Terminal
Infiniti Feed

Hyde-Smith gains ground as Mississippi Senate market reaches 78 percent

Polyguana reports Republican Cindy Hyde-Smith has firmed to 78 percent in the Mississippi Senate market against Scott Colom, up from 69.5 percent in the 8:45 p.m. ET read. Mississippi remains one of the tighter Republican-held Senate seats on the board tonight.

Republican Cindy Hyde-Smith reached 78 percent in the Mississippi Senate market against Scott Colom, according to Polyguana’s Nov 3, 2026 update published at 9:15 PM ET.

Market strengthens for Hyde-Smith

The latest figure compares with 69.5 percent in the 8:45 p.m. ET reading. That puts the increase at 8.5 percentage points between the earlier reading and the published update.

The move strengthens Hyde-Smith’s position in the market, but the supplied report contains no vote totals or election-result declaration. It describes a change in market expectations rather than a confirmed outcome.

Mississippi remains comparatively close

Despite the higher probability for Hyde-Smith, Mississippi remains one of the tighter Republican-held Senate seats on the board tonight, according to Polyguana. The update therefore pairs a stronger Republican market position with continued relative competitiveness.

What it means for prediction markets

  • Direction: Hyde-Smith’s probability rose from 69.5 percent to 78 percent, an 8.5-percentage-point move.
  • Comparison: Polyguana still places Mississippi among tonight’s tighter Republican-held Senate contests.
  • Evidence limits: The supplied update does not identify what drove the move or provide vote-count data to assess it.
SenateInfiniti MarketsInfiniti Signals

Sources & attribution

Published
  1. Source
    Polyguana
    Publisher
    The publisher did not list a web address.
    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 Polyguana”). 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