PolyArb

We built the ultimate arbitrage machine. it literally scans every prediction market into one single dashboard: > live tracking for spreads across Polymarket, Kalshi, Drift & 12+ platforms > real-time price feeds from every market > executes both sides in <400ms on Solana > you profit no matter who wins > 24/7 automated scanning > free to use - we only take a cut when you profit while you're reading news and picking sides, this is running in the background. we didn't build a bot. we built infrastructure.

@chlorodiazepam You just explained why single-platform arb doesn’t work. Congratulations. We figured that out a year ago. That’s literally why we built cross-platform execution.

The part that Polymarket’s CLOB allows the opposing shares (YES/NO or UP/DOWN) be equal or less than 1$ at the same time. A $0.25 share in the UP order book is automatically shown as a $0.75 share in the DOWN order book. The sum of UP+ DOWN or YES+NO at any given moment in time regardless of all parameters and factors is $1+Spread. Spread cannot be 0 or negative by its semantics, so there never can be a moment at which anyone can secure both shares with a combined cost of $1 or less. You know this already and yet wrote the post above :))

Buying 99 cent contracts means you need the outcome to go your way every single time. One reversal in the last second wipes your whole day. Our system buys both sides across platforms when the combined price is under $1. Both legs execute atomically via Jito bundles. Both fill or nothing fills We already automated all of this and it’s free to use.

@chlorodiazepam What part?

@usePolyArb You know that’s impossible by design, right? :))

@ores_le Jito bundles group multiple transactions into one atomic execution. Both orders fill or neither does. That’s how we guarantee both sides of a trade execute simultaneously with zero risk of one leg failing. The implementation took months to get right at scale.

@usePolyArb How to we use “Jito bundles” to to execute order for polymarket and kalshi?

@rimtoln That’s the whole thesis. We’re engineers not traders 🪄

@usePolyArb the difference between needing every outcome to go your way and needing no outcome at all is the difference between trading and engineering W @usePolyArb

@adiix_official We’re just getting started 🤝

@usePolyArb Best thing I’ve used in crypto this year. Not even close 🙏🏻 Thanks for your service!

@RetroChainer 😴

@PolyArb_io Making money while sleeping is a different feeling

@recogard Fewer clean entries. The system skips windows where the edge isn’t there. It doesn’t force trades.

@PolyArb_io Curious what happens during low volatility periods. Fewer opportunities or just smaller edges?

@cryptobullying The Chainlink timing was the hardest part of the entire build. Appreciate you understanding that 😉

@PolyArb_io I know exactly how hard the Chainlink timing is to get right. The fact that this runs on every window automatically is impressive. W @PolyArb_io

@Kropanchik That’s why we built it. So nobody has to go through the 10 fixes and still end up with something that breaks.

@PolyArb_io This point makes more sense than the whole article. Ready infrastructure always looks better

@slash1sol 🤝

@PolyArb_io 100%. No Claude prompt beats real infra

@3jack23 It was the hardest part of the entire build. Took longer than the execution engine itself.

@PolyArb_io Curious about your adapter normalization approach. Each venue has wildly different order schemas. Getting them into one internal format cleanly is harder than most people think 🤫

@cryptobullying That’s the difference between engineering and content.​ 😢

@PolyArb_io This is the third Polymarket bot tutorial I’ve seen this month. Still haven’t seen a single follow-up showing results after 30 days 🤣

You’ll follow this tutorial. You’ll get the bot running. You’ll deploy capital. And you’ll join the 92.4% of Polymarket traders who lose money. A script built in 26 minutes will never work long term. Telling people otherwise is irresponsible. We spent 4 months building what actually works. 12 platforms. Atomic execution. 90ms. Save your weekend. Use infrastructure that already works.

@seelffff We watched it happen hundreds of times…

@PolyArb_io someone’s gonna put real money into this tutorial and learn the hard way

@seelffff 🙏🏻

@PolyArb_io Nobody talks about the data layer. Pulling live prices from 12 venues simultaneously and keeping them in sync is harder than the actual trading logic. W

We spent 4 months building an engine arbitraging Polymarket faster than any Claude bot can sign an order.​​​​​​​​​​​​​​​​ When the spread crosses the threshold both sides execute. 90ms. Jito atomic bundles. Both fill or nothing fills. The orderbook view shows live depth across venues. The heatmap shows execution density across every active market in real time. 4 months of engineering. This is what 50,000 lines of code looks like when it’s running. We made it free. Set your parameters and run.

@Kropanchik North of 97% on first attempt. The ones that miss are usually during heavy congestion. They retry automatically within the same block.

@PolyArb_io Curious about the Jito bundle success rate. What percentage of bundles actually land on first attempt?

Claude handled about 90% of the codebase but the last 10% was the hardest part. Edge cases in order signing across 12 different APIs. Race conditions in the WebSocket handlers. Jito bundle timing that needed microsecond precision. Claude could write the logic but we had to test and break it thousands of times in production until it actually held up at scale

@PolyArb_io @PolyArb_io that's wild. curious if you guys ever hit any bugs Claude couldn't handle, or was it smooth sailing the whole time?