NPDev FinPulse · A little more market clarity.

Public prediction markets

Polymarket odds.
Scored honestly.

Markets discovered from Polymarket's public API, with its own implied probability and, where the public record supports one, an independent estimate from the NVIDIA Kumo Relational model.

Discovery coverage — open: 22135 markets over 8 pages · resolved: 437 markets over 8 pages · 997 cached model estimates. Every number is cached locally; reading this page never calls a provider.

22573 matching markets · newest discovery first within each scope

Will the highest temperature in Moscow be 13°C on October 5?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"59.5%
Polymarket-implied "Yes": 59.5 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No estimate is published for this market: rejected.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will CD Marquense win on 2026-10-11?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"6.0%
Polymarket-implied "Yes": 6.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No estimate is published for this market: rejected.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in Hong Kong be 31°C on November 4?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"0.4%
Polymarket-implied "Yes": 0.4 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in New York City be between 62-63°F on October 21?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"48.0%
Polymarket-implied "Yes": 48.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the lowest temperature in Shanghai be 16°C on October 26?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"22.5%
Polymarket-implied "Yes": 22.5 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will SZA headline Coachella 2027?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"51.0%
Polymarket-implied "Yes": 51.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Cornell President out by October 31?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"7.0%
Polymarket-implied "Yes": 7.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No estimate is published for this market: rejected.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in Hong Kong be 23°C on November 9?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"0.9%
Polymarket-implied "Yes": 0.9 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in Singapore be 29°C on November 5?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"5.0%
Polymarket-implied "Yes": 5.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in Paris be 13°C on November 10?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"33.0%
Polymarket-implied "Yes": 33.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will PP win the most seats in León in the 2026 Spanish general election?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"79.0%
Polymarket-implied "Yes": 79.0 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

Will the highest temperature in New York City be 74°F or higher on October 20?

Uncategorised · Open · 999 USDC tracked volume

Polymarket-implied "Yes"0.2%
Polymarket-implied "Yes": 0.2 percent

Polymarket's own last-traded price for the first outcome, shown as a probability.

NVIDIA Kumo Relational estimateUnavailable
NVIDIA Kumo Relational estimate: unavailable

No cached estimate yet. Estimates are produced in the background and are never generated by a page view.

Two separate numbers: the market's own last-traded price is market-derived evidence; the model estimate is a different, independent method. Neither is a recommendation.

How these numbers are produced

Polymarket publishes a market's own last-traded price, which is its implied probability. That is market-derived evidence: it is the crowd's aggregate view, and it is shown separately from anything else.

The model estimate comes from a supervised relational model asked to predict how the market eventually resolves. It learns only from markets that have already settled, described only by what was observable a fixed horizon before their resolution — pre-resolution price paths, public trade history, and order-book snapshots recorded before the market ended. A market's outcome, final price and final volume are never inputs.

Order books are only published as a live snapshot, so no historical book exists to learn from; the section therefore records durable timestamped snapshots from now on, and reports book features as missing — never as zero — wherever none was recorded before an anchor.

Not investment advice. Prediction markets carry risk of total loss.