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Blockchain

Solana programs that are fast because they are designed for Solana.

High-throughput programs that exploit Solana's real advantages.

The problem

Solana rewards a different mental model than the EVM, and punishes teams who ignore it. The account model, rent, compute budgets and parallel execution are not inconveniences to work around. They are the source of Solana's performance. Programs written as if Solana were a faster Ethereum end up slow, fragile and expensive.

The talent pool that genuinely understands Solana's runtime is small. What separates a program that works in a demo from one that survives mainnet congestion is precisely that understanding.

Our approach

We design around Solana's account model from the start: deliberate account layouts, compute-budget-aware instruction design, and program architectures that let the runtime parallelise. We build with Anchor where it accelerates safe development and drop to native Rust where performance or control demands it.

Everything is tested against a local validator and on devnet under realistic load, with priority-fee and retry logic that keeps your program usable when the network is busy.

Scope of engagement

We build Solana programs and the clients around them: DeFi protocols, marketplaces, token and NFT systems, and high-frequency on-chain logic. Engagements cover Anchor and native Rust programs, TypeScript and Rust clients, transaction-building and priority-fee strategy, and the indexing needed to surface on-chain state to your application.

Technology

The stack we build on

Proven tools, chosen for security, performance and long-term maintainability rather than novelty.

Rust Anchor Solana Web3.js SPL Pinocchio TypeScript Geyser Helius
Methodology

How we deliver

A disciplined, transparent sequence from first conversation to a monitored production system.

  1. 01

    Account & compute design

    We model accounts, PDAs, and compute budgets before writing instructions.

  2. 01

    Program implementation

    Anchor or native Rust, built test-first against a local validator.

  3. 01

    Client & transaction layer

    SDKs with robust transaction building, retries, and priority-fee handling.

  4. 01

    Load testing on devnet

    Validated under realistic congestion, not just happy-path demos.

  5. 01

    Mainnet deployment & monitoring

    Deployed with upgrade authority controls and on-chain monitoring.

FAQ

Common questions

Still unsure? A senior engineer will answer the specifics on a short scoping call.

Anchor for most programs — it removes whole classes of bugs and accelerates safe development. Native Rust (or Pinocchio) where compute budget or fine-grained control genuinely justifies it. We choose per-program based on measured requirements, not preference.

We can, but a literal port usually performs poorly. We re-architect the logic for Solana's account model and parallel runtime so you get the throughput and fee advantages that motivated the move in the first place.
Request a quote

Scope your solana development engagement

Tell us what you are building. We will respond with a senior engineer's assessment, a realistic timeline, and a fixed-scope proposal — typically within two business days.

  • A direct line to the engineers who will deliver
  • No obligation, no sales pressure, no junior hand-off
  • Strict confidentiality — NDA available on request

Tell us about your project

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