Infiniti Feed

Recession odds edge higher on Kalshi, opening gap with Polymarket

Sikt Intelligence's recession page, read this run in its Nov. 4 update, prices a U.S. recession in 2026 at 6.5% on Kalshi, up 2.5 points over seven days, against 5.5% on…

Kalshi’s implied probability of a U.S. recession in 2026 reached 6.5%, compared with 5.5% on Polymarket, according to the supplied report citing Sikt Intelligence’s recession page.

The report, published Nov. 4, 2026, at 1:54 AM ET, references the page’s Nov. 4 update. Kalshi’s reading was up 2.5 percentage points over seven days.

A rise in pricing, but low absolute odds

The weekly increase puts Kalshi above Polymarket’s reported recession probability. Both readings nevertheless remain low: the move on Kalshi reflects a higher assessed likelihood, not recession becoming the expected outcome.

The supplied material does not include contract definitions, trading volumes or an explanation for the increase. It also provides no seven-day change for Polymarket, limiting comparisons of how sentiment evolved across the two venues.

What it means for prediction markets

  • Direction and level differ: Kalshi’s 2.5-percentage-point weekly rise indicates an upward repricing of recession risk, while its 6.5% probability remains low.
  • The venues show different readings: Kalshi stands above Polymarket’s 5.5%, but the available information does not establish why.
  • Contract details matter: Without resolution criteria or trading-volume data, the reported prices alone cannot establish whether the difference reflects divergent expectations or market-specific factors.
PredictionMarketsKalshiPolymarketInfiniti MarketsInfiniti Signals

Sources & attribution

Published
  1. Source 1
    Kalshikalshi.com
    Source URL
    The feed did not publish this story's article address.
  2. Source 2
    Polymarketpolymarket.com
    Source URL
    The feed did not publish this story's article address.

Full attribution under the Digital Millennium Copyright Act (DMCA), 17 U.S.C. § 512: this article is an original report by Infiniti Intelligence that summarizes the reporting of the publishers named above, links to their original work, and reproduces no protected expression beyond brief factual reference and in-line attribution (“according to Kalshi”). All rights in the underlying reporting remain with the publishers listed; nothing here implies endorsement by or affiliation with them. Rights holders may request correction, update or removal through the contact address published at infiniti.w3ai.io.

Related