Talk to an engineer
Node & Staking Infrastructure

Dedicated nodes & validator fleets with zero compromise.

High-availability RPC, full and archive clusters paired with institutional validator operations, isolated signing and anti-slashing enforcement.

Talk to an engineer
dApp / Wallet
Sentry & Load Balancer
RPC & Validator Pool
Auto Scaling +4
Consensus Network
Fleet & Signer PostureState: Synced
Anti-Slashing Protection: Active
Block Height
18,392,847
+1 block
Fleet Availability
99.99%
Last 30 days
Query Latency (p99)
18ms
Sub-25ms SLA
Validator Performance
99.8%
Target Exceeded
Slashing Incidents
0
Protected
The Problem

Relying on public RPCs causes throttling and latency spikes during volatility, while unmanaged validator operations risk state desync, missed blocks, and catastrophic slashing from duplicate signers or improper failover.

What We Do
  • Dedicated RPC, full and archive node fleets with zero rate limits
  • Institutional validator operations with anti-slashing guarantees
  • Isolated HSM and remote signer architecture with key ceremony protocols
  • High-throughput NVMe state storage and automated cluster resynchronisation
How It Works
  1. 1ArchitectDesign geo-distributed RPC topology and sentry-shielded validators
  2. 2DeployProvision dedicated node fleets and signer enclaves on Kubernetes
  3. 3ProtectEnforce anti-slashing guards, health checks and automated failover
  4. 4OptimiseRight-size state storage, minimise query latency and monitor telemetry
Outcomes
  • 99.99% RPC availability and 99.8%+ validator effectiveness
  • Sub-25ms query latency with zero third-party RPC throttling
  • Zero slashing incidents with verifiable cryptographic key isolation
ToolingAmazon EKSTerraformPrometheusGrafana

Building tokenised real-world assets? RWA Tokenisation infrastructure

Run dedicated node and validator fleets you control.
Talk to an engineer