yes CJ McCollum: 1+,yes Atlanta,yes Golden State,yes Utah,yes Houston,yes New York,yes Nickeil Alexander-Walker: 15+,yes Cade Cunningham: 15+,yes RJ Barrett: 15+,yes San Antonio wins by over 6.5 points,no Portland wins by over 17.5 points,yes Miami wins by over 5.5 points,yes Boston wins by over 11.5 points,yes Orlando wins by over 5.5 points

% Consensus YES
Platforms 1
Total Volume $0
Cross-platform spread
Resolves 2026-04-24
Platform Yes No Volume Last seen Link
Kalshi 00:14 UTC View →
Kalshi 12:25 UTC View →
Kalshi 13:00 UTC View →
Kalshi 20:43 UTC View →
Kalshi 16:19 UTC View →
Kalshi 00:14 UTC View →
Kalshi 10:11 UTC View →
Kalshi 22:12 UTC View →
Kalshi 11:05 UTC View →
Kalshi 11:06 UTC View →
Kalshi 11:07 UTC View →
Kalshi 06:29 UTC View →
Kalshi 11:07 UTC View →
Kalshi 06:15 UTC View →
Kalshi 11:09 UTC View →
Kalshi 11:09 UTC View →
Kalshi 20:21 UTC View →
Kalshi 11:06 UTC View →
No history yet — first few snapshots pending.
Probability history, most recent 30 days

What do these odds mean?

Cross-platform data for yes CJ McCollum: 1+,yes Atlanta,yes Golden State,yes Utah,yes Houston,yes New York,yes Nickeil Alexander-Walker: 15+,yes Cade Cunningham: 15+,yes RJ Barrett: 15+,yes San Antonio wins by over 6.5 points,no Portland wins by over 17.5 points,yes Miami wins by over 5.5 points,yes Boston wins by over 11.5 points,yes Orlando wins by over 5.5 points is still being collected.

How to read cross-platform spreads

When two platforms price the same event meaningfully differently, it usually means one of three things: liquidity is thin on one side, fee structures are pushing a spread, or traders on one platform have information the other lacks. Spreads larger than 5 percentage points on events with over $50K in volume often resolve toward the higher-volume platform's price.

About this data

Beeks.ai aggregates prediction market data from Polymarket, Kalshi, and Manifold. Updates run every minute. Consensus probability is a volume-weighted average across all matched markets. Historical snapshots are stored for calibration analysis.

Last updated: 2026-04-11 00:14:39 UTC · Download JSON

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