TOTAL VOLUME:
$134b
24H VOL:
$107,351,958
24H TRANSACTIONS:
2,388,728,490
OPEN INTEREST:
$1,416,970,024
400,720
Markets across
30,097
events
MATCHED EVENTS:
2,633
PLATFORM COVERAGE:
5
Polymarket:
39%
VS.
Kalshi:
61%
Closed: Jun 16, 10:49 AM EST
Kalshi
This event group covers a Counter-Strike: Global Offensive best-of-three match between illwill and ex-RUBY scheduled for June 16, 2026 at 7:00 AM EDT in the CCT Europe Series #4 Group Stage. Markets span match outcome, individual map winners, map round totals, and map handicap betting across Kalshi and Polymarket platforms.
This market refers to the Counter-Strike Round 4 match between illwill and ex-RUBY in the CCT Europe Series #4 Group Stage, initially scheduled for June 16 at 7:00AM ET. This market will resolve to "illwill" if illwill win the match against ex-RUBY. This market will resolve to "ex-RUBY" if ex-RUBY win the match against illwill. If the match is canceled (not played at all), ends in a tie, or is delayed beyond 7 days from the scheduled date without a winner determined, this market will resolve to 50-50. If the match begins but is not completed, and one team wins due to the opponent's forfeiture, disqualification, or walkover, this market will resolve to the team who wins. If the match ends in a forfeit, disqualification, or walkover (team withdraws before the start and the other wins automatically), this market will resolve to 50-50. The resolution source for this market will be official information from https://hltv.org. However, if https://hltv.org has not published final results within 2 hours after the event’s conclusion, a consensus of credible reporting may be used instead including video evidence. In cases where a team’s listed name includes minor discrepancies from the resolution source, this market will resolve based on the underlying real-world match rather than exact name matching. Recognizable abbreviations, alternate or erroneous spellings, sponsor tags, affiliate or academy designations, regional identifiers, and minor formatting differences will be treated as referring to the same team, provided the intended team can be clearly and uniquely identified within the relevant competition. If a listed team name has no reasonable connection to any participating team, or if it matches or could reasonably refer to another team in the same competition such that the intended team cannot be unambiguously determined, this market will resolve 50-50.
This event covers the CCT Europe Series #4 2026 CS2 match between ex-RUBY and illwill scheduled for June 16, 2026 at 7:00 AM EDT. The match outcome determines resolution, with separate markets for each team's victory. Resolution is based on the official match result as determined by the tournament organizers and broadcast.
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. Polymarket and Kalshi serve distinct trader bases with different risk tolerances, liquidity depths, and market structures. Polymarket focuses on binary match outcomes, while Kalshi offers granular prop markets like map-round totals. Differences in order-book depth, fee structures, and user demographics can cause price divergence even when tracking the same underlying event. Additionally, traders may hedge positions across platforms, creating temporary arbitrage windows that reflect platform-specific supply imbalances rather than fundamental disagreement about the match outcome.
Key catalysts include roster announcements or player substitutions from either team, recent tournament results and form trends, and any public statements about preparation or strategy. Map pool selections and bans—typically revealed shortly before the match—can shift odds significantly, as certain teams excel on specific maps. Injury reports, visa delays, or technical issues affecting either squad could also trigger repricing. Live-match developments such as early map results will drive continuous price movement as traders update their win probability assessments in real time.