Triton One

Triton One is a blockchain infrastructure provider that has operated RPC nodes, validators, and data streaming systems on Solana since 2021, making it one of the network's earliest and most established infrastructure contributors.

Core RPC Infrastructure

Triton's primary offering is production-grade RPC access to Solana across two service tiers. Shared infrastructure runs on a globally distributed cluster spanning more than ten data centers, with continuous health checks, automatic failover, and GeoDNS routing that directs each request to the nearest healthy node. Dedicated nodes provide isolated streaming capacity with guaranteed IOPS and compute resources, suited to teams whose workloads saturate shared capacity or require consistent low-latency performance during high-demand events such as airdrops or NFT mints.

Endpoints go live approximately two minutes after signup. Pricing follows a flat pay-as-you-go model — a single rate applies regardless of epoch or method — with a deposit system that caps total spend without forcing unnecessary tier upgrades. The company targets 99.99% uptime and operates bare-metal hardware throughout its network to minimize the latency penalties associated with virtualized cloud infrastructure.

Yellowstone gRPC and Data Streaming

Triton developed and open-sourced Yellowstone gRPC, a standardized network interface that allows builders to consume real-time Solana data — accounts, transactions, slots, and blocks — through persistent gRPC streams rather than polling individual RPC methods. Yellowstone streams include a four-day cache and support gap-free reconnection, so clients can recover missed data after a temporary disconnect without re-indexing from scratch.

Alongside Yellowstone, Triton provides shred-level streaming via its Riptide endpoint. Shred streaming delivers block data before finalization, pulling from Triton's own validators and blended third-party shred feeds, giving latency-sensitive applications — HFT bots, MEV searchers, real-time oracles — the earliest possible view of incoming transactions. A September 2026 blog post describes this as "the fastest streaming on Solana."

Triton also offers historical block and transaction replay over gRPC, plus the Old Faithful project, which exposes the complete Solana ledger queryable from genesis with sub-millisecond reads via a ClickHouse-backed columnar store.

Transaction Landing: Cascade

For applications that need to submit transactions reliably under congested conditions, Triton operates Cascade, a transaction delivery network that uses direct-to-leader QUIC forwarding. Rather than broadcasting through standard gossip, Cascade routes transactions to the current and upcoming leaders directly, improving inclusion rates during periods of high validator load.

RPC 2.0: Rebuilding Solana's Read Layer

Triton's most consequential long-term project is RPC 2.0, a collaboration with the Solana Foundation announced and in staged development through 2026. The initiative removes read operations from the Agave validator client entirely and replaces the monolithic read path with two purpose-built services:

Cloudbreak handles account reads. Instead of full table scans, Cloudbreak builds adaptive indexes automatically from observed query patterns. It uses scoped ingestion limited to specific programs, PostgreSQL-backed storage, and real-time account updates via Yellowstone. The result is faster getAccountInfo and getProgramAccounts responses without requiring callers to maintain their own indexing infrastructure — Triton claims up to 20x improvement on getProgramAccounts queries.

Superbank handles historical ledger queries. It stores transaction and event history in ClickHouse columnar databases optimized for analytics workloads, with an in-memory head cache for sub-millisecond access to recent slots. Superbank also introduces two new RPC methods — getTransactionsForAddress and slot-range filters — that eliminate the N+1 query problem that plagues wallet transaction history lookups. Triton quotes up to 38x faster queries on the historical path versus the legacy read layer.

Both modules are being shipped in stages. The architecture is intentionally open and deployable on commodity hardware, with no vendor lock-in by design.

Preconfirmations

In September 2026 Triton announced a partnership with Harmonic to bring preconfirmation capabilities to Solana. Preconfs allow applications to receive strong ordering guarantees before a transaction achieves full finality, a critical feature for latency-sensitive applications and cross-chain settlement scenarios.

Supported Chains

Solana is Triton's primary network, but the infrastructure has been extended to Sui — with full gRPC, GraphQL, Walrus, and Seal API support — and Monad, where Triton is providing early-stage RPC infrastructure as that network approaches launch.

Open-Source Contributions

Beyond Yellowstone gRPC, Triton has released or contributed to several open-source infrastructure components: the Geyser validator plugin interface (which underpins most Solana data streaming ecosystems), Block Machine (a fork and edge-case handling library), and Old Faithful (the public history-from-genesis archive). The company also sponsors independent open-source development; a $25,000 grant to the Alpamayo project is one documented example.

Team and Background

Triton describes itself as comprising "true OGs of Solana," having operated validators since the network's early days and counting among the first commercial RPC providers on the network. The company runs its own servers on bare-metal hardware and maintains validator infrastructure that feeds its shred streaming products. No individual founders are publicly named in official materials as of mid-2026.

Ecosystem Fit

Triton sits at the infrastructure layer of Solana, serving DeFi protocols (Openbook, Pyth, Wormhole are noted users), NFT platforms, analytics teams, and individual traders. Its combination of raw RPC endpoints, open-source streaming tools, historical data access, and the multi-year RPC 2.0 partnership with the Solana Foundation positions it as one of the few infrastructure providers operating at both the commodity access layer and the core protocol read layer simultaneously. The RPC 2.0 work in particular has systemic implications: if Cloudbreak and Superbank ship as designed, they would become the default read infrastructure for all Solana applications, not just Triton customers.