap:
  • It earns a spread, allowing the protocol's liquidity to grow over time.
  • When the token price falls, it automatically buys tokens, creating a natural price floor. The pool cannot mathematically fall below $0.19.
  • This prevents liquidity crises and death spirals common with other tokens.

1. Buying & Holding:
   • Direct purchase of the GLOW token from the liquidity pool.
   • Or: buying a miner that distributes tokens weekly for 99 weeks. The purchase price (USDC) directly funds new solar farm construction.
2. Delegating:
   • Token holders can delegate their tokens to specific solar farms.
   • This acts as an accountability mechanism: Only competitive farms receive rewards (~50% APY). Underperforming farms lose (a portion of) their delegated tokens.
3. Philanthropy (Control Token):
   • A separate asset that lets you decide where solar farms are built (e.g., in India or a specific US state).
   • Enables targeted support for electrification or grid relief.

• Glow already has over 117 solar farms on its platform (at the time of the interview).
• The team avoids operational complexity: Instead of entering every country themselves, they partner with local solar firms who receive subsidies.
• This keeps the protocol extremely lean and allows for rapid iteration (approx. 1.3 major updates per month since October).

• Double verification by real people:
  1. Before construction: A drone photographer confirms the site has no solar panels.
  2. After completion: A qualified electrical engineer confirms the system is actually generating power.
• Plus: Verification of ownership and power purchase agreements.

• Many believe that traditional companies (solar firms, utilities) won't work with crypto. Glow proves this wrong: As long as the value proposition is clear (e.g., cheaper grid relief), companies are very open to crypto solutions.

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