AIDS Infection Density — Price Proxy + Cost Model

Price proxy from historical density + configurable peak MC and immunity multiplier

Token Economy

Total $AIDS Spent—

Network Spend—

Patient Zero Spend—

Patient Zero Received—

Burned (30% network)—

To Parents (50% net)—

To Grandparents (20%)—

% of Supply Spent—

Cost to Infect (USD)

Total USD Spent—

Avg per Infection—

Median Hour—

Cheapest Hour—

Most Expensive Hour—

mult × immunity × token price

$AIDS Token Price

1 $AIDS at Peak—

1 $AIDS at End—

1 $AIDS avg (inf-weighted)—

1 $AIDS avg (time-weighted)—

price = market cap ÷ 1B supply

Infections

Total—

Timestamped—

PZ Unmapped—

Infections per Hour + Average Immunity Score

Green bars = infection count per hour (volume/hype). Orange line = average immunity of targets (quality/value).

Market Cap Curve + Average USD Infection Cost

Red line = market cap derived from price proxy (scaled to peak MC input). Cyan line = average USD cost to infect someone that hour (multiplier x avg_immunity x token_price). Higher MC = more expensive infections.

Infection Cost in $AIDS Tokens (per hour avg)

Cost in tokens = multiplier x immunity. This is INDEPENDENT of market cap — purely token-denominated. High-immunity targets are always more expensive in tokens regardless of price.

Token P&L — Who Made Their Money Back?

Spent = mult × sum(target immunity) for each person you infected. Received = 50% from children's infections + 20% from grandchildren's. Ratio is multiplier-independent (mult cancels out).

Total Infected Players49,100

Never Infected Anyone44,733 (91.1%)

Infected ≥1 Person2,757 (5.6%)

Broke Even or Profit121 (4.4% of infectors)

Net Losers2,636 (95.6% of infectors)

Received / Spent ratio distribution (infectors only):

0–10% back2,301 (83.5%)

10–50% back246 (8.9%)

50–100% back89 (3.2%)

100–500% (profit)95 (3.4%)

500%+ (big winner)26 (0.9%)

Median return: 0%. Mean: 23.7%. P90: 32.2%. P95: 86.6%. Max: 4,187%. The game is deeply negative-sum for most players — only tree-builders with deep chains profit.

$AIDS INFECTION COST MODEL