Multi-chain control plane
01One dashboard, one API, one billing surface across every network we operate. Add a chain without onboarding a new vendor or rebuilding your data pipeline.
Node as a Service
Managed nodes across 50+ networks. One control plane.
Full, archive, and trace nodes operated by on-call protocol engineers. You consume the endpoints. We carry the pager. One auth surface, one billing model, one SLA framework across every network.
50+
Networks supported
L1 · L2 · DA · AVS
99.99%
Node uptime
Production tier
24/7
Sync monitoring
Per-block telemetry
12
Regions
Active deployments
What you get
Node infrastructure without the on-call rotation.
Every capability below applies across all 50+ supported networks. Add a chain, get the same posture on day one.
Full, archive, and trace
02Standard full nodes for throughput. Archive nodes for historical state. Trace nodes for execution debugging, MEV research, and forensics. Exposed where the protocol supports them.
Dedicated or shared
03Predictable dedicated capacity for production reads. Burstable shared pools for dev environments and load tests. Switch tiers without re-deploying.
Auto-healing sync
04Nodes that lag behind the chain rotate out of the load balancer automatically. Re-sync runs in the background. Your reads never hit a stale node.
Webhooks and subscriptions
05Push-based event delivery on chain events, transactions, and confirmations. WebSocket subscriptions on blocks, logs, and pending transactions.
Compliance-ready logging
06Request logs, sync history, and uptime telemetry retained for the lifetime of the contract. Signed exports available for compliance and finance teams.
How it works
From request to production endpoint.
Five stages from first contact to traffic on production hardware, with named engineers attached at every step.
- 01
Endpoint provisioning
We provision test endpoints within minutes of your first request. Production keys with custom rate limits ship within one business day of contract sign-off.
- 02
Node fleet deployment
Full, archive, or trace nodes deploy on bare-metal hardware across your selected regions. Hardware profile matches your traffic and storage requirements.
- 03
Sync and validation
Each node syncs from genesis or a verified snapshot, then validates head height against peers before joining the load balancer.
- 04
Live monitoring
Head height, peer count, mempool depth, and sync lag reported every second. Nodes that drift outside threshold rotate out automatically.
- 05
Incident response
Named protocol engineers on a 24/7 rotation. Sev-1 incidents page in under 15 minutes. Post-mortems publish within 48 hours.
Who runs on this
Teams operating production node infrastructure.
Application, analytics, and custody workloads share the same node fleet and the same SLA. The contract terms differ; the operational posture does not.
Application teams
Ship across multiple networks without writing the plumbing. Managed nodes plus RPC behind one auth surface, sized to the SLA your users expect.
Indexers and analytics
Archive and trace access to historical state without operating archive hardware in-house. Reorg-aware streams available for production-grade pipelines.
Custodians and exchanges
Compliance-grade reporting, signed logs, and dedicated capacity that survives audit. No throttling during volatility windows or deposit storms.
Deployment tiers
Shared, dedicated, or cluster. Pick once. Switch on contract.
The tier decides tenancy, performance, and pricing. The node software, monitoring, and incident response stay the same.
| Metric | Shared pool | Dedicated | Cluster |
|---|---|---|---|
| Throughput | Burstable, multi-tenant | Reserved RPS, single-tenant queue | Custom hardware, isolated network |
| Tenancy | Multi-tenant | Single-tenant | Single-tenant, private VPC |
| Use case | Dev, staging, low-volume prod | Production traffic at scale | Compliance, custom binaries |
| Pricing model | Per request | Reserved capacity contract | Negotiated cluster contract |
| Custom binaries | No | Limited | Yes |
| Archive + trace | Where available | Yes, per network | Yes, full coverage |
| Provisioning time | Minutes | 48 hours | Hours to days |
Service specs
What ships with every Node-as-a-Service contract.
Standard inclusions on every account, regardless of tier. Custom terms apply to dedicated and cluster deployments.
- JSON-RPC, WebSocket, and protocol-native pub/sub
- Full, archive, and trace where the network supports them
- Auto-healing sync with automatic load-balancer rotation
- Per-request, per-method, per-key metering in real time
Specs
- Networks supported
- 50+
- Node types
- Full · Archive · Trace
- Deployment
- Dedicated · Shared · Cluster
- Sync monitoring
- 24/7, per second
- Uptime SLA
- 99.99%
- Methods
- JSON-RPC + WebSocket + pub/sub
- Auto-healing
- Built in
- Incident response
- < 15 min
Related infrastructure
What pairs with managed nodes.
Validator Infrastructure
HSM-backed validator clusters across 50+ networks.
RPC Infrastructure
37ms median response from 12 regions.
Dedicated Clusters
Single-tenant infrastructure with custom hardware.
Protocol Validators
Genesis-set and mainnet operations for new networks.
Agentic Infrastructure
Intent-based endpoints for autonomous agents.
Frequently asked
Questions from engineering and finance teams.
Don't see your question? A named engineer replies within one business day.
Node as a Service is managed blockchain infrastructure where the provider operates full, archive, and trace nodes on behalf of customers and exposes them through JSON-RPC and WebSocket endpoints. InfraSingularity operates managed nodes across 50+ mainnet networks with 24/7 sync monitoring and a 99.99% uptime SLA.
A full node verifies the chain and serves recent state, typically the last 128 blocks of historical state on Ethereum-class networks. An archive node retains complete historical state from genesis and serves arbitrary historical queries at the cost of significantly higher storage and memory. Trace nodes additionally retain execution traces for debugging and forensics.
50+ mainnet networks including Ethereum, Solana, Avalanche, Canton, Cosmos Hub, Celestia, Base, Arbitrum, Optimism, Polygon, Sui, NEAR, Aztec, Starknet, EigenLayer, Symbiotic, Babylon, Avail, and most major L1, L2, DA, and AVS networks. Full list available on request.
Yes, on dedicated and cluster deployments. We support custom tracers, instrumented clients, and protocol-specific patches. Shared pools run reference client builds only.
Every node reports head height, peer count, and sync state every second. Nodes that lag more than a configured threshold behind the chain rotate out of the load balancer until they catch up. The operations desk receives a page on persistent lag.
Shared capacity routes traffic through multi-tenant pools where throughput is burstable but variable under load. Dedicated capacity reserves throughput per customer, so latency stays stable regardless of other workloads. Cluster deployments add isolated hardware and private networking on top of dedicated capacity.
Test endpoints provision within minutes through the contact form. Production keys with custom rate limits issue within one business day of contract sign-off. Dedicated and cluster deployments stand up within 48 hours.
Put your workload on infrastructure that's built to run it.
One conversation. A named engineer. A reply within one business day. No custody transfer. No lock-in.