Dedicated Solana RPC nodes

No rate limits, ultra-low latency, and full infra customization for HFT, DeFi, MEV, analytics, and dApps.

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Starting from $2200/mo

Run your own tuned bare-metal Solana node with full SLA-based support and no shared SaaS rate limits.

Add Yellowstone gRPC, Shredstream, Aperture TxStream, Beam, custom indexing, and node-level tuning around the workload you actually operate.

Built for teams that have outgrown shared RPC

HFT desks

Dedicated low-latency infrastructure for market data, strategy execution, and transaction delivery.

MEV searchers

Earlier transaction visibility through Shredstream or Aperture, plus multiple routes for submission.

DEXs & aggregators

Structured real-time account and transaction feeds for pricing, routing, and liquidity state.

Trading bots 

Stable RPC performance, high request volume, fresh data, and faster execution paths.

Blockchain analytics

Custom indexing, Yellowstone gRPC, and isolated resources for sustained ingestion workloads.

High-load dApps

Dedicated capacity when shared rate limits, latency variance, or noisy-neighbor effects reach the user path.

See the Trade Before the Block

More than a private RPC endpoint

Using RPC Fast Solana dedicated nodes improves the entire data-to-execution process: data arrives faster, more processing happens before your strategy reacts, and transactions benefit from robust infrastructure to reach the leader successfully.

Dedicated bare-metal performance

Yellowstone gRPC by default

Jito Shredstream gRPC

Managed tuning & custom tooling

Aperture TxStream

Beam transaction routing

Next-level features of dedicated SOL node

Magenta Labs Solana Cluster Case Study

Blockchain analytics & trading data • Solana • Hybrid OVHcloud architecture

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Before

Two-node setup with limited resilience 

Load balancing existed, but without advanced monitoring or caching.

Infrastructure lacked automation 

Node deployment and lifecycle operations required more manual work.

High Solana resource pressure 

Nodes still failed under Solana v1.18 even with 1 TB RAM configurations.

Cloud economics did not fit the workload 

~80 TB monthly bandwidth per node plus high RAM requirements made hyperscaler infrastructure expensive.

After

Hybrid bare-metal + cloud cluster 

Solana nodes run on OVHcloud bare metal while Kubernetes control, monitoring, and supporting services use public cloud.

Geo-distributed, redundant infrastructure 

Multiple locations, private networking, load balancing, and additional live nodes improve availability.

Automated node lifecycle 

Kubernetes, Helm, and GitHub Actions standardize deployment and infrastructure operations.

Production observability 

Prometheus/VictoriaMetrics, Grafana Loki, and Promtail provide monitoring, alerts, and centralized logs.

Result: a cost-efficient Solana cluster designed for high availability, low latency, automated operations, and blockchain analytics/trading workloads.

How the stack works together on example

Detecting a market-moving transaction and landing a response on time

Market signal

KEY ELEMENTS

Swap

Liquidity

Oracle

Early visibility

KEY ELEMENTS

Aperture TxStream

Jito Shredstream

See it earlier

Dedicated node

KEY ELEMENTS

Isolated RPC

Simulation

Custom indexing

Yellowstone gRPC

KEY ELEMENTS

Live accounts

txs

Strategy engine

KEY ELEMENTS

Price

Risk

PnL

Build tx

KEY ELEMENTS

Blockhash

Fees

Beam delivery

KEY ELEMENTS

Best route incl

SWQoS

Land & measure

KEY ELEMENTS

Latency

Landing rate

Earlier signal

Synchronized state

Isolated performance

Smarter delivery

Measured outcome

What makes our SOL dedicated nodes and clusters the best choice?

Triton One

NOWNodes

Allnodes

Dedicated Solana infrastructure

Bare metal / HA clusters

Bare metal / dedicated clusters

Fully isolated node

Full nodes + Solana bare metal

Real-time gRPC

Yellowstone gRPC

Dragon’s Mouth / Riptide

N/A

gRPC API

Early transaction data

Jito Shredstream + Aperture TxStream

Triton Shred Streaming + Deshred

N/A for Solana

N/A

Transaction delivery

Beam incl. SWQoS routes

Jet + SWQoS + Shield

Standard RPC

Custom indexing / tooling

Custom indexing, plugins, Jupiter, Raydium, Geyser

Dedicated indexes, DAS, history, custom clusters

On request

No shared RPC rate limits

Hardware-bound

Dedicated capacity

Hardware-bound

Full-node plans

Provisioning

24 hours

No fixed public timeframe

15 min+ announced for dedicated deployment

Usually next business day for bare metal

Locations

EU, US, Asia

10+ DCs across Americas, Europe, APAC

Region selected per deployment

Frankfurt, Ashburn, Tokyo

We’ve got your nodes covered

Node maintenance:

Automated updates & hardfork handling
Continuous chain sync
Performance optimization

Customer support:

Full docs + Slack/Telegram support
Account manager & Senior DevOps
24/7 real-time dashboards

Proven builds for high-performance teams

1/1

Copy-trading Bot Case Study

Rust-based Solana copy-trading bot • Target: same-slot or +1-slot execution

Request

Land transactions in the same Solana slot or the following one
Maintain 10+ TPS sustained broadcast without hitting rate limits
Keep end-to-end latency (detect → land) under >300 ms
Run on dedicated, co-located infra with sub-1 ms RPC latency

Solution

Execution accuracy: same slot or +1 slot behind the target wallet
Transaction landing: 200–300 ms average, 15 ms lowest recorded
100,000-call stress test: sub-1 ms RPC responses
Shred-level ingestion via Yellowstone gRPC + Jito shred stream

Mizar Case Study

All-in-one CeFi+DeFi trading platform • Cross-chain • Millions of daily requests

Before

No prod-ready Solana/Base nodes; launch needed in days
Risk of missed events and analytics lag
Limited observability; manual ops across chains
Provisioning delays & hardware lead times

After

2× Base + 1× Solana live in 2–3 days
Yellowstone gRPC + bloXroute/Jito → lower latency
Pre-synced spares → ~15-min node swap/scale
Hybrid bare metal + cloud, Grafana & custom gRPC proxy for observability

Anonymous HFT Trading Firm Case Study

Algorithmic trading team on Solana (real-time DEX data; anonymity required)

Before

Gaps & downtime on in-house/public endpoints
Latency spikes under load
Single-endpoint risk; poor visibility
High request load → higher cost

After

Redundant dual nodes (bare metal) + unified endpoint
Near-100% availability, zero data loss
gRPC streaming + Jito + bloXroute → faster books
Fewer RPC calls → lower cost

Aurora Delta Bot MVP Case Study

Solana copy-trading bot project • Single-chain to start • Hundreds of thousands of daily calls

Before

Ran on a mix of public Solana RPCs and a single in-house node with frequent desyncs
Latency spikes during volatile periods caused missed fills and stale copy signals
No clear visibility into RPC errors vs. strategy issues; debugging slowed delivery
Solo DevOps engineer struggled with upgrades, re-syncs, and hardware issues

After

Moved to a dedicated Solana node tuned for trading workloads and stable low latency
More consistent TX landing times during peak volatility, improving strategy execution
Centralized metrics and logs helped distinguish infra problems from bot logic issues
RPC Fast team handles node maintenance and re-syncs, freeing internal engineer time

Baylight Research Corporate Project Case Study

Token flows and DeFi analytics on Solana • Internal dashboards for a small fund • Mixed live + batch jobs

Before

Pulled data from various public endpoints with different behaviors and limits
Occasional lags in fresh data made “near real-time” dashboards unreliable for PMs
Custom scripts monitored lag, but there was no coordinated incident response
Concern that adding more dashboards would break fragile data pipelines

After

Standardized on a managed Solana node setup from RPC Fast for primary workloads
More stable access to current and recent data improved trust in internal dashboards
Monitoring and basic alerting around node health reduced surprise outages
Fund can gradually expand dashboard coverage without redesigning infrastructure each time

HarborSight Dashboard Project Case Study

Solana on-chain dashboards • Validator and DeFi metrics • Mix of live and historical queries

Before

Depended on shared RPCs for both live and historical data; frequent timeouts on heavy queries
Indexing jobs had to pause when public endpoints rate-limited or lagged behind the tip
No reliable snapshot process; any corruption meant multi-day re-sync from scratch
Analysts had to throttle dashboards to avoid overloading infra

After

Switched to dedicated Solana full nodes operated by RPC Fast
Verified snapshots and monitoring reduced re-sync windows from days to hours
Dashboards now run heavier queries without constant query retries and timeouts
Team can iterate on new metrics without worrying about overloading shared infra

HelioFlux Labs MVP Case Study

Private MEV/searcher desk • Solana + Ethereum + Base • Sub-250 ms p95 target

Before

In-house and public endpoints regularly dropped mempool/events under peak load
Single-region infra created latency gaps vs. competitors on Solana and Ethereum
Ad-hoc logging; no clear view into missed bundles or node health
Frequent tuning and firefighting by traders instead of a dedicated infra team

After

Dedicated, low-latency Solana HFT node plus tuned Ethereum/Base endpoints
Multi-region setup (US/EU) with direct node access reduced tail latency by up to 5×
gRPC/WebSocket streaming for real-time order flow with near-zero missed events
RPC Fast team manages optimization, upgrades, and incident response as a service

Pricing is as easy as what SaaS does

Fixed monthly price — no hidden fees
Free setup
Maintenance included
No rate limits

Light

$ 2200/mo*

*the price depends on the required geo-location.

Docs

Server RAM: 512GB

Default Solana RPC methods except heavy ones

Yellowstone gRPC

ShredStream gRPC

Aperture gRPC (decoded shreds)

SWQoS via partners (Beam) or SOL Trading API by bloXroute

Medium

$ 2700/mo*

*the price depends on the required geo-location.

Docs

Server RAM: 1152GB

Default Solana RPC methods + several heavy ones

Yellowstone gRPC

ShredStream gRPC

Aperture gRPC (decoded shreds)

SWQoS via partners (Beam) or SOL Trading API by bloXroute

Pro

$ 3800/mo*

*the price depends on the required geo-location.

Docs

Server RAM: 1.5 — 2.3TB

Full Solana RPC method support

Yellowstone gRPC

ShredStream gRPC

Aperture gRPC (decoded shreds)

SWQoS via partners (Beam) or SOL Trading API by bloXroute

Custom tools on request

Location
EU, US, Asia
Indexing
Custom
Metrics
RPS, latency, gRPC subscriptions, node performance
Tools
ShredStream, Jupiter, Raydium, Geyser, and more

Direct speech from our clients

Evgeny Medvedev

Chief Solutions Architect, Nansen.ai

The team considers all our wishes and is eager to accomplish our additional requests.

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Alex Gluchowski

CEO, Matter Labs

The Dysnix team has a high level of professionalism in managing projects.

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Roman Cherednik

CTO, Financial Services Company

Dysnix has proved itself as a reliable partner over the long run.

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Dmytro Haidashenko

CTO, Shelf.Network

The DevOps engineers' work is organized in such a way that their response takes minimal time.

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Roman Cherednik

CTO, Financial Services Firm

The Dysnix team embarked on this task with commitment and enthusiasm.

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Knuth Rüffer

CEO, Scalors GmbH

Dysnix team has changed a lot of things in the course of the project and it works much better now.

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Serhii Androsiuk

CEO, Hackless

Communications with Dysnix's company specialists are at a high level.

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Yurii Kyparus

Co-Founder & CEO, Wallchain

We were pleased with their professionalism, responsibility, and great communication.

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Start for Free Docs

FAQ: Dedicated Solana RPC nodes

Does Solana provide Mempool access?

There is no such thing as mempool on Solana; the approach is different here due to the nature of the network.

One of the core features of Solana architecture is GulfStream, the mempool-less transaction forwarding protocol. Instead of relying on a central mempool, Gulf Stream disperses transactions directly to validators. These validators cache the transactions and use them to predict which transactions will be included in the next block, allowing them to start processing transactions even before they are confirmed.

How can we speed up the on-chain process on SOL?

Use SOL Trading API by bloXroute as part of our offering!

What is a dedicated node for Solana?

A dedicated Solana RPC node is a server you control entirely, hosting a complete copy of the Solana blockchain ledger. This provides significant advantages over shared nodes:

Unmatched performance: Dedicated resources guarantee the highest throughput and lowest latency for your Solana applications. Unlike shared nodes, you won't experience performance bottlenecks during peak network usage.
Enhanced security & privacy: Full control over the node ensures the highest level of security for your Solana transactions and data. You eliminate the risk of unauthorized access or manipulation present in shared node environments.
Customization: Tailor configurations to perfectly suit your Solana application's requirements. This can include optimizing validator selection, adjusting memory allocation, or implementing custom metrics for deeper network insights.

Want to unlock the full potential of your Solana applications? Contact RPC Fast today to discuss custom dedicated Solana RPC node solutions!

What is Solana Nodes as a Service?

NaaS is a cloud-based service model that allows renting access to pre-configured Solana RPC nodes. This eliminates the need for in-house infrastructure management and technical expertise. It's suitable for:

Individuals or small projects with limited technical expertise or resource needs for exploring Solana development.
Businesses seeking a quick and easy entry point to leverage Solana blockchain technology without managing their own nodes. NaaS providers typically handle node maintenance, software updates, and uptime guarantees.

Considering NaaS for your Solana project? Contact RPC Fast to explore our tailored NaaS solutions!

Does your Dedicated Node on SOL have access to the “processed transactions” just before they’re included in blocks and executed?

Solana does not provide any support for subscribing to unconfirmed (processed) transactions.

Is it possible to use a cloud underlayer setup for SOL?

In the case of Solana, it must be a bare-metal setup only (the cost of the Solana node in the cloud will be too high due to the amount of traffic generated). All servers are ordered from bare metal providers.

How do I understand which server would suit my project's needs in terms of capacity, etc?

You should know which of the following RPC methods/requests would be in use:

getProgramAccounts,

getTokenAccountsByDelegate,

getTokenLargestAccounts,

getTokenAccountsByOwner.

We must use these methods as their operation requires the generation of separate indexes in Solana. The indexes need memory, which leads to changes in the hardware configuration, sometimes resulting in a complete server replacement.

What is the difference between shared and dedicated Solana nodes?

Shared nodes: A cost-effective option for low-resource needs like exploring the Solana network or developing basic applications. However, performance and security might be compromised due to shared resources with other users, potentially leading to slower transaction processing and higher risk of data exposure.
Dedicated nodes: Ideal for businesses and applications requiring high performance, reliability, and customization. They offer superior security and privacy for sensitive Solana transactions and data. Additionally, dedicated nodes allow for in-depth monitoring and fine-tuning to optimize your Solana network interaction.

Ready to experience the difference of dedicated Solana RPC nodes? Contact RPC Fast to learn more!

What is a dedicated Solana network?

A dedicated network, in the context of Solana, refers to a private and permissioned blockchain built on the Solana protocol. It offers several advantages:

Enhanced security & privacy: Restricted access ensures only authorized participants can interact with the network, ideal for handling confidential data or sensitive transactions.
Customizable control: Organizations have complete control over network configurations, governance rules, and validator selection, allowing them to tailor the network to their specific needs.
Dedicated resources: Guaranteed performance and resource availability for specific business needs. Unlike the public Solana mainnet, a dedicated network eliminates competition for resources, ensuring consistent transaction processing speeds.

Interested in building a secure and scalable private Solana network? Contact RPC Fast to discuss your dedicated network options!