Hyperliquid has grown into a major venue for on-chain perpetual futures, built around two connected layers: HyperCore, which runs the order book and matching engine, and HyperEVM, an EVM-compatible layer where Solidity contracts execute against the same state as live trades. That split means the RPC provider a team picks isn't just about latency — it also decides whether they get clean access to trading data, historical blocks, and real-time streams, or end up combining several providers to cover the full picture. The public Hyperliquid endpoint caps requests at 100 per minute per IP, which works fine for testing but runs out fast once a bot or a dashboard is doing anything at scale. Below are five providers builders are using in 2026 to get around that limit, along with what each one actually supports.
1. NOWNodes
NOWNodes gives developers a way into more than 120 blockchain networks from one account, and Hyperliquid sits alongside chains such as Ethereum, Solana, and Avalanche in its lineup. The HyperLiquid API is reached the same way as every other network on the platform — one dashboard, one key, one bill — which matters most to teams that already touch several chains and don't want a separate vendor relationship for each one. Node infrastructure runs on 2n+1 redundancy with automatic failover and multi-layer load balancing behind it, holding uptime around 99.95%, and every paid plan ships with unlimited RPS instead of a request ceiling that forces an upgrade the moment traffic picks up. A support team monitors node health around the clock and pushes protocol updates within hours of a network change, so an integration doesn't quietly break because a chain shipped an upgrade overnight. Wallets and platforms moving real money — Tangem, Trust Wallet, Exodus, and CoinGate among them — already run on this infrastructure.
Key Features:
- 99.95% uptime backed by 2n+1 node redundancy and automatic failover
- Unlimited RPS on all paid plans, no rate limits
- 120+ blockchain networks reachable through a single API key
- 24/7 monitoring with node updates rolled out within hours of protocol changes
Why Choose NOWNodes
A team already running other chains through NOWNodes can add Hyperliquid to the same account without opening a new vendor relationship, which tends to save both money and the time spent reconciling different SLAs across providers. A free tier is available for testing the endpoint before committing to a paid plan, and the dashboard layout stays the same across every network, so there's no separate learning curve for each new chain added to a project.
Ideal for:
Multi-chain wallets, exchanges, and trading platforms that want Hyperliquid folded into infrastructure they're already running.
2. QuickNode
QuickNode's Hyperliquid support covers both layers of the network, with a JSON-RPC endpoint for HyperEVM plus a separate HyperCore path built for exchange data such as portfolio state, clearinghouse balances, and open orders across batches of users. For workloads that need to react in real time, it also runs a gRPC streaming service on a dedicated port with sub-millisecond latency across market data feeds, including full order book depth, and that stream is compressed to cut bandwidth compared to sending the same data over plain JSON. The catch with the standard EVM endpoint is that it only holds recent state, since older blocks get pruned roughly every twelve hours, so any application needing historical or archival data has to route those specific calls to a separate full-archive endpoint instead.
Key Features:
- gRPC streaming with sub-millisecond latency for live order book data
- Separate endpoints for recent EVM state and full historical archive
- HyperCore queries for portfolio, clearinghouse, and order data across many accounts at once
- Coverage across both HyperEVM and HyperCore from one provider
Why Choose QuickNode
The streaming layer and the batch query methods are aimed at teams running trading systems that need to react to market moves as they happen rather than polling for updates, and the split between recent and archival endpoints keeps regular trading calls fast without giving up access to deep history when a backtest needs it.
Ideal for:
High-frequency trading systems, market-making bots, and applications that need both live streaming data and deep historical queries.
3. Alchemy
Alchemy's Hyperliquid offering is focused on HyperEVM rather than the exchange layer, which fits teams building smart contracts, vaults, or DeFi protocols that interact with Hyperliquid through standard Solidity tooling rather than the trading API directly. The free tier gives a monthly allowance of compute units large enough for a project to build and test against real HyperEVM data before it needs to think about billing, and the same SDKs and developer tools that work across Alchemy's other supported chains carry over here, so a team already using Alchemy elsewhere doesn't need to learn a new interface just for this one network. What it doesn't cover is HyperCore — order book data, positions, and exchange-side queries sit outside its scope, so a project needing both layers will end up pairing Alchemy with something else for the trading side.
Key Features:
- HyperEVM-focused RPC access built on Alchemy's existing multi-chain infrastructure
- Free tier with a large monthly compute unit allowance
- Shared SDKs and tooling across every chain Alchemy supports
- No native HyperCore trading-layer coverage
Why Choose Alchemy
For a team whose product lives entirely on the smart contract side of Hyperliquid, sticking with a provider it already knows from other EVM chains cuts down on the ramp-up time that comes with learning an unfamiliar dashboard or API shape.
Ideal for:
DeFi protocols, vault strategies, and EVM smart contracts built on HyperEVM that don't need direct access to HyperCore trading data.
4. Chainstack
Chainstack runs managed private nodes that cover both HyperEVM and HyperCore, deployed through a self-serve console rather than requiring a team to set up hardware on its own, and that dual coverage is useful for projects that need contract-level data and exchange-level data from the same provider. There's a specific limitation worth knowing about before building around it: a handful of trading actions, placing an order being the main one, still have to go through the official Hyperliquid API directly rather than through Chainstack's endpoints, so a trading bot will likely end up talking to two places even with Chainstack in the stack. Documentation lists exactly which methods are supported on each layer, which saves a round of trial and error figuring out what's actually routed versus what still needs the native API.
Key Features:
- Managed private nodes covering both HyperEVM and HyperCore
- Fast deployment through a console, no manual node setup required
- Documentation listing supported and unsupported methods per layer
- Elastic infrastructure suited to indexers and backfill jobs
Why Choose Chainstack
Teams that want dual-layer access without running their own infrastructure get most of what they need from a single provider, as long as they build around the small set of write operations that still route through Hyperliquid's own API.
Ideal for:
Teams that need managed access to both HyperEVM and HyperCore without maintaining their own node hardware.
5. GetBlock
GetBlock added HyperEVM to its dedicated node lineup, giving teams standard JSON-RPC and WebSocket access to both mainnet and testnet through a single-tenant setup rather than a shared node pool. Because each dedicated node is provisioned for one customer, latency stays more predictable under load than it would on a shared endpoint, which matters for anything tied closely to trading. The onboarding process stays simple — pick Dedicated Nodes, select HyperEVM, and the node deploys without manual configuration — and pricing is set up to be accessible for smaller teams rather than requiring enterprise-scale commitments to get started.
Key Features:
- Dedicated single-tenant HyperEVM nodes for mainnet and testnet
- Standard JSON-RPC and WebSocket API access
- Simple console-based deployment with no manual setup
- Pricing aimed at smaller teams and internal tools
Why Choose GetBlock
The single-tenant model gives more predictable performance than a shared pool without the cost or complexity of running a node from scratch, which suits teams that need dependable HyperEVM access but don't have infrastructure engineers to spare.
Ideal for:
Lean teams and internal tools that need HyperEVM access without a heavy setup process.
What NOWNodes Offers for Hyperliquid
On the NOWNodes dashboard, Hyperliquid currently shows up as a single RPC endpoint on mainnet, reachable at hype.nownodes.io, alongside a live height counter that tracks the block the node is synced to, so a developer can confirm the connection is current before writing a single line of code against it. Direct links to node details and full documentation sit next to that endpoint, and unlike some of the more established chains on the platform, Hyperliquid doesn't yet have separate WSS, Index, or Debug endpoint types listed — for now it's RPC access only. For projects that outgrow the shared endpoint, there's a path to a dedicated node from the same dashboard, which keeps the upgrade inside the same account instead of requiring a new setup elsewhere.
