Solana processed over 33 billion transactions in 2025, more than any other public blockchain. DEX volume on the network exceeded $1.95 trillion for the year, and stablecoin supply grew to over $15 billion. With the Firedancer validator client now live on mainnet and the Alpenglow consensus upgrade targeting Q1 2026 deployment, the network is entering a phase where raw protocol speed is no longer the bottleneck. Infrastructure is.
Every interaction with Solana—whether it’s a wallet checking a balance, a trading bot submitting a bundle, or a DeFi protocol updating a price feed—goes through RPC (Remote Procedure Call) infrastructure. RPC providers are the middleware layer between applications and the blockchain itself. They maintain synced nodes, serve read requests, forward transactions to validators, and increasingly offer real-time data streaming via technologies like Yellowstone gRPC and Jito ShredStream.
The choice of infrastructure provider directly affects transaction landing rates, data freshness, execution speed, and application reliability. A shared RPC endpoint might handle 80% of use cases during normal conditions, but when the network spikes—during a major token launch, a liquidation cascade, or a high-volume trading session—the gap between commodity infrastructure and purpose-built solutions becomes the difference between profit and missed opportunities.
What to evaluate in a Solana infrastructure provider
Not all providers optimize for the same things. Before looking at individual options, it helps to understand the dimensions that matter most in 2026:
- Latency and slot lag—how many slots behind the network tip your RPC node sits. Even 2–3 slots of lag (800–1200ms) means stale data and potential transaction failures from expired blockhashes.
- Transaction landing rate—the percentage of submitted transactions that successfully land in a block. Staked connections with Stake-Weighted Quality of Service (SWQoS) significantly improve this metric under congestion.
- Data streaming capabilities—support for Yellowstone gRPC (Geyser plugin), Jito ShredStream, and WebSocket subscriptions determines how quickly your application reacts to on-chain events.
- Node isolation—shared vs. dedicated infrastructure. Multi-tenant clusters degrade unpredictably under load; dedicated nodes provide consistent performance but cost more.
- Uptime and failover—whether the provider has multi-region redundancy, automatic failover, and transparent incident reporting.
- Solana-specific tooling—enhanced APIs for token data, transaction parsing, NFT metadata, and MEV-related features.
10 Solana infrastructure providers
With these criteria in mind, here are the top Solana infrastructure providers as of early 2026, evaluated for production-grade workloads.
1. RPC Fast
RPC Fast, built by Dysnix, is a performance-first Solana RPC provider designed for latency-sensitive and high-throughput workloads. Unlike many multi-chain vendors, RPC Fast focuses exclusively on Solana infrastructure, running bare-metal dedicated node clusters across multiple global regions to minimize slot lag and maximize transaction landing rates.
Every dedicated node ships with Jito ShredStream enabled by default, providing the earliest possible block data awareness—critical for trading bots, MEV searchers, and real-time analytics. Yellowstone gRPC streaming is available for filtered, structured data feeds, and staked RPC paths offer SWQoS priority for transaction submission under congestion. The infrastructure is backed by Dysnix’s managed DevOps, including 24/7 monitoring, sub-50ms automated failover, and continuous latency benchmarking against the validator set.
RPC Fast positions itself specifically at trading desks, market makers, and DeFi protocols that need consistent execution quality—not just during normal conditions, but during the moments when infrastructure matters most: network congestion, validator churn, and high-frequency trading bursts.
2. Helius
Helius is a Solana-exclusive RPC and data platform that combines infrastructure with a rich API layer. It processes billions of RPC requests daily across a globally distributed network with 99.99% uptime. All paid plans route traffic through staked validator nodes by default, giving transactions higher priority during congestion.
What distinguishes Helius from pure RPC providers is its integrated data tooling. The Digital Asset Standard (DAS) API provides token and NFT metadata queries. Enhanced Transactions API returns human-readable, parsed transaction data. LaserStream, its gRPC offering, is Yellowstone-compatible and adds historical replay, auto-reconnect, and multi-region endpoints. For transaction submission, Helius Sender submits in parallel to both Jito and Helius infrastructure across 7 regions.
Helius also operates one of Solana’s top-staked validators and is SOC 2 certified—a factor that matters for institutional clients. The trade-off is that Helius is Solana-only with no multi-chain support, and streaming volume can introduce cost variability on credit-based plans.
3. Triton One
Triton One is the creator of Project Yellowstone—the suite of tools (Dragon’s Mouth gRPC streaming, Steamboat indexing, Old Faithful historical data) that has become foundational infrastructure across the Solana ecosystem. The company powers critical backend for protocols like Openbook, Pyth, and Wormhole, handling hundreds of millions of daily requests.
Triton One’s core strength is ultra-low latency for write-heavy, trading-grade workloads. Its staked nodes with Yellowstone gRPC deliver some of the lowest observed latencies in the ecosystem (~100ms), and the Cascade Marketplace provides stake-weighted QoS bandwidth for priority transaction inclusion. Professional Trading Centers offer direct validator access for institutional operations.
The pricing reflects the enterprise focus—dedicated nodes start around $2,900/month. Shared endpoints exist but are positioned for frontend usage, not backend throughput.
4. QuickNode
QuickNode is one of the most widely adopted Web3 infrastructure platforms, supporting 75+ chains and 120+ networks. On Solana, it provides globally distributed RPC endpoints with strong uptime guarantees, a polished developer dashboard, and a marketplace of add-ons that extend base functionality.
Yellowstone gRPC is available on QuickNode endpoints (via port 10000), and the platform offers historical data backfills, real-time webhooks, WebSocket support, and archive node access. The add-on marketplace includes MEV protection, transaction speed boosters, and NFT/token APIs. QuickNode is a good choice for teams running multi-chain applications that need Solana alongside Ethereum, Base, or other networks under a single provider.
The main limitation for latency-sensitive Solana workloads is that throughput caps at 400 RPS on standard tiers, and some advanced Solana features require paid add-ons rather than being included by default.
5. Chainstack
Chainstack is a multi-protocol infrastructure platform supporting 70+ chains, with a strong focus on transparent pricing and operational reliability. On Solana, it offers three distinct node tiers: Global Nodes (geo-balanced shared RPC), Unlimited Nodes (flat-fee, RPS-capped access), and Dedicated Nodes with full configuration control.
A key differentiator is Chainstack’s Trader Node product, which provides priority transaction routing and gRPC support specifically for DeFi and trading applications. All Solana nodes have Jito ShredStream enabled by default, improving block data propagation speed. The platform maintains 99.99%+ observed uptime, is SOC 2 Type II compliant, and offers Bolt—an instant node sync technology for rapid outage recovery.
Chainstack’s Dedicated Solana Nodes run at approximately $3,577/month with per-hour billing. Unlimited Nodes start at $149/month for 25 RPS, providing a middle-ground option for teams that want predictable costs without full dedicated infrastructure.
6. Alchemy
Alchemy is a major multi-chain infrastructure platform that has been expanding deeper into Solana since acquiring DexterLab in 2025. It offers reliable RPC endpoints with strong performance in North America and Asia (global average latency around 40–60ms), webhooks, NFT and token APIs, Smart Wallets, and gRPC support.
The developer experience is polished—the dashboard, documentation, and SDK integrations are among the best in the industry. Alchemy also offers a generous free tier with 30 million compute units per month. The main limitations for Solana-specific workloads are a throughput cap of 300 RPS even on the highest shared plans and fewer Solana-native optimizations compared to providers like Helius or Triton One.
7. GetBlock
GetBlock is a multi-chain infrastructure service that has carved out a specific niche: low-latency, region-selectable Solana RPC access. Independent benchmarks show GetBlock as the fastest provider in Europe, Asia, and Africa for Solana RPC response times, making it a strong option for geographically distributed teams.
Its dedicated node service includes free Yellowstone gRPC, and GetBlock offers two specialized Solana tools: StreamFirst (low-latency data streaming) and LandFirst (transaction landing optimization). The provider also offers engineering assistance for complex custom configurations, which is uncommon at this price tier.
8. Ankr
Ankr operates one of the largest decentralized RPC networks, supporting 80+ chains with infrastructure powered by independent node operators. On Solana, it provides geo-distributed nodes with stake-weighted QoS in premium tiers, high throughput (up to 1,500 RPS), and unlimited API keys.
The decentralized routing model provides natural redundancy—if one node goes down, traffic is automatically redistributed. Ankr is cost-effective and simple to start with, making it popular for early-stage teams, wallets, and analytics platforms. However, it lacks the advanced Solana-specific APIs and streaming capabilities of dedicated providers like Helius or Triton One.
9. Syndica
Syndica focuses exclusively on Solana infrastructure with a particular emphasis on observability. The platform provides detailed logging, performance metrics, and usage insights that give engineering teams visibility into how their RPC calls behave in production—something most providers treat as a secondary concern.
For teams that need to debug transaction failures, track latency percentiles over time, or understand how their application interacts with the network during congestion events, Syndica’s analytics layer adds significant value. The RPC infrastructure itself is solid, though Syndica is less focused on raw latency optimization than providers like Triton One or RPC Fast.
10. dRPC
dRPC is a decentralized RPC aggregator that routes requests across multiple underlying providers, supporting access to over 100 blockchain networks. On Solana, it uses an AI-driven load balancer to distribute traffic for high availability and consistent response times.
The decentralized aggregation model means dRPC can provide natural failover—if one underlying provider degrades, traffic shifts automatically. This makes it a solid option for projects that want redundancy without managing multiple provider relationships directly. The trade-off is limited observability and fewer Solana-specific optimizations compared to native providers.
Choosing the right provider for your workload
The Solana infrastructure market in 2026 is mature enough that no single provider is universally “best.” The right choice depends entirely on what your application does and how it interacts with the network.
For latency-sensitive trading operations—HFT bots, MEV searchers, arbitrage systems—the infrastructure stack needs bare-metal dedicated nodes, Jito ShredStream, staked RPC paths, and co-located architecture. Providers like RPC Fast and Triton One are purpose-built for this. For Solana-native dApp development with integrated data tooling, Helius offers the deepest API layer. For multi-chain teams that need Solana alongside other networks, QuickNode, Chainstack, and Alchemy provide broader coverage with solid Solana support.
Many production teams now run multi-provider setups—using one provider for low-latency writes (transaction submission) and another for enriched reads (data APIs, streaming). Orchestration layers like Ironforge can simplify this by routing traffic intelligently across providers with automatic failover and slot drift tracking.
Whatever your architecture, the underlying principle holds: Solana’s protocol performance is only as good as the infrastructure you use to access it. The chain finalizes in 150ms. If your RPC lags behind, so does everything your application builds on top of it.
Build on infrastructure that matches Solana’s speed
If your trading infrastructure or DeFi protocol needs consistent, low-latency execution on Solana—especially under the conditions where it matters most—RPC Fast is built specifically for that. Dedicated bare-metal nodes, Jito ShredStream by default, staked SWQoS paths, and managed DevOps by Dysnix.
Talk to the team at rpcfast.com and see what production-grade Solana infrastructure actually looks like.
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