China Open, Qualification: Yufei Ren vs Yexin Ma
3 signals across 1 market · $13,291 tracked · resolves Oct 5, 2026
This China Open qualifying prediction market covers whether Yufei Ren or Yexin Ma advances from their scheduled September 27, 2026 match. PolySpotter has tracked one smart-money signal totaling $1,800, with a proven sharp backing Yexin Ma.
Markets (1)
Top trades across all markets
- Three-wallet flow from profitable traders
Three wallets bought $9,327 of Yufei Ren amid a reported 70x volume spike, including established profitable traders and one wallet adding to a large existing position.
$10,380Score: 5.9 - Proven sharp backs Yexin Ma
A highly profitable bettor with a 93% win rate and $2.69M in profits made a sizable bet on Yexin Ma in a relatively low-volume market.
$1,800Wallet win rate: 93%Score: 5.4 - Experienced trader adding to Yexin Ma
A sharp volume surge coincided with this experienced trader adding to an already sizable Yexin Ma position, though the wallet’s win rate alone does not establish a strong edge.
$1,111Wallet win rate: 69%Score: 4.4
Top wallets in this event
- 0x081e14…f76e$1,800 · 1 market · 1 alert · 93% wins
- 0x441909…fcf4$1,111 · 1 market · 1 alert · 69% wins
FAQs
What are the Yufei Ren vs Yexin Ma odds?
The market tracks the outcome of the China Open qualifying match, with separate outcomes for Ren and Ma advancing. Check the live market for current odds, which can change as trading continues.
What is smart money doing in the Ren vs Ma market?
PolySpotter has recorded one smart-money signal totaling $1,800. The alert reports that a proven sharp backed Yexin Ma.
What does this prediction market resolve on?
It resolves to Yufei Ren if Ren advances against Yexin Ma, or to Yexin Ma if Ma advances. Check the market rules for details about cancellations or other outcomes.
When is the China Open qualifying match scheduled?
The match is scheduled for September 27, 2026 at 11:00 PM ET. The market page lists October 5, 2026 as its resolution date; refer to the market rules for the final resolution conditions.