◆ RUST × WEB3

Rust development for Web3

Rust for systems where memory safety, predictable latency, and throughput matter — settlement engines, custody, embedded, WASM. Tuned for web3 — EVM + Solana smart contracts, custody, indexers, dApps. Built audit-ready, with realistic threat models and upgrade paths.

◆ WHY MIR

Why teams pick us

Web3-grade engineering

EVM + Solana smart contracts, custody, indexers, dApps. Built audit-ready, with realistic threat models and upgrade paths.

Rust where it counts

Rust for systems where memory safety, predictable latency, and throughput matter — settlement engines, custody, embedded, WASM.

Senior team, no pyramid

9+ years building outsourced product teams. Every engineer is a senior shipping production code — not a 5-person team with one architect on top.

◆ WEB3 PAIN POINTS WE SOLVE

Where Rust meets web3

Audit-ready contracts before paying for an audit

We've shipped this in production. We design for it from day one — not as a retrofit.

MEV-resistant ordering where it matters

We've shipped this in production. We design for it from day one — not as a retrofit.

Indexers + subgraphs that don't lie

We've shipped this in production. We design for it from day one — not as a retrofit.

Custody UX that doesn't lose user funds

We've shipped this in production. We design for it from day one — not as a retrofit.

◆ STACK

What we build with

Rust 1.81+ Tokio Axum sqlx Diesel WASM (wasm-bindgen) criterion benchmarks
◆ PROCESS

How we ship

  1. Define memory + latency budgets up front.
  2. Build a vertical slice with criterion benchmarks in CI.
  3. Harden with miri, fuzzing, and property tests.
  4. Ship with reproducible builds and clear ABI boundaries.
◆ START A PROJECT

Tell us what you're building

We respond within 24 hours. NDA available on request.