Multi-region clusters
01Every validator runs active across three geographies with automated leader election. A regional outage does not interrupt block production or attestation flow.
Validator Infrastructure
Validator infrastructure for 50+ mainnet networks.
We operate institutional validator clusters with hardware-isolated keys, multi-region failover, and a zero slashing record across every protocol we have run. You retain custody. Our operations desk runs the consensus.
Are you a protocol decentralizing your validator set? See the partner page for networks →
99.99%
Uptime SLA
Rolling 365 days
0
Slashing events
Since inception
50+
Mainnets operated
L1 · L2 · AVS
12
Regions
Global footprint
What you get
Validator operations built like a production system.
Hardware, signing, failover, and governance protocols designed for protocols and institutions that treat slashing as an existential risk.
HSM-backed signing
02Signing keys live inside FIPS 140-2 Level 3 hardware security modules. Remote signers gate every signature. Keys never leave the hardware boundary.
Genesis-set continuity
03We stand up validator clusters before mainnet launch and carry the same keys, signers, and operational posture into day one. No migration window. No reset of history.
Slashing protection at the signer
04Double-sign guards, equivocation detectors, and slashing-protection databases enforce safety at the signer layer. A buggy validator client does not turn into a slashing event.
Governance-aligned voting
05Voting policy published in advance. Protocol engineers staff every upgrade window. Deviations from policy require written approval from your team.
Audit-ready telemetry
06Uptime, attestation rates, missed slots, and reward distribution exposed on a public dashboard. Signed CSV exports available for auditors and finance teams.
How it works
Signing path, end to end.
From scoping call to genesis block, the validator lifecycle runs through five hardened stages.
- 01
Scoping and provisioning
We assess the network requirements, model the signing path, and provision bare-metal hardware across three regions before keys go live.
- 02
Signer isolation
Each validator sits behind sentinel nodes with no direct exposure to the public network. Remote signers gate every signing request through an authenticated channel.
- 03
Key ceremony
Signing keys generate inside the HSM and never leave. Slashing-protection databases and double-sign guards initialize before the validator joins the active set.
- 04
Continuous monitoring
The operations desk watches attestation rates, peer counts, signer state, and reorg activity on a 24/7 rotation. Alerts page named engineers, not a queue.
- 05
Incident response and post-mortems
Named protocol engineers run upgrades, contentious forks, and incident response. Sev-1 reports publish within 48 hours with timeline, root cause, and mitigation.
Who we operate for
Validators we run, today.
Three groups depend on this stack. The posture stays the same; the contract terms differ.
L1 and L2 Networks
You need a genesis-set operator that decentralizes your validator set without taking operational risk on your launch. We deploy weeks ahead of mainnet and carry the same posture into general availability.
Foundations and DAOs
You need a node operator whose voting record is documented, whose security posture is audited, and whose post-mortems are public. Governance is a relationship, not a ticket queue.
Institutional stakers
You delegate to a validator your risk team will underwrite. HSM custody, slashing insurance, and audit-ready reporting on every position you hold.
Build vs operate
What changes when you move validator ops to us.
In-house validator operations require engineering headcount, audited HSM integration, and 24/7 coverage on every network you support. The contract version moves that load off your team.
| Metric | In-house operator | InfraSingularity |
|---|---|---|
| Time to mainnet | 8 to 12 weeks of build time | Days, with genesis-set continuity |
| Slashing record | Variable, depends on team experience | Zero across every mainnet operated |
| 24/7 coverage | Hire 4 to 6 SREs per network | Named on-call engineers included |
| Key custody | Build HSM integration in-house | FIPS 140-2 Level 3, third-party audited |
| Multi-region failover | Custom orchestration | Active across three regions per validator |
| Audit reporting | Engineering effort each quarter | Public dashboard plus signed CSV exports |
| Governance handling | Internal policy debates | Documented voting policy, engineers on call |
Service specs
The SLA, in writing.
Every term below appears in the contract, not a marketing page. Per-network deviations are explicit, scoped, and signed.
- FIPS 140-2 Level 3 HSMs across multi-region clusters
- Third-party audited operations and key custody
- Slashing insurance available per protocol
- Named protocol engineers, not a ticket queue
Specs
- Uptime SLA
- 99.99%
- Regions
- 12
- Networks
- 50+
- Key custody
- FIPS 140-2 L3
- Signing
- Remote signer + HSM
- Slashing events
- 0
- Incident response
- < 15 min
- Post-mortem SLA
- 48 hours
Related infrastructure
What runs alongside the validator fleet.
Protocol Validators
Genesis-set and mainnet operations for new networks.
Node-as-a-Service
Full, archive, and trace nodes. One control plane.
RPC Infrastructure
37ms median response from 12 regions.
Dedicated Clusters
Single-tenant infrastructure with custom hardware.
Agentic Infrastructure
Intent-based endpoints for autonomous agents.
Frequently asked
Questions from risk and engineering teams.
Don't see your question? A named engineer replies within one business day.
Validator infrastructure runs the consensus client that signs blocks or attestations on a proof-of-stake network. The operator accepts slashing risk in exchange for staking rewards. InfraSingularity operates validator infrastructure across 50+ mainnet networks with a 99.99% uptime SLA and zero slashing incidents on record.
A node provider runs full nodes that verify the chain and expose RPC endpoints. A validator operator additionally signs blocks or attestations on behalf of a protocol or delegator, and accepts slashing risk for downtime, double-signing, or equivocation. InfraSingularity operates both layers under one operations team.
Signing keys live inside FIPS 140-2 Level 3 hardware security modules across multi-region clusters. Remote signers gate every signing request. Double-sign guards and slashing-protection databases enforce safety at the signer layer rather than at the validator client, so a client bug does not produce a slashing event.
No. We operate validator infrastructure. Delegated stake stays in your custody. Governance authority stays with your team. We sign blocks; you sign votes.
We operate validators across 50+ mainnet networks including Ethereum, Solana, Avalanche, Cosmos Hub, Canton, Celestia, EigenLayer, Symbiotic, Babylon, Aztec, Base, Arbitrum, Optimism, Polygon, Sui, and NEAR. Full network list available on request.
A named engineer schedules the upgrade window with your team, runs the new release through testnet, and coordinates voting policy on any contentious changes. Public post-mortems publish within 48 hours of any sev-1 incident.
Yes. Underwritten slashing coverage applies per protocol, scoped to delegator stake. The claim path is documented in the security brief and reviewed during contract scoping.
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.