Decentralised
RPCs That
Just Work

Powered by the SubQuery Data Node, a faster and more scalable RPC service that will enable the next generation of dApps.
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Web3’s dirty little secret

On our journey building web3’s largest data indexer, we’ve realised that dApps are utterly reliant on high-performance RPC Providers.
Most are still largely centralised and controlled by big institutions, the antithesis of what web3 stands for.
We believe that there is a better way, for decentralisation without compromise.
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Supporting decentralised RPC providers

RPCs are the main interface to the blockchain, the foundation of all web3 infrastructure.
We've already built and deployed these three building blocks in large scale network for our leading data indexer.
PHASE 1

Support RPCs

Completed
Provide the key payment rails, verification of service, and dispute resolution in order to allow anyone to receive rewards for RPC requests served via the network.
Launch a public RPC service on our mainnet with node operators and professional RPC providers.
PHASE 2

Enhance RPCs

Completed
Launch an open source SubQuery Data Node that redefines how RPCs work, optimised for querying rather than validation.
Supercharge dApps and indexing workloads with higher performance.
PHASE 3

Democratise RPCs

In Progress
Solve EIP-4444 and assist networks scale by sharding the state of the SubQuery Data Node.
Make RPCs cheaper to run and operate, while maintaining the entire chain state.
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The SubQuery Data Node

The performance limitations of your data indexer and many other applications have long been limited by slow RPC endpoints.
This is compounded by the rise of L2 chains, where with higher throughput, query performance and cost are major outstanding issues to address
SubQuery will deliver a solution to this with the SubQuery Data Node in 2024. It is a heavily forked RPC node that is perfectly optimised for querying and running in a decentralised environment.

Sharding the Data Node

Web3 is approaching a scalability limitation with node sizes growing exponentially.
In order to improve decentralisation of these nodes, we need to make them smaller and more cost effective to run.
SubQuery will extend its Data Node to support sharding, making each Data Node smaller by splitting up block ranges between node operators.

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dApps

Mobile Apps

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Bringing Web2 performance to Web3

Innovating web3 infrastructure with tools that empower builders to decentralise the next generation of applications - without compromise. SubQuery is leading a revolution to shape the future of web3.

Join us.

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