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RUST DEVELOPMENT

Performance-critical systems — no GC pauses, no memory leaks

Rust backends engineered for throughput, concurrency, and memory safety — no 3 AM incidents.

Your backend isn’t the bottleneck today — it will be. We engineer Rust backends built for the load you’ll have in 18 months: REST, GraphQL, WebSocket, and gRPC services designed for throughput, concurrency, and latency-sensitive workloads. Rust’s ownership model eliminates the class of bugs that cause 3 AM incidents, and the evidence is measurable — Firecracker (Rust, in production at AWS since 2018) carries fewer than 10 CVEs with zero VM escapes, while QEMU (C, since 2003) has 300+ over its lifetime.

Same hardware boundary, same isolation job — only the language changed. We’re certified Rust engineers, not learning the borrow checker on your project: we’ve shipped systems handling millions of requests per day for FinTech and trading platforms — 20–30% faster than Go on a GovTech blockchain, 100,000+ concurrent WebSocket subscriptions on a trading platform. The result is the same load on 1/10th the servers, production-ready in 6–12 weeks. You own the code — source, architecture docs, and deployment runbooks, with no vendor lock-in.

We can help you with:

  • High-performance Rust backends — REST, GraphQL, gRPC, and WebSocket services
  • Node.js or Python to Rust rewrites — same API surface, 10x throughput
  • Distributed systems — video processing pipelines, AI training coordination
  • Real-time P2P backends — WebRTC/WebSocket servers, peer discovery, NAT traversal
  • LLM-powered APIs — structured inference, streaming, tool use, RAG pipelines
  • Latency-sensitive FinTech and trading systems
  • Database and storage engines (sqlx, PostgreSQL, SurrealDB, ClickHouse)
  • Migrating performance bottlenecks from Go, Node, or Python to Rust
  • and more.

Ready to rebuild the system that’s about to become your bottleneck? Book your free call!

Technologies we use

  • Rust
    Rust
  • Actix Web
    Actix Web
  • gRPC
    gRPC
  • WebRTC
    WebRTC
  • LibP2P
    LibP2P
  • WebSockets
    WebSockets
  • PostgreSQL
    PostgreSQL
  • SurrealDB
    SurrealDB
  • ClickHouse
    ClickHouse
  • Apache Kafka
    Apache Kafka
  • Docker
    Docker
  • Kubernetes
    Kubernetes
  • AWS
    AWS
  • Prometheus
    Prometheus
  • OpenAI
    OpenAI

Packages

Sixty minutes with the engineer who would lead the work: what is slow now, what Rust changes about it, and what it does not.

1 day

We profile the hot paths under your own traffic and report, in writing, which of them are worth rewriting and which are already fine.

7 days

Scoped Rust build — performant backend, API, or data engine. Tested, deployed, production-ready.

30 days

A full Rust system built end to end — services, data layer, deployment — with our engineers inside your team for the length of the roadmap.

90+ days

Case Studies

ProSim AWS License Management & CMS Platform project screenshot
Rust DevelopmentDevOps

ProSim AWS License Management & CMS Platform

Flag of NLNetherlands22 months

A fully serverless Rust platform for ProSim that automates the entire software-license lifecycle — Paddle-driven purchase-to-key delivery, an event-driven CMS, real-time aviation-simulator compliance monitoring, and audit/abuse tooling on AWS Lambda.

RustTokioAxumAWS LambdaAskamaAWS DynamoDBMySQLPostgreSQLMeilisearchAWS SQSAWS API GatewayAWS CognitoAWS SESAWS S3AWS CloudWatchAWS SAMPaddleReprise License ManagerSerdeGitHub Actions

FAQ

  • We’ve shipped Rust systems handling millions of daily requests for FinTech and trading platforms. Most Rust freelancers are learning the borrow checker on your project. We’re certified Rust engineers delivering production-grade performance from day one.

  • The Firecracker/QEMU comparison is the clearest evidence: Firecracker (Rust, AWS, production since 2018) — fewer than 10 CVEs total, zero VM escapes. QEMU (C, production since 2003) — 300+ CVEs lifetime. Same hardware boundary, just the language changed. Rust’s compiler rejects buffer overflows and use-after-free at compile time — so you get C-level performance with provable memory safety.

  • Most clients come to us after someone else built it in Node and ran into latency and memory spikes. We typically solve this by rewriting the core logic in Rust, reducing resource load by 40–70%.

  • Because we don’t fix things twice. You’re paying for performance, not cleanup.

  • Contact us to discuss your project. Share your idea, any assets (designs, specs, links), and your main goals — we handle the technical part from there.

  • Rust is our core, but we don’t force it where it doesn’t fit. We integrate with C++, TypeScript/JavaScript, and Python — choosing the right tool for each component. Data science layers stay in Python, front-ends in TypeScript, and performance-critical backends in Rust.

  • We built a Rust payment routing engine 20–30% faster than Go with 10–20% fewer parsing errors, delivered a crypto platform handling 100,000+ WebSocket subscriptions, and for a major IoT manufacturer eliminated 100% of crash-causing races while cutting codebase size 45%.

  • Yes. We sign NDAs before any technical discussion begins, on request.

  • You do. IP, source code, architecture docs, and deployment runbooks are fully assigned to you on completion — no vendor lock-in.

  • Yes. Signed contracts with fixed scope per phase. You’re contracting with a registered entity, not an individual.

Book a free call

Consult with our engineering team to define the perfect solution for your needs.

Book a call
30 minutes