Prediction markets just got Wall Street-grade trading infrastructure.
@Kalshi’s live order book is now streaming on @DoubleZero Edge, a multi-venue, real-time market-data platform.
Institutional-grade market data is now open to anyone, anywhere.
Our engineering team publishes RFCs as the system takes shape.
We don't market ideas, we commit them.
If you want an edge on what @DoubleZero actually is, read the repos. ↓
Introducing DoubleZero Edge.
DoubleZero Edge is a new platform delivering real-time market data to traders and market participants, powered by multicast.
Its first feed: raw Solana shreds directly from leaders, delivered over a high-performance fiber network.
Infrastructure that levels the playing field for validators and matches traditional trading systems is here.
Dive in ↓
Multicast isn’t new.
It’s the backbone of institutional market data distribution in traditional finance, engineered for deterministic delivery, fairness, and scale.
For the first time, that same class of infrastructure is now available to all traders.
A new, faster internet is here.
DoubleZero’s high-performance global network is now live on mainnet-beta powered by 2Z.
Welcome to the world of high-performance networking.
We’re proud to share that @jump_ is an engineering and network contributor to @doublezero : the first decentralized physical infrastructure layer purpose-built for high-performance blockchains and distributed systems, allowing high-throughput fiber access for all builders.
IBRL mode is now live on DoubleZero testnet. This mode de-risks running validators on DZ because fallback to the public internet is now seamless. Your node will now route packets to other DZ-connected users over the dedicated DoubleZero network while using your hosting provider's upstream connectivity to reach non-DZ-connected nodes.
This is an amazing, simple explanation of a very complex topic by @Austin_Federa - my main takeaway is that DoubleZero can solve so many problems that are stopping blockchains from scaling to millions of transactions per second. Multicast FTW