RPC Providers

Infrastructure accessto the ONIchain network.

RPC Providers should feel like the network access layer for apps, wallets, backends and builders — exposing routes, protocols, regional readiness and endpoint confidence in a more premium ONI interface.

Access Layer
Mainnet / Testnet
Protocols
HTTPS · WSS
Routing State
Multi-region Ready
Access Console
Route visibility
Endpoint Throughput
Multi-region Request Flow
Mainnet
18.4M/day
Testnet
2.1M/day
Protocols
HTTPS + WSS
Regions
4 Nodes
Regional Routing
Latency and load
EU West
Live routing
Latency
84ms
US East
Live routing
Latency
96ms
US West
Live routing
Latency
104ms
Asia Edge
Queued region
Latency
121ms
Endpoint Access

Endpoint surfacesshould feel premium, clear and deployable.

This section should read like a real access console for builders — clean endpoint groups, protocol visibility, quick scanning and copy-ready deployment surfaces instead of plain cards with links.

ONIchain Mainnet

Mainnet RPC

Primary access for apps, wallets, explorers and backend services.

Production
Access Signal
Primary deployment path
Chain ID
TBD
Requests
18.4M/day
Regions
EU · US · Edge
Auth
Public access
HTTPS Endpoints
Copy-ready access
HTTPS
https://rpc.onichain.com
HTTPS
https://mainnet-rpc.oni.network
WebSocket
Live connections
WSS
wss://ws.onichain.com
Deployment Readiness
Endpoint groups are structured to feel like production-grade access surfaces for builders, not placeholder text blocks.
Deploy-ready
ONIchain Testnet

Testnet RPC

Testing, staging, integration checks and deployment validation.

Staging
Access Signal
Safe testing route
Chain ID
TBD
Requests
2.1M/day
Regions
EU · Global
Auth
Open testing
HTTPS Endpoints
Copy-ready access
HTTPS
https://testnet-rpc.onichain.com
HTTPS
https://rpc-testnet.oni.network
WebSocket
Live connections
WSS
wss://testnet-ws.onichain.com
Deployment Readiness
Endpoint groups are structured to feel like production-grade access surfaces for builders, not placeholder text blocks.
Deploy-ready
Access Lanes

Routing qualityshould feel structured and measurable.

RPC Providers should expose the difference between public access, staging flows and scoped routing so builders understand how the access layer is organized instead of only seeing generic metrics.

Primary
Public Mainnet

Wallets · apps · trading surfaces

Latency
84–112ms
Throughput
18.4M/day
Request pattern
Live traffic profile
Staging
Public Testnet

Testing · staging · deployment checks

Latency
96–126ms
Throughput
2.1M/day
Request pattern
Live traffic profile
Scoped
Private Routing

High-volume services · backend traffic

Latency
Reserved
Throughput
Dedicated
Request pattern
Live traffic profile
Regional Performance
Route telemetry
Avg latency
< 120ms
Failover
Enabled
Active regions
4 Nodes
Sync state
Healthy
Europe West
Live routing
Latency
84ms
Availability
Live
US East
Live routing
Latency
96ms
Availability
Live
US West
Live routing
Latency
104ms
Availability
Live
Asia Edge
Queued region
Latency
121ms
Availability
Queued
Access Confidence
This section is built to show route quality, regional presence and failover confidence so RPC feels like operational access infrastructure instead of a generic stat block.
Access ready
Access Model

More than endpoints.This should feel like a real access layer.

RPC should explain how access is structured for different builders and traffic types — public entry, private routing and failover confidence — instead of showing another flat grid of generic cards.

Route Architecture
Builder-facing
Open routing
Public Access

Clean RPC access for wallets, frontend apps, dashboards and ecosystem entry flows.

Wallet connectivity
Frontend requests
General app traffic
Route pattern
Access signal
Open routing
Scoped lanes
Private Routing

Reserved paths for higher-volume apps, backend services and more controlled infrastructure requirements.

Backend services
Protected routing
Higher-volume workloads
Route pattern
Access signal
Scoped lanes
Redundancy
Failover Logic

Visible fallback behavior and route continuity help RPC feel dependable instead of improvised.

Fallback endpoints
Continuity handling
Resilience visibility
Route pattern
Access signal
Redundancy
Supporting Layers

The access systemshould explain how builders scale.

01
Rate Limits

Prepared for tiered throughput control, cleaner service separation and future usage policy layers.

02
Health Diagnostics

Supports sync lag, degraded state, telemetry visibility and route quality checks across endpoint groups.

03
Docs Integration

Built to align with examples, config snippets, docs references and deployment flows for builders.

04
Operational Clarity

The access layer should help builders understand how to connect, scale and recover, not guess.

Access Readiness
Structured for production-facing growth
Infra-ready

This makes RPC feel like a network access product with real structure behind it, not just a list of endpoints and generic platform claims.

Next Layer

Access should feelstructured, visible and premium.

With RPC access, routing quality and endpoint surfaces properly connected, ONIchain starts to feel like real infrastructure behind a serious ecosystem. Explorer completes that picture next.

Access Signal
Explorer is the next visible layer after routing and status.

ONI

Premium ecosystem infrastructure for trading, launches, modular products and community growth.

Build

DEX Creation

NFT Marketplace

Shops

Templates

Network

Explorer

RPC

Status

Chain Info

Developers

Docs

API

Templates

Learning Center

Community

News

Podcasts

Events

Newsletter

© 2026 ONI. All rights reserved.

Disclaimer

Privacy Policy

Terms

Media Kit

RPC Providers

Infrastructure accessto the ONIchain network.

RPC Providers should feel like the network access layer for apps, wallets, backends and builders — exposing routes, protocols, regional readiness and endpoint confidence in a more premium ONI interface.

Access Layer
Mainnet / Testnet
Protocols
HTTPS · WSS
Routing State
Multi-region Ready
Access Console
Route visibility
Endpoint Throughput
Multi-region Request Flow
Mainnet
18.4M/day
Testnet
2.1M/day
Protocols
HTTPS + WSS
Regions
4 Nodes
Regional Routing
Latency and load
EU West
Live routing
Latency
84ms
US East
Live routing
Latency
96ms
US West
Live routing
Latency
104ms
Asia Edge
Queued region
Latency
121ms
Endpoint Access

Endpoint surfacesshould feel premium, clear and deployable.

This section should read like a real access console for builders — clean endpoint groups, protocol visibility, quick scanning and copy-ready deployment surfaces instead of plain cards with links.

ONIchain Mainnet

Mainnet RPC

Primary access for apps, wallets, explorers and backend services.

Production
Access Signal
Primary deployment path
Chain ID
TBD
Requests
18.4M/day
Regions
EU · US · Edge
Auth
Public access
HTTPS Endpoints
Copy-ready access
HTTPS
https://rpc.onichain.com
HTTPS
https://mainnet-rpc.oni.network
WebSocket
Live connections
WSS
wss://ws.onichain.com
Deployment Readiness
Endpoint groups are structured to feel like production-grade access surfaces for builders, not placeholder text blocks.
Deploy-ready
ONIchain Testnet

Testnet RPC

Testing, staging, integration checks and deployment validation.

Staging
Access Signal
Safe testing route
Chain ID
TBD
Requests
2.1M/day
Regions
EU · Global
Auth
Open testing
HTTPS Endpoints
Copy-ready access
HTTPS
https://testnet-rpc.onichain.com
HTTPS
https://rpc-testnet.oni.network
WebSocket
Live connections
WSS
wss://testnet-ws.onichain.com
Deployment Readiness
Endpoint groups are structured to feel like production-grade access surfaces for builders, not placeholder text blocks.
Deploy-ready
Access Lanes

Routing qualityshould feel structured and measurable.

RPC Providers should expose the difference between public access, staging flows and scoped routing so builders understand how the access layer is organized instead of only seeing generic metrics.

Primary
Public Mainnet

Wallets · apps · trading surfaces

Latency
84–112ms
Throughput
18.4M/day
Request pattern
Live traffic profile
Staging
Public Testnet

Testing · staging · deployment checks

Latency
96–126ms
Throughput
2.1M/day
Request pattern
Live traffic profile
Scoped
Private Routing

High-volume services · backend traffic

Latency
Reserved
Throughput
Dedicated
Request pattern
Live traffic profile
Regional Performance
Route telemetry
Avg latency
< 120ms
Failover
Enabled
Active regions
4 Nodes
Sync state
Healthy
Europe West
Live routing
Latency
84ms
Availability
Live
US East
Live routing
Latency
96ms
Availability
Live
US West
Live routing
Latency
104ms
Availability
Live
Asia Edge
Queued region
Latency
121ms
Availability
Queued
Access Confidence
This section is built to show route quality, regional presence and failover confidence so RPC feels like operational access infrastructure instead of a generic stat block.
Access ready
Access Model

More than endpoints.This should feel like a real access layer.

RPC should explain how access is structured for different builders and traffic types — public entry, private routing and failover confidence — instead of showing another flat grid of generic cards.

Route Architecture
Builder-facing
Open routing
Public Access

Clean RPC access for wallets, frontend apps, dashboards and ecosystem entry flows.

Wallet connectivity
Frontend requests
General app traffic
Route pattern
Access signal
Open routing
Scoped lanes
Private Routing

Reserved paths for higher-volume apps, backend services and more controlled infrastructure requirements.

Backend services
Protected routing
Higher-volume workloads
Route pattern
Access signal
Scoped lanes
Redundancy
Failover Logic

Visible fallback behavior and route continuity help RPC feel dependable instead of improvised.

Fallback endpoints
Continuity handling
Resilience visibility
Route pattern
Access signal
Redundancy
Supporting Layers

The access systemshould explain how builders scale.

01
Rate Limits

Prepared for tiered throughput control, cleaner service separation and future usage policy layers.

02
Health Diagnostics

Supports sync lag, degraded state, telemetry visibility and route quality checks across endpoint groups.

03
Docs Integration

Built to align with examples, config snippets, docs references and deployment flows for builders.

04
Operational Clarity

The access layer should help builders understand how to connect, scale and recover, not guess.

Access Readiness
Structured for production-facing growth
Infra-ready

This makes RPC feel like a network access product with real structure behind it, not just a list of endpoints and generic platform claims.

Next Layer

Access should feelstructured, visible and premium.

With RPC access, routing quality and endpoint surfaces properly connected, ONIchain starts to feel like real infrastructure behind a serious ecosystem. Explorer completes that picture next.

Access Signal
Explorer is the next visible layer after routing and status.

ONI

Premium ecosystem infrastructure for trading, launches, modular products and community growth.

Build

DEX Creation

NFT Marketplace

Shops

Templates

Network

Explorer

RPC

Status

Chain Info

Developers

Docs

API

Templates

Learning Center

Community

News

Podcasts

Events

Newsletter

© 2026 ONI. All rights reserved.

Disclaimer

Privacy Policy

Terms

Media Kit