Infrastructure designed for blockchain workloads
Blockchain infrastructure has unique performance requirements. Nuvio designs the infrastructure layer behind these systems, cloud agnostic and driven by workload requirements rather than vendor preference.
What blockchain workloads demand
What we deliver
Managed infrastructure and FinOps
Managed operations
On call rotation, alert triage, client and cluster upgrades, capacity forecasts from actual growth curves.
FinOps
Cost broken down per service and per environment, egress and storage tiers fixed first, commitments bought last.
Platform engineering
Terraform modules, GitOps with ArgoCD, golden pipelines and paved paths so developers ship without opening tickets.
Compute placement
NVMe endurance, memory bandwidth, NUMA pinning and instance families matched to what the workload actually saturates.
Access operations
Joiner and leaver flows, credential rotation, audited break glass paths and quarterly access reviews.
Audit readiness
Network diagrams, access matrices, change history and recovery evidence kept current instead of rebuilt before each audit.
The stack we operate
Blockchain
Infrastructure
Platform engineering
Security
Data
Observability
Cloud and baremetal documentation
Documentation, references and engineering notes behind this practice.
Cloud vs Baremetal for Blockchain
An objective comparison across performance, cost, operations, scalability and risk.
Guide to Multi Region Infrastructure
Routing, data placement, failover and the operating model for infrastructure that spans continents.
Guide to Blockchain Observability
Metrics, logs, traces and alerts that reflect chain behaviour rather than host behaviour.
Cloud and Baremetal Hybrid Architecture
Stateful core on dedicated hardware, elastic workloads in cloud, one control plane across both.
Global API Infrastructure
Edge presence, regional backends and governed access for APIs served worldwide.
Cloud vs Baremetal for Blockchain Workloads
Blockchain nodes are continuous, IO heavy and bandwidth hungry. That profile changes the usual cloud calculus.
Why Blockchain Workloads Need High Performance Storage
State growth, random reads and constant writes. Storage is the component that quietly decides node performance.
Reducing Cloud Costs for Blockchain Workloads
Egress, storage IOPS and always on compute. The three lines that dominate a blockchain cloud bill.