How It Works

AI-powered probabilistic analysis for optimal ORE mining deployment strategies

The Strategy

ORE mining operates on a simple premise: one of 25 cells "wins" each round, and players who deployed into that cell share the rewards proportionally. Our analyzer fetches live round data, calculates per-cell competition levels, and estimates potential returns based on current deployment patterns.

Expected Value Model

We use a probabilistic model with the following assumptions:

  • Each cell has a uniform 1/25 (4%) chance of winning per round
  • If a cell wins, losers' SOL is redistributed proportionally to winners
  • An admin fee reduces net returns (default 1%)
  • Lower competition = higher potential multiplier for winners

Formula: For each cell i, we estimate:

gross_multiplier = (totalSol - solOnCell[i]) / solOnCell[i]

net_multiplier = gross_multiplier × (1 - adminFeeRate)

score = (1/25) × net_multiplier + motherlodeBonus

Budget Allocation

By default, we split your budget across the top 3 cells:

60%
Top Cell
25%
2nd Best
15%
3rd Best

This diversification balances risk while focusing on high-EV cells.

Important Disclaimer

This is a probabilistic model. Randomness dominates in ORE mining. Even with perfect information, outcomes are uncertain.

This is NOT financial advice. Use this tool at your own risk. Past performance does not guarantee future results.

Data freshness: We fetch live round data, but deployments can change rapidly. Always verify before committing funds.

AI-powered analysis for optimal deployment strategies.