Dedicated Peers for
Your Hyperliquid Node
Foundation-approved peering for teams running their own non-validating nodes
LUGANODES · HYPERLIQUID PEERING
Provider status
Hyperliquid Foundation approved
Peer endpoint
1 dedicated IP, reserved for your node
Location
Tokyo
Data delivered
Full blocks and mempool transactions
Uptime
99.9%, contractual SLA
Allowlisted node IPs
2 per subscription (upgradeable)
Onboarding
Within 24 hours of receiving your node IP
Hyperliquid Status
Active Validator
LUGANODES · HYPERLIQUID PEERING
Provider status
Hyperliquid Foundation approved
Peer endpoint
1 dedicated IP, reserved for your node
Location
Tokyo
Data delivered
Full blocks and mempool transactions
Uptime
99.9%, contractual SLA
Allowlisted node IPs
2 per subscription (upgradeable)
Onboarding
Within 24 hours of receiving your node IP
Hyperliquid Status
Active Validator
What is Hyperliquid node peering?
Every Hyperliquid non-validating node needs a peer to receive blocks and transactions. Node peering gives that node a dedicated, allowlisted upstream. The result is consistent block delivery, full mempool visibility and a path that holds steady under load.
Who is Hyperliquid peering built for?
Teams that run their own Hyperliquid node and depend on timely data: market makers, trading desks, data providers and indexers. If your systems react to new blocks or pending transactions, a dedicated peer keeps that data flow predictable.
What does Foundation-approved mean?
Luganodes is an approved peering provider under the Hyperliquid Foundation's non-validating node program. Approved providers meet Foundation standards for operating history, 99.9% uptime, non-discriminatory pricing and auto-scaling. Our peer node receives blocks and mempool from the Foundation-run sentry.
Why peer with Luganodes?
Luganodes has operated on Hyperliquid since testnet and runs a high-performing validator on the network today. The team maintaining your peer works on Hyperliquid consensus every day, backed by validator operations across more than 40 proof-of-stake networks and a 99.9% uptime standard.
HOW IT CONNECTS
The Shortest Path to Hyperliquid State.
STEP 1
Hyperliquid Foundation Sentry
Foundation-run ·
Fed directly by the Foundation validator set; relays blocks and mempool to approved peers.
STEP 2
Luganodes peer node
Foundation-approved ·
Reserved slot for your node. Peered within 24 hours of receiving your node IP.
STEP 3
Your node
Non-validating ·
You operate it. Receives full blocks and mempool transactions from us on a fixed, short path.
WHAT YOU GET
Choosing a Hyperliquid peer.
Peering options differ in access terms, service levels and support. Luganodes offers a dedicated, SLA-backed peer.
SECURITY AND COMPLIANCE
Operated under internationally recognised security frameworks.
Data security and privacy aligned with ISO 27001:2022 and SOC 2 Type II.
These are the same controls behind Luganodes' validator operations on more than 40 proof-of-stake networks.

FAQs
No. Luganodes peering has no staking or volume requirement. Luganodes peering is open to any team running its own node, backed by a 99.9% contractual SLA.
No. Peering is for teams that operate their own non-validating node. Luganodes provides the dedicated upstream peer that feeds it. For other Hyperliquid infrastructure needs, contact business@luganodes.com.
Yes. Every subscription includes full blocks and mempool transactions. With split_client_blocks enabled, your node receives pending transactions before they are committed.
Send us your node IP. Once it is allowlisted, add the Luganodes peer IP to root_node_ips in your node's gossip config, set split_client_blocks: true and restart. Our engineers confirm the connection.
The contractual SLA covers the availability of your dedicated Luganodes peer. It does not cover your own node. Peers are monitored, and your team has a direct channel to the engineers who operate them.
You are peered within 24 hours of sending your node IP. Each subscription allows 2 allowlisted node IPs by default, and more can be added. To change an IP, message your engineer channel.