AI Signal Dashboard
Last updated: 2 hours ago
Top Undervalued
+3.5¢
19°C(Yes)
+3¢
21°C or higher(No)
+1.5¢
20°C(No)
Highest temperature in Wellington on April 2? AI analysis: • +3.5¢ undervalued • Live Prediction Market fair value & mispricing alerts.
Undervalued Options Insights:
The sum of market prices has normalized to around 100%, removing the previous severe premium. Latest...
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Real-time High Yield Opportunities
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Outcomes
Market
Price
AI Fair
Value
Value
Edge
19°C
YesNo
32.5¢
67.5¢
36¢
64¢
+3.5¢
0¢
21°C or higher
YesNo
11¢
89¢
8¢
92¢
0¢
+3¢
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⚠️ Risk Warning: Live data may lag! Prices can shift instantly due to news or low liquidity. Before trading, use AI Chat for [Live Recalculate], [Check Liquidity], [Trollbox Radar], or review [Fair Value Logic] to verify.
Exotics
For the general public, predicting the exact highest temperature of a specific city (Wellington, NZ) on a random future date is highly unusual. This is a classic long-tail/novelty topic designed specifically for prediction markets.
Movers
March 30, 2026 - March 31, 2026, the price of '19°C' surged from 17.5c to a peak of 41.5c, driven by weather models confirming the passage of warm northerly winds, which increased the probability of higher-than-expected temperatures.
March 30, 2026 - March 31, 2026, '20°C' and '17°C' experienced heavy volatility (swings over 13c) as weather forecasts vacillated between cloud cover timing and wind strength, causing traders to flip between extreme high and conservative estimates.
March 28, 2026 - March 29, 2026, '21°C or higher' rose from 13.5c to 23c due to early extreme warm-front predictions, though it retraced later.
Divergence
There is a notable divergence. Many basic automated weather forecasts (like Google/Apple Weather) show a high of only 16°C to 17°C for April 2. However, the prediction market, incorporating more specialized local meteorological analysis (such as MetService's northerly wind models), is heavily betting on 18°C to 19°C. Traders clearly believe that standard algorithms are underestimating the impact of the incoming warm air mass.