Dedicated NEAR RPC Node Servers

Shared endpoints batch you with other users. When traffic spikes, you compete for CPU, RAM, and disk IOPS. That leads to throttling, higher latency, and inconsistent responses. With Dedicated NEAR RPC Node Servers, your endpoint runs on single-tenant resources. You get predictable throughput, stable reads, and cleaner send reliability. You also control server access, upgrade timing, and how you expose the endpoint. [Image of dedicated vs shared RPC node architecture]

Use a standard Dedicated NEAR RPC Node when your app mainly needs current state. That fits wallets, dApps, bots, and most backend APIs. Choose a NEAR archival node when you must query deep history for analytics, investigations, compliance, or long-range backfills. Archival is the right choice when “recent state” is not enough and you cannot accept missing older receipts or historical data.

We size for your request pattern first, not generic tiers. Tell us what you run: wallet reads, explorer traffic, indexer backfills, or automation bots. Then we map that to dedicated resources. For NEAR RPC, disk speed matters a lot, so we prioritize NVMe for state reads. We scale RAM for cache headroom and concurrency. We scale CPU cores when you need more parallel request handling. If you expect sustained high load, we plan a scale path instead of waiting for incidents.

Traffic spikes usually create two problems: request queuing and state-read pressure. On a dedicated server, you have reserved resources, so you avoid shared contention. If you outgrow the current box, we can upgrade CPU, RAM, and storage tiers, or move you into a NEAR dedicated node cluster design for higher availability and distribution. The goal is to scale without breaking your endpoint strategy.

Unmanaged means we deliver the dedicated infrastructure and you run node operations. You get root access, full control, and you manage installs, upgrades, and monitoring. Managed means we handle core node operations with you. That includes NEARcore setup, service health checks, upgrade assistance, and incident escalation through 24/7 technical support. Managed is built for teams that want reliability without full-time on-call.

Security starts at the network edge. We support firewall controls so you can restrict who can reach your NEAR RPC endpoint. Many teams keep RPC private and allow only backend IPs. We include DDoS protection to reduce downtime risk from volumetric floods. For access control, you can add an allowlist model at the server and network level. If you need stricter patterns, we can align the deployment around your security policy.

Yes, many production teams keep NEAR RPC off the public internet. You can run the node behind private access rules and expose it only to your application servers. This reduces abuse traffic and keeps performance predictable. It also helps when you run multiple services around the node and want to keep internal traffic isolated.

NEARcore upgrades should be planned, not rushed. With managed service, we schedule upgrades, validate service health, and follow a controlled rollout approach. With unmanaged, we can still advise on safe upgrade timing and operational practices. If you need uptime guarantees during upgrades, use a NEAR dedicated node cluster approach so you can upgrade one node while the other continues serving traffic.

Good RPC service depends on visibility. You should track node sync lag, service health, disk pressure, memory usage, and request errors. On RedSwitches infrastructure, you keep full access to the system, which means you can run your preferred monitoring stack. With managed coverage, we help monitor service health and support incident response when issues appear.

Sync time depends on current network conditions, your hardware profile, and whether you run NEAR RPC or a NEAR archival node. A dedicated server helps because you are not sharing disk and CPU during catch-up. We set expectations based on your target height and workload. If you want faster time-to-ready, the best lever is sizing storage and memory correctly from day one so the node does not hit I/O bottlenecks during catch-up.

Yes. Many teams start with NEAR RPC and move to archival when product needs change. The main change is storage design and capacity planning, not your entire stack. We can plan the upgrade path so you do not get stuck with a rebuild when you add historical requirements. If you expect eventual archival needs, we design with that in mind.

Yes. Archival history grows, and storing everything on premium NVMe is expensive. Split storage is a practical approach: keep hot data on faster disks, and push older history to colder storage. This keeps performance where it matters while controlling long-term storage cost for a NEAR archival node. [Image of NEAR archival node split storage architecture]

Yes. If RPC uptime matters, plan for redundancy. A NEAR dedicated node cluster uses multiple dedicated servers, traffic routing, and clean cutover paths. This gives you failover during maintenance, upgrades, or unexpected issues. It also helps you scale read traffic by distributing load instead of overloading a single machine.

We offer both metered and unmetered models. Metered fits predictable usage patterns. Unmetered fits sustained sync, heavy read traffic, and indexer-style workloads that generate consistent throughput. If you serve public NEAR RPC at scale, bandwidth planning matters. We will match the plan to your traffic profile so you do not get surprised later.

RedSwitches supports 20+ payment methods and crypto payments. This helps teams that want fast procurement or flexible billing routes. If you need invoicing and a clean purchasing workflow, we can support team buying flows so you can deploy Dedicated NEAR RPC Node Servers without delays.