Solana HFT Solution


What are HFT Solana Trading Nodes?

HFT Solana Trading Nodes are high-performance, dedicated RPC and validator nodes engineered for ultra-low-latency execution on the Solana blockchain. Purpose-built for high-frequency trading, they offer direct, uninterrupted access to Solana’s core data layer—enabling rapid transaction propagation, real-time order flow visibility, and millisecond-level execution precision.

Who typically uses these nodes?

These nodes are built for teams that require precision, speed, and reliability at scale, including:

• Quant and algorithmic trading firms executing high-speed strategies;
• Market makers and liquidity providers operating on Solana-based DEXs;
• MEV searchers deploying custom bots for bundle optimization and extraction;
• Trading infrastructure teams and automation engineers managing real-time execution pipelines.

What node types do you provide?

We offer a range of specialized node types tailored for high-performance trading and infrastructure:

• Dedicated RPC nodes — fully isolated, non-rate-limited endpoints for low-latency reads and writes;
• Full nodes with Jito support — designed for MEV bundle streaming and searcher integration;
• Validator nodes — optimized for geo-specific block propagation and consensus participation;
• Geyser-enabled nodes — built for high-throughput data streaming via plugin-based extensions.

What about failover and redundancy?

We design for high availability. Our redundancy options include:

• Multi-region node replicas for geographic fault tolerance;
• Automatic failover RPCs to maintain continuity during outages;
• Redundant bandwidth and zone-aware deployment, available on request for mission-critical setups.

What does pricing depend on?

Pricing is tailored based on infrastructure needs, including:

• Node type — RPC, validator, archival, or full nodes;
• Region and data center tier, based on latency and proximity;
• Add-ons like Jito-Solana support, Geyser plugins, custom networking, or high-availability clusters;
• Bandwidth usage and API throughput requirements.

Why do high-frequency traders need custom Solana nodes?

Public RPC endpoints can’t meet the speed and reliability demands of high-frequency trading. Custom HFT nodes solve this by providing:

• Zero throttling or rate limits, ensuring uninterrupted data flow and transaction submission;
• Minimal round-trip latency, critical for sub-second order execution and market reactions;
• Real-time access to slots, blocks, and the mempool, enabling faster decision-making;
• A competitive edge in MEV, arbitrage, and liquidations, where milliseconds define profitability.

What performance benefits do these nodes offer?

HFT Solana Trading Nodes are optimized for maximum throughput and minimal delay, offering:

• Sub-100ms latency to core Solana validators for faster order propagation;
• >99.99% uptime, ensuring uninterrupted trading across volatile markets;
• Bare-metal or high-performance cloud setups, equipped with NVMe SSDs and dedicated bandwidth;
• Live access to blocks, slots, and transaction streams, critical for time-sensitive strategies.

Do you support Jito-Solana and Geyser plugins?

Yes, we offer full support for both Jito and Geyser ecosystems, including:

• Jito-Solana client for bundle relays, MEV extraction, and searcher workflows;
• Geyser plugins such as gRPC, WebSocket, and Postgres sinks for real-time data ingestion;
• Custom telemetry exporters and slot-update listeners to match advanced trading or indexing needs.

Are your HFT nodes secure?

Absolutely. We take a security-first approach to all infrastructure. Each node is:

• Isolated in dedicated single-tenant environments to prevent cross-client interference;
• Configured with advanced protections, including firewalls, private endpoints, and IP whitelisting;
• Routinely audited for vulnerabilities and misconfigurations;
• Monitored 24/7 with custom alerting, uptime checks, and incident response protocols.

Do you offer free trials or benchmarks?

Yes, for qualified teams we provide:

• Proof-of-concept (POC) deployments to validate performance;
• Detailed latency benchmarks for comparison with existing infrastructure;
• Trial nodes on testnet or in non-critical regions to evaluate setup before scaling.