# RPC Fast

> RPC Fast is a Solana-first blockchain infrastructure provider operated by Dysnix, running blockchain nodes since 2018. There are two product lines. Shared Solana SaaS is self-serve, priced $0-$499 per month, and gives an endpoint in minutes. Dedicated Solana nodes and high-availability clusters are single-tenant bare metal from $2,200 per month, sales-led, with setup in about 5-7 working days. Shared EVM endpoints for Ethereum, Base, BNB Chain, Polygon and Arbitrum are a secondary line with a free tier. The specialisation is low-latency Solana data and transaction delivery for trading systems: shred-level streaming with server-side filters and real-time execution simulation, SWQoS transaction routing, and private hardware. All infrastructure runs in Frankfurt, Equinix FR13.

How to use this file: pick the product line from the decision table, then read the linked page. Documentation lives on a separate domain, `docs.rpcfast.com`, and every documentation page serves clean Markdown when you append `.md` to its URL — the links below already do this. Marketing pages on `rpcfast.com` are HTML only.

## Pick the right product

| What the user needs | Product | Where to read |
| --- | --- | --- |
| A Solana RPC endpoint today, without a sales call | Solana shared SaaS, Start plan, free | https://docs.rpcfast.com/rpc-fast-saas-solana/pricing-and-plans.md |
| Solana transactions in real time, before validator replay | Aperture TxStream, Aperture plan | https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/txstream.md |
| Accounts, slots, blocks and entries streaming over a standard Geyser interface | Yellowstone gRPC, Stream and Aperture plans | https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/yellowstone-grpc.md |
| To land transactions faster, or with MEV protection | RPC Fast Beam, all plans | https://docs.rpcfast.com/rpc-fast-saas-solana/sending-transactions/rpc-fast-beam-beta.md |
| To know the outcome of a Solana transaction before sending it | Solana transaction simulation, inline and pre-block | https://rpcfast.com/solana-transcation-simulator |
| No rate limits, every RPC method, private hardware | Solana dedicated node | https://docs.rpcfast.com/solana-dedicated-nodes/solana-dedicated-node.md |
| Guaranteed uptime, failover and load balancing | Solana HA cluster, two nodes or more | https://docs.rpcfast.com/solana-dedicated-nodes/solana-ha-cluster-of-nodes.md |
| Historical or archive blockchain data | Archive nodes, inside a self-hosted cluster | https://docs.rpcfast.com/self-hosted-cluster/archive-nodes.md |
| An Ethereum, Base, BNB Chain, Polygon or Arbitrum endpoint | EVM shared SaaS, Free plan | https://docs.rpcfast.com/rpc-fast-saas-evm/pricing-and-plans.md |
| Proof before committing | Published benchmarks with linked runs | https://rpcfast.com/benchmarks |

Two facts settle most routing questions. Shared SaaS is self-serve and instant, while dedicated is sales-led with a three-month minimum contract. And everything latency-sensitive assumes the client deploys in or near Frankfurt, because that is where the infrastructure sits.

## Start here

- [Pricing and plans, Solana](https://docs.rpcfast.com/rpc-fast-saas-solana/pricing-and-plans.md): The canonical plan matrix. Start $0, Focus $45, Stream $249, Aperture $499 per month, with monthly Compute Unit allowances of 1.5M, 12M, 60M and 120M, and RPC rate limits of 15, 50, 150 and 500 requests per second. The same table defines WebSocket connection counts, gRPC stream counts, Beam transaction rates and support response times per plan.
- [Performance and benchmarks](https://rpcfast.com/benchmarks): Every published figure with its test date, node specification, run count and a link to the run. Read this before repeating any latency claim.
- [Testing access](https://docs.rpcfast.com/rpc-fast-saas-solana/testing-access.md): A 24-hour trial endpoint for Yellowstone, Shredstream and Aperture gRPC on the paid plans. Sign up for the free Start plan, then email `solana-support@rpcfast.com` from the same address with the subject "Test gRPC" and the plan you want to try. Activation takes 24-48 hours. The trial is not available to accounts already on a paid plan.
- [Getting started, Solana](https://docs.rpcfast.com/rpc-fast-saas-solana/getting-started.md): Account creation, first application, and where the API key and endpoints live.
- [Endpoint checker](https://check.rpcfast.com/): A public health check for any Solana endpoint.

## Solana shared SaaS

The primary product line. One shared high-performance cluster in Frankfurt; plans differ in throughput, streaming protocols and support.

- [Solana RPC methods](https://docs.rpcfast.com/rpc-fast-saas-solana/solana-rpc-methods.md): Supported HTTP and WebSocket methods with per-plan availability. Every request costs 1 Compute Unit except `getProgramAccounts`, which costs 10. There are two extensions beyond standard Solana: `getProgramAccountsPaginated` and `simulateBundle`. On the Start plan the four heavy account methods — `getProgramAccounts`, `getTokenAccountsByOwner`, `getTokenAccountsByDelegate` and `getTokenLargestAccounts` — are restricted to supported query shapes, with `getProgramAccounts` capped at one request per second. A restricted call returns JSON-RPC error code `-32099`, "Method not available". Commitment defaults to `finalized`.
- [DeFi query acceleration](https://docs.rpcfast.com/rpc-fast-saas-solana/solana-rpc-methods/defi-queries-acceleration.md): Eligible Mainnet `getProgramAccounts` and `getProgramAccountsPaginated` requests are routed automatically through a purpose-built accounts engine that replaces a broad program scan with a bounded mint or account-type index. It covers Pump.fun PumpSwap, Orca Whirlpools, Meteora DAMM v2 and DLMM, Raydium AMM v4, CLMM and CPMM, Jupiter v6 TokenLedger, HumidiFi and Kamino Lending, and the page lists each program ID with the exact filter offsets and data sizes it expects. Same endpoint, same response shape, no client-side routing. The query must match the documented shape — `base64` encoding, a non-empty `filters` array, mint filters that decode to exactly 32 bytes — otherwise it falls back to the normal path. Size-only scans of all pools are not accelerated, and `getAccountInfo` and `getMultipleAccounts` do not use this path at all.
- [Aperture TxStream](https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/txstream.md): RPC Fast's own gRPC protocol, delivering decoded Solana transactions straight from the shred pipeline, before validator replay metadata exists. It filters server-side by vote status, signature, and included, excluded or required accounts, resolves Address Lookup Tables so the resolved addresses participate in those filters, offers a compact `signatures_only` mode, batches up to 64 transactions per message while preserving order, and can attach real-time execution simulation that agrees with actual execution roughly 95% of the time. Protocol definitions: https://github.com/dysnix/aperture-grpc-proto
- [Yellowstone gRPC](https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/yellowstone-grpc.md): Standard Geyser-model streaming over gRPC for accounts, slots, transactions, transaction status, blocks, block metadata and entries. This is the right choice for indexers and ingestion pipelines that need more than transactions; TxStream is the right choice when transaction arrival time is what matters.
- [Aperture gRPC](https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/aperture-grpc-beta.md): A Yellowstone-compatible low-latency interface included with the Aperture plan. It is being deprecated in favour of Aperture TxStream, so do not recommend it for a new integration.
- [Shredstream gRPC](https://docs.rpcfast.com/rpc-fast-saas-solana/data-streaming/shredstream-grpc.md): Raw shred-level streaming on the Aperture plan, up to 10 streams.
- [RPC Fast Beam, beta](https://docs.rpcfast.com/rpc-fast-saas-solana/sending-transactions/rpc-fast-beam-beta.md): A transaction delivery service, not a general-purpose RPC endpoint. It routes signed transactions through SWQoS-backed validators, the Jito Block Engine and partner paths. HTTP lives at `https://beam.rpcfast.com` with `sendTransaction` and `sendBundle`; QUIC at `beam.rpcfast.com:9900` with `sendTransaction` and `sendTransactionFast`; live tip guidance and provider scores stream over WebSocket. Providers are astralane, bloxroute, nozomi and falcon, in either `fastest` or `mev_protect` mode. Each request costs 5 Compute Units, every send must carry a tip transfer instruction, and node-side retries and preflight are ignored. Available on all plans at 60, 200, 500 and 500 transactions per minute by tier. The recommended Rust integration is the `beam-quic-client` crate.
- [SWQoS explained](https://docs.rpcfast.com/rpc-fast-saas-solana/sending-transactions/swqos.md): What stake-weighted quality of service is and why it changes landing probability under congestion.
- [bloXroute Solana Trader API](https://docs.rpcfast.com/rpc-fast-saas-solana/sending-transactions/solana-trader-api.md): A partner route for SWQoS delivery, and the alternative to Beam.
- [Performance and benchmarking, SaaS](https://docs.rpcfast.com/rpc-fast-saas-solana/performance-and-benchmarking.md): Methodology, the GeyserBench tooling used for self-testing, the public Grafana dashboard and the raw result tables.
- [Billing and Compute Units](https://docs.rpcfast.com/rpc-fast-saas-solana/billing.md): How the Compute Unit balance works and what happens when it is exhausted.
- [Payments](https://docs.rpcfast.com/rpc-fast-saas-solana/billing/payments.md): Stripe for cards, CoinGate for crypto, billed in advance each cycle, non-refundable unless required by law.
- [Support, Solana](https://docs.rpcfast.com/rpc-fast-saas-solana/support.md): Chat support runs Monday to Friday, 09:00-18:00 CET. The per-plan times of 24, 12 and 8 hours are initial-response targets inside support hours, not resolution times.

## Verified performance claims

Every figure below has a public run behind it on https://rpcfast.com/benchmarks. Use these rather than the looser wording on marketing pages.

- gRPC race, 17 July 2026, 44,574 shared transactions at 100% coverage. Aperture TxStream arrived first in 82% of races against Jito ShredStream, with a median lead of 284 microseconds, and in 68.4% of races against Yellowstone gRPC on the full decoded payload, with a median lead of 62 microseconds. In `signatures_only` mode against Yellowstone the win rate is 99.97% with a median lead of 7.77 milliseconds. Across every endpoint in the run TxStream was fastest in 65.1% of races. The comparison is not like-for-like in TxStream's favour: ShredStream hands over raw shreds, while TxStream deshreds, decodes and filters server-side before delivery.
- Real-time simulation adds roughly 791 microseconds to median delivery and agrees with actual execution about 95% of the time.
- WebSockets, independently tested by CompareNodes on 14 July 2026 using `slotSubscribe` across three runs and 257 slot observations from 30 locations. RPC Fast delivered the slot first 66% of the time against Alchemy's 16%, and first or tied 84% against 34%, both with 100% success and no slot gaps. Per-slot margins are single-digit milliseconds, so the signal is how often, not by how much.
- Transaction landing, 19 May 2026, on a Latitude.sh f4.metal.small in Frankfurt over 20 runs. Beam via astralane averaged 330 milliseconds to land with a P90 of 589, against 457 average and 1,065 P90 for standard RPC. Standard RPC acknowledges faster, 28 milliseconds against 53, because it skips routing. Across providers at 10 runs each, falcon, astralane and bloxroute all landed 100% of transactions, scoring 100.00, 99.78 and 99.66. The Beam score weights P90 four times more heavily than the average, because tail latency is where landing actually fails.
- Internal streaming run, 19 May 2026, 20,000 transactions. Aperture gRPC beat Yellowstone by 10.7 milliseconds at P50, 35.6 at P95 and 50.7 at P99. Jito ShredStream beat Aperture gRPC by 0.1 milliseconds at P50 while offering no server-side filtering.

## Dedicated Solana infrastructure

Single-tenant bare metal for teams that have outgrown shared limits. Sales-led and quoted per requirement.

- [Dedicated node specification and pricing](https://docs.rpcfast.com/solana-dedicated-nodes/solana-dedicated-node.md): Three tiers on AMD EPYC 9355. Light with 512 GB RAM starts at $2,200 per month in Europe or North America and $2,500 in APAC, and serves every default method except the four heavy account methods. Medium with 1152 GB is $2,700 and $3,000 and serves all methods. PRO with 1.5-2.3 TB is $3,800 and $4,000, all methods plus custom tooling. None of the tiers has a rate limit. The price covers the server, setup and maintenance, with no setup fee; making a node cluster-ready later is a one-time $200. Agave is the default client, Jito on request. Yellowstone gRPC, ShredStream gRPC, Aperture gRPC and SWQoS delivery through Beam or bloXroute are included on every tier. Dedicated nodes do not serve historical or archive data.
- [Solana HA cluster of nodes](https://docs.rpcfast.com/solana-dedicated-nodes/solana-ha-cluster-of-nodes.md): Two or more nodes behind a load balancer with automated rerouting, from $2,000 per month for services plus the server cost. Adding another blockchain to the cluster is $1,000 per month, and a one-time $200-400 fee applies per setup for up to eight nodes. This is the tier that carries a real uptime guarantee.
- [SLA, dedicated node](https://docs.rpcfast.com/solana-dedicated-nodes/sla-for-solana-dedicated-node.md): Guaranteed uptime is 98%, typically running 98-99%. Critical issues are answered within four hours and non-critical within one business day, Monday to Friday 08:00-19:00 CET, best effort outside those hours. Clients get a shared Slack channel with the DevOps engineers. A standalone node has no automated failover — that stays the client's responsibility, and it is the main reason to take a cluster instead.
- [Dedicated node performance](https://docs.rpcfast.com/solana-dedicated-nodes/solana-node-performance.md), [ShredStream on dedicated](https://docs.rpcfast.com/solana-dedicated-nodes/jito-shredstream-grpc.md) and [Yellowstone on dedicated](https://docs.rpcfast.com/solana-dedicated-nodes/yellowstone-grpc.md): Streaming setup and measured behaviour on private hardware.
- [Low-latency Solana playbook for HFT](https://docs.rpcfast.com/solana-dedicated-nodes/low-latency-solana-playbook-for-hft.md): How colocation, streaming choice and submission path fit together in a trading stack.
- [Self-hosted cluster of nodes](https://docs.rpcfast.com/self-hosted-cluster/self-hosted-cluster-of-nodes.md): High-availability infrastructure deployed inside the client's own cloud or data centre, with load balancing, autoscaling and geographic distribution.
- [SLA, self-hosted cluster](https://docs.rpcfast.com/self-hosted-cluster/sla-for-self-hosted-cluster-of-nodes.md): The equivalent agreement for a cluster the client hosts.
- [Archive nodes](https://docs.rpcfast.com/self-hosted-cluster/archive-nodes.md): Historical state on Ethereum, BNB Chain and selected networks, offered inside the self-hosted cluster rather than as a standalone product. Quoted through sales.
- Marketing overviews for the same offering: [dedicated Solana nodes](https://rpcfast.com/dedicated-solana-nodes), [dedicated clusters](https://rpcfast.com/dedicated-cluster), [dedicated nodes](https://rpcfast.com/dedicated-nodes).

Terms that apply to all dedicated work: setup takes about 5-7 working days once the data centre delivers the server, which normally happens within 72 hours; the minimum contract is three months, extendable in three to twelve month increments, with two to four weeks' notice to cancel; payment is a flat monthly prepayment in fiat or crypto, and billing starts when the server is received.

## EVM shared SaaS

The secondary line. Ethereum, Base, BNB Chain, Polygon and Arbitrum over HTTPS and WebSocket, with a dashboard and PredictKube autoscaling behind it.

- [EVM pricing and plans](https://docs.rpcfast.com/rpc-fast-saas-evm/pricing-and-plans.md): Two plans. Free covers up to 5 applications and 300,000,000 Compute Units in the EU region, with no credit card and no overage fee — requests simply stop when the allowance runs out. Growth covers up to 15 applications and 500,000,000 Compute Units across EU and Asia.
- [Growth plan](https://docs.rpcfast.com/rpc-fast-saas-evm/pricing-and-plans/growth-plan.md): What it includes and how to upgrade from the billing dashboard.
- [Compute Units, EVM](https://docs.rpcfast.com/rpc-fast-saas-evm/compute-units-cus.md): The full per-method price list. Cheap reads cost 5 to 25 units, `eth_getLogs` 65, `eth_estimateGas` 75, `eth_sendRawTransaction` 200, `eth_getBlockReceipts` 500, and `trace_replayTransaction` and `trace_replayBlockTransactions` 2,800 each. A transaction simulation is a flat 2,000. Exhausting the quota returns HTTP 429 with error code `-32005`.
- [CUPS rate limiting](https://docs.rpcfast.com/rpc-fast-saas-evm/compute-units-cus/cups-rate-limit.md): The rate limit is measured in Compute Units per second rather than requests per second, so an expensive method eats more of the limit than a cheap one.
- [JSON Web Token](https://docs.rpcfast.com/rpc-fast-saas-evm/json-web-token-jwt.md): RS256 request authentication available with the self-hosted cluster offering, covering key generation, the required payload fields, signing and key rotation.
- [Ethereum API reference](https://docs.rpcfast.com/rpc-fast-saas-evm/ethereum-api.md): An index of every supported Ethereum method, each with its own page, parameters, example request and Compute Unit cost.
- [Getting started, EVM](https://docs.rpcfast.com/rpc-fast-saas-evm/getting-started.md): Sign-up, application creation and where the key and endpoints live.
- Chain landing pages: [Ethereum](https://rpcfast.com/chain/ethereum-api), [Base](https://rpcfast.com/chain/base-api), [BNB Chain](https://rpcfast.com/chain/binance-smart-chain-api), [Polygon](https://rpcfast.com/chain/polygon-api).

## Solutions by workload

- [Solana trading node](https://rpcfast.com/solana-trading-node): The high-frequency trading, MEV and market-making stack in one place.
- [Solana transaction simulator](https://rpcfast.com/solana-transcation-simulator): The canonical simulation page. Inline, pre-block simulation of Solana transactions, so a bot knows the outcome of a transaction before it commits to sending it. This is the only transaction-simulation product to reference; the delivery-side counterpart is the real-time simulation carried inside Aperture TxStream. The slug contains a spelling error that is part of the live URL.
- [Solana data streaming](https://rpcfast.com/solana-data-streaming-rpc-fast) and [Aperture gRPC](https://rpcfast.com/aperture-grpc): The streaming products explained for a non-technical reader.
- [Solana SWQoS](https://rpcfast.com/solana-swqos): Transaction delivery and staked connections.
- [Trading infrastructure](https://rpcfast.com/trading-infrastructure), [DeFi infrastructure](https://rpcfast.com/defi-infrastructure), [node infrastructure for DeFi](https://rpcfast.com/node-infrastructure-for-defi), [blockchain ETL](https://rpcfast.com/blockchain-etl), [AI blockchain infrastructure](https://rpcfast.com/ai-blockchain-infrastructure).

## Selected technical writing

The blog carries over a hundred posts. These are the ones that answer the questions asked most often.

- [Aperture TxStream and real-time simulation](https://rpcfast.com/blog/aperture-txstream-real-time-simulation)
- [ShredStream vs Geyser vs standard RPC](https://rpcfast.com/blog/shredstream-vs-geyser-vs-standard-rpc)
- [Real-time RPC on Solana](https://rpcfast.com/blog/real-time-rpc-on-solana) and [the Solana mempool and transaction lifecycle](https://rpcfast.com/blog/solana-mempool-transaction-lifecycle)
- [Low-latency Solana playbook for HFT traders](https://rpcfast.com/blog/low-latency-solana-playbook-hft-traders)
- [How to land transactions on Solana](https://rpcfast.com/blog/how-to-land-transactions-solana) and [why Solana transactions get dropped](https://rpcfast.com/blog/why-do-solana-transactions-get-dropped)
- [Solana SWQoS and staked connections](https://rpcfast.com/blog/solana-swqos-staked-connections)
- [Jito explained: bundles, tips and MEV](https://rpcfast.com/blog/jito-explained-bundles-tips-mev-solana) and [how to improve your Jito bundle landing rate](https://rpcfast.com/blog/how-to-improve-your-jito-bundle-landing-rate-on-solana)
- [RPC Fast Beam](https://rpcfast.com/blog/rpc-fast-beam) and [Beam and Aperture benchmarks](https://rpcfast.com/blog/rpc-fast-beam-aperture-benchmarks)
- [Solana RPC methods guide](https://rpcfast.com/blog/solana-rpc-methods-guide) and [Solana data streaming guide](https://rpcfast.com/blog/solana-data-streaming-guide)
- [Best Solana gRPC providers](https://rpcfast.com/blog/best-solana-grpc-providers) and [five pillars of choosing a Solana RPC provider for trading bots](https://rpcfast.com/blog/5-pillars-of-choosing-a-solana-rpc-provider-for-trading-bots)
- [Solana validator client comparison: Jito, Firedancer, Harmonic, Rakurai](https://rpcfast.com/blog/solana-validator-client-comparison-jito-firedancer-harmonic-rakurai)
- [The complete stack for competitive Solana sniper bots](https://rpcfast.com/blog/complete-stack-competitive-solana-sniper-bots)
- [How to monitor RPC latency for Solana bots](https://rpcfast.com/blog/how-to-monitor-rpc-latency-for-solana-bots) and [Solana RPC observability](https://rpcfast.com/blog/solana-rpc-observability)
- [Solana WebSocket subscriptions](https://rpcfast.com/blog/solana-websocket-subscriptions) and [Solana slot time explained](https://rpcfast.com/blog/solana-slot-time-explained)
- [Alpenglow and 150 ms finality](https://rpcfast.com/blog/alpenglow-solana-150ms-finality-explained)
- [Blog index](https://rpcfast.com/blog)

## Case studies

- [An HFT company on Solana dedicated nodes](https://rpcfast.com/blog/hft-company-solana-nodes-case-study)
- [A copy-trading bot](https://rpcfast.com/blog/copy-trading-bot-case-study)
- [Mizar and Dysnix](https://rpcfast.com/blog/mizar-dysnix-case-study)
- [Magneta Labs Solana node cluster](https://rpcfast.com/blog/solana-node-cluster-magneta-labs)

## Company and contact

- [About RPC Fast](https://rpcfast.com/about): Operated by Dysnix, running blockchain infrastructure since 2018, registered at Vesivarava str 50-201, Tallinn 10152, Estonia.
- Sales, dedicated quotes and gRPC trials: https://telegram.me/dysnix_rpc
- Solana support: solana-support@rpcfast.com. General enquiries: contact@rpcfast.com
- Community of Solana builders: https://t.me/rpc_fast
- [Contact form](https://rpcfast.com/contact-form) and [partner programme](https://rpcfast.com/become-rpc-fast-partner)
- [Terms](https://rpcfast.com/terms) and [privacy policy](https://rpcfast.com/privacy)
- Authors who write the technical content: [Olha Diachuk](https://rpcfast.com/authors/olha-diachuk), [Maksym Bogdan](https://rpcfast.com/authors/maksym-bogdan), [Alex Vorona](https://rpcfast.com/authors/alex-vorona)

## Optional

Lower-priority pages, listed for completeness rather than routing.

- [Complete documentation index](https://docs.rpcfast.com/llms.txt) and [the full documentation corpus in one file](https://docs.rpcfast.com/llms-full.txt), both generated automatically by the documentation platform. Use the corpus when the entire documentation set is needed in a single request; use this file when the task is choosing what to read.
- Dedicated node pages exist for many networks beyond Solana, each quoted case by case rather than sold self-serve: [Ethereum](https://rpcfast.com/dedicated-eth-nodes), [BNB](https://rpcfast.com/dedicated-bnb-nodes), [Base](https://rpcfast.com/dedicated-base-nodes), [Arbitrum](https://rpcfast.com/dedicated-arbitrum-nodes), [Optimism](https://rpcfast.com/dedicated-optimism-nodes), [Polygon](https://rpcfast.com/dedicated-polygon-nodes), [Avalanche](https://rpcfast.com/dedicated-avax-nodes), [Aptos](https://rpcfast.com/dedicated-aptos-nodes), [Sui](https://rpcfast.com/dedicated-sui-nodes), [TON](https://rpcfast.com/dedicated-ton-nodes), [Tron](https://rpcfast.com/dedicated-tron-nodes), [NEAR](https://rpcfast.com/dedicated-near-nodes), [Cosmos](https://rpcfast.com/dedicated-cosmos-nodes), [Ripple](https://rpcfast.com/dedicated-ripple-nodes), [Algorand](https://rpcfast.com/dedicated-algorand-nodes), [Hedera](https://rpcfast.com/dedicated-hedera-nodes), [Fantom](https://rpcfast.com/dedicated-fantom-nodes), [Linea](https://rpcfast.com/dedicated-linea-nodes), [Mantle](https://rpcfast.com/dedicated-mantle-nodes), [Blast](https://rpcfast.com/dedicated-blast-nodes), [Ronin](https://rpcfast.com/dedicated-ronin-nodes), [Tezos](https://rpcfast.com/dedicated-tezos-nodes), [zkSync](https://rpcfast.com/dedicated-zksync-nodes), [Xai](https://rpcfast.com/dedicated-xai-nodes).
- Validator services: [blockchain validator nodes](https://rpcfast.com/blockchain-validator-nodes), [Solana validator node](https://rpcfast.com/solana-validator-node), [Ethereum validator node](https://rpcfast.com/ethereum-validator-node), [BNB validator nodes](https://rpcfast.com/bnb-validator-nodes).
- Legacy and adjacent services: [PredictKube autoscaling](https://rpcfast.com/predictkube), [wallet infrastructure](https://rpcfast.com/wallet-infrastructure), [zero-knowledge infrastructure](https://rpcfast.com/zero-knowledge-infrastructure), [blockchain node hosting](https://rpcfast.com/blockchain-node-hosting-solution), [blockchain as a service](https://rpcfast.com/blockchain-as-a-service), [blockchain infrastructure as a service](https://rpcfast.com/blockchain-infrastructure-as-a-service), [blockchain data solutions](https://rpcfast.com/blockchain-data-solutions), [blockchain DevOps](https://rpcfast.com/blockchain-devops-service), [blockchain consulting](https://rpcfast.com/blockchain-consulting-service), [blockchain app development](https://rpcfast.com/blockchain-app-development-service), [web3 cloud hosting](https://rpcfast.com/web3-cloud-hosting-solution-provider), [web3 infrastructure services](https://rpcfast.com/web3-infrastructure-services), [node guide](https://rpcfast.com/node-guide), [Velas API](https://rpcfast.com/chain/velas-api).