Developer releases OrangeDeck mempool visualizer app
A post on r/Bitcoin announces OrangeDeck, a standalone mempool visualizer app that displays waiting transactions as a tile mosaic and animates confirmed transactions leaving the heap when a block is found. The post states the app is MIT licensed, holds no keys, and can pull data from a user's own node.
Why “Rumor”
- Only community or trader posts: r/Bitcoin
0 independent source groups across 1 posts · evidence score 9/100. How labels work
Market around the story
| Asset | Price at first report | 6h before | 1h before | 1h after | 6h after | 1h move vs normal | 24h volume vs median |
|---|---|---|---|---|---|---|---|
| BTC | $84,533 | 0% | −0.22% | +0.17% | −1.3% | 0.5σ | 0.8× |
Returns are measured from the moment the story first appeared. “vs normal” compares the move with the asset's typical hourly move over the previous 30 days.
What the sources claim
-
OrangeDeck draws the mempool as a tile mosaic where each waiting transaction is a square sized by value moved and coloured by age, fee or type. BTC
“OrangeDeck draws the mempool as a tile mosaic: every waiting transaction is a square, sized by the value it moves and coloured by age, fee or type.”
r/Bitcoin -
When a block is found, confirmed transactions fly out of the heap and into it. BTC
“When a block is found, the confirmed ones fly out of the heap and into it.”
r/Bitcoin -
The app is standalone, requires no browser, and can pull data from the user's own node's mempool instance. BTC
“It's a standalone app, no browser needed, and it can pull its data from your own node's mempool instance.”
r/Bitcoin -
The app holds no keys and cannot sign transactions. BTC
“It holds no keys and can't sign.”
r/Bitcoin -
The app is available on Linux, Windows, Android and F-Droid, is MIT licensed, and requires no account. BTC
“Linux, Windows, Android and F-Droid, MIT licensed, no account.”
r/Bitcoin
Sources
Summary and claims extracted by deepseek/deepseek-flash with prompt analyze-story@3 on 2026-09-29 18:40 UTC. Labels are computed from the sources, not by the model.