Single-tenant blockchain infrastructure
Isolated blockchain clusters engineered to your traffic profile. Predictable latency, elastic throughput, multi-region failover, observability, and custom SLAs.
No shared neighbors
Sub-500ms failover
Written into contract
Audited annually
Tenancy model
Dedicated clusters trade burst-from-pool economics for absolute isolation. Compute, memory, network, and storage are allocated to your workload — no shared rate limits, no neighbor-induced tail latency.
Tier 1
Many tenants behind one pool. Per-customer rate limits, shared compute and network.
Picked when
Hobby projects, prototypes, low-traffic dApps.
Tier 2
Reserved capacity on shared infrastructure. Better tail latency than pooled, but neighbors still exist.
Picked when
Growing apps that need predictable capacity without full isolation.
Tier 3
Single-tenant compute, memory, network, and storage. No neighbors. Latency depends only on your traffic.
Picked when
Exchanges, DeFi protocols, MEV, wallets, regulated workloads.
Multi-region topology
Single-region clusters fail under regional outages. We run active-active across at least two regions per workload — automatic failover, client unaware. p99 latency below is measured to the regional edge, not to the origin.
Routing
Anycast routes requests to the closest healthy region. Default for read-heavy workloads.
Routing
Per-method routing — broadcast lands at the lowest-latency mempool, reads at the cheapest region.
Routing
Sub-500ms cutover on regional incidents. No client retry logic required.
Routing
Pin a percentage of traffic to a specific region for canary rollouts or compliance.
What your contract actually guarantees
Most RPC SLAs guarantee 99.9% uptime and stop there. Ours specify p95 and p99 latency per method, sustained and burst RPS, error-rate ceilings, and incident response — with automatic credits when we miss.
| Metric | Description | Standard | Premium | Remedy |
|---|---|---|---|---|
| Uptime | Monthly availability per endpoint | 99.95% | 99.99% | Auto credits, tiered |
| p95 latency | Per-method 95th percentile RTT to regional edge | < 75 ms | < 30 ms | Method-scoped credit |
| p99 latency | Tail latency target — the one that hurts when it slips | < 200 ms | < 80 ms | Method-scoped credit |
| Sustained RPS | Contractual write capacity, never throttled | Custom | Custom + burst | Right-size on request |
| Error rate | 5xx ceiling over rolling window | < 0.5% | < 0.1% | Credit + root-cause |
| Incident response | Time to engineer-on-call acknowledgment | < 15 min | < 5 min | PagerDuty bridge |
| Failover | Active-active regional cutover | < 500 ms | < 200 ms | Transparent to client |
Monthly availability per endpoint
Per-method 95th percentile RTT to regional edge
Tail latency target — the one that hurts when it slips
Contractual write capacity, never throttled
5xx ceiling over rolling window
Time to engineer-on-call acknowledgment
Active-active regional cutover
We measure ourselves against the SLA, log breaches, and credit your account the same billing cycle. No tickets, no negotiation.
Averages hide the requests that matter. SLAs are written against p95 and p99, scoped per method — not a global figure that obscures the slow paths.
We share a redacted sample SLA during scoping. You see the exact wording, remedies, and exclusions before you sign.
What's included
No shared neighbors. Compute, memory, network, and storage allocated to you alone — eliminating noisy-neighbor effects on latency, throughput, and reliability.
Cluster sized to your read/write profile, peak RPS, and method mix. Burst headroom defined in your contract — not throttled mid-incident.
Deploy across two or more regions for geo-redundancy and latency-targeted routing. Automatic failover under 500ms with no client-side retries required.
Uptime, latency, and throughput targets written into your contract. Service credits automatic, not on request. Quarterly reliability reviews with the operations team.
Per-method latency, error rate, and saturation metrics. Live dashboards, anomaly detection, and integration with your existing observability tools (Grafana, Datadog, PagerDuty).
SOC 2 Type II infrastructure, private networking, IP allowlists, mTLS, and key-vaulted credentials. SSO with your identity provider. Audit-ready logs retained per your policy.
How it works
We profile your read/write mix, peak RPS, method usage, and tail-latency targets. Output: a sizing recommendation and a cost model — delivered before contract.
Region selection, replica topology, execution-client mix, indexer modules, networking, and observability. Designed for your latency targets, not for averages.
Cluster provisioned and tested in parallel to your existing setup. Cutover behind your control — incremental traffic shifting or a clean switch on your schedule.
24/7 monitoring, incident response, framework upgrades, and quarterly reliability reviews. SLA credits automatic. Capacity adjusted on request, not by ticket queue.
Use cases
Exchanges
Hot-wallet RPC, withdrawal broadcasting, and deposit indexing on isolated capacity. No competing tenants during volume spikes or market events.
Protocols
Liquidations, oracle updates, and AMM rebalancing on dedicated infrastructure with predictable tail latency — not just median.
Wallets
Backend RPC for wallets serving millions of users. Isolated clusters per region eliminate balance-load failures during traffic surges.
Institutions
Compliance-friendly infrastructure with audit-ready logs, IP allowlists, mTLS, and SSO with your identity provider.
Indexing
Archive clusters with trace, debug, and custom indexer modules for high-throughput on-chain data products.
Gaming
Mint surges, item drops, and tournament traffic absorbed without rate-limiting. Multi-region routing for global player bases.
Bots
Co-located dedicated nodes with private mempool access on supported chains. Single-digit-ms regional latency for latency-bound strategies.
Enterprise
Isolated, audit-friendly infrastructure for treasury operations, on-chain payments, and tokenization platforms inside large enterprises.
FAQs
A single-tenant blockchain infrastructure deployment. Compute, memory, network, and storage are allocated to your workload alone — no shared neighbors, no shared rate limits, and no competition for resources during traffic spikes. The output is a private RPC Endpoint with capacity, latency, and uptime guarantees written into your contract.
infrastructure
Share your traffic profile, latency targets, and chain mix. We send back a sizing recommendation, a sample SLA, and a price — before contract.