TOTAL VOLUME:
$154.4b
24H VOL:
$290,393,159
24H TRANSACTIONS:
2,984,640,614
OPEN INTEREST:
$1,944,100,805
420,493
Markets across
40,511
events
MATCHED EVENTS:
4,612
PLATFORM COVERAGE:
5
Polymarket:
37%
VS.
Kalshi:
63%
Closed: Nov 1, 9:57 AM EST
Kalshi
This group forecasts the outcome of a single Allsvenskan soccer match between Malmo FF and Hammarby IF scheduled for November 1, 2026. Markets exist for Malmo FF winning, Hammarby IF winning, and the game ending in a draw.
This event is for the upcoming Allsvenskan game, scheduled for Sunday, November 1, 2026 between Malmo FF and Hammarby IF.
The event resolves based on the official result of the Malmo vs Hammarby Allsvenskan soccer match scheduled for November 1, 2026, after 90 minutes of regular play plus any stoppage time, but not including extra time or penalty kicks. Three distinct outcomes are possible: Malmo win, Hammarby win, or a tie. If the match concludes with a draw at the end of regular time, the 'Tie' market resolves positively. Should the game be cancelled or rescheduled to more than 48 hours beyond the original date, all markets will resolve at a fair price as determined per the platform's guidelines. The event exclusively considers the result from the standard match duration, with no account for post-regulation deciding factors.
Polymarket and Kalshi can show different implied probabilities for the same outcome because of liquidity, fee structure, participant mix, and how each venue defines the contract. Differences in pricing between Polymarket and Kalshi for the Malmo FF vs. Hammarby IF match can arise from several factors. Each platform has its own user base with varying levels of expertise and information, leading to differing opinions on the likely result. Trading volume also plays a role; higher volume on one platform can indicate stronger conviction and potentially influence prices. Furthermore, the specific market structures and fee schedules on Polymarket and Kalshi can create price discrepancies. These factors combine to create potentially different probabilities for the same event across the two venues.