Since 2010
Building Software
Memory Safety at Speed. AI-Assisted Delivery.
Rust Development Company
AI-augmented Rust development for software that cannot afford to fail: our engineers build memory-safe, high-performance systems and services, and every engagement ships with 60 days of support.
- 2010
- Operating since
- 9,000+
- Projects delivered
- 3,900+
- Apps published
- 120+
- AI products shipped
Trusted by the brands we build for
9,000+
Projects Delivered
3,900+
Apps Published
25+
Countries Served
What our rust development services cover
The performance- and safety-critical tier, engineered with the rigour Rust demands and rewards.
Performance-critical services
Hot-path services where microseconds are margin: parsing engines, matching engines, realtime processors, built with allocation discipline and benchmark evidence.
- ✓Criterion benchmarks in CI
- ✓Allocation and lock-free design
- ✓Zero-copy parsing where it pays
- ✓Latency distribution reporting
Memory-safe systems programming
Systems that must not corrupt, overflow, or race: protocol implementations, embedded-adjacent software, and security-sensitive infrastructure written against Rust's guarantees.
- ✓No unsafe without written justification
- ✓Fuzzing with cargo-fuzz
- ✓Sanitiser and Miri checks in CI
- ✓Threat-model-driven design
WebAssembly modules
Rust compiled to WASM for browser-side performance: media processing, cryptography, simulation, and compute that JavaScript cannot deliver at acceptable latency.
- ✓wasm-bindgen integrations
- ✓Rust core with JS or web shells
- ✓Bundle size and load-time budgets
- ✓Fallback paths for old browsers
High-reliability backends
Backends where correctness outranks iteration speed: payments, health data, and compliance-bound systems, with Axum or actix and typed state machines for core flows.
- ✓Axum or actix-web services
- ✓Typestate-encoded core flows
- ✓PostgreSQL with sqlx compile-time checks
- ✓Property-based testing on invariants
Blockchain and crypto infrastructure
The tier of the stack where Rust dominates: node integrations, signing services, and high-value transaction infrastructure, with cold and hot path separation.
- ✓Signing and key management services
- ✓Node and index integration
- ✓Air-gapped cold path design
- ✓Constant-time crypto hygiene
Rewrites and rescue
Performance or stability emergencies where C, C++, or managed-runtime systems need the Rust treatment, with the rewrite case proven by measurement before a line is moved.
- ✓Profiling-led rewrite case
- ✓Incremental FFI migration
- ✓Behavioural parity test suites
- ✓Cutover with rollback
What every engagement includes
Every Rust project ships with the following, agreed in writing before the first sprint begins.
Discovery workshop
A structured workshop maps your goals, users, and constraints into a scoped Rust roadmap with a fixed written quote before any sprint starts.
Named senior team
You get named, senior engineers with CVs you can review, not a rotating bench. The people in the kickoff are the people who ship.
Sprint demos every two weeks
Working builds are demoed live each cycle with CI running on every merge, so progress is visible in software, not slideware.
100% source-code ownership
All Rust source, configurations, designs, and documentation transfer to you on delivery with no licensing strings or vendor lock-in.
60 days of post-launch support
Engineering time is on standby for two months after go-live to triage defects, tune performance, and stabilise the release at no extra cost.
12 months of free updates
Compatibility updates, security patches, and framework upgrades ship free for a full year after handover.
insight
Where rust is the right call
Rust pays when failure is expensive or performance is the product: payment infrastructure, security boundaries, realtime processing, and compute-heavy modules inside otherwise ordinary applications. It costs more per feature than managed runtimes and buys correctness guarantees nothing else in its class offers.
One tier down from the metal, our Golang development services team covers high-throughput services where a garbage collector is an acceptable trade, and our Java development services team covers the enterprise systems tier where ecosystem depth matters most.
The stack behind our rust builds
What we use by default, with the reasoning attached.
Toolchain and practices
Stable Rust with clippy and rustfmt enforced, deny-by-default lints, and a written justification gate for every unsafe block, because guarantees only count if they are enforced.
Async and services
Tokio as the async runtime with Axum for HTTP, tower middleware for resilience, and graceful shutdown wired so deploys drain cleanly instead of dropping requests.
Data and serialization
sqlx with compile-time checked queries against PostgreSQL, serde for wire formats, and schema migrations under version control with rollback scripts.
Verification and testing
Unit and integration tests, property-based testing with proptest on invariants, cargo-fuzz on parsers, and Criterion benchmarks gating performance regressions in CI.
Observability
tracing with OpenTelemetry export, Prometheus metrics, and structured logs, so a systems-language service is no harder to debug in production than any other.
AI integration
AI-assisted code review across our Rust projects under senior ownership, and LLM-backed features behind typed Rust clients where products need them at the edge.
How a rust project runs
Six stages with sign-off gates, weighted toward verification.
- 01
Discovery
Performance targets, failure consequences, and constraints captured as numbers in a workshop, ending in a fixed written quote and an explicit Rust-fit-or-not verdict.
✓ step 01 complete - 02
Architecture and invariants
Core flows modelled as typed state machines, invariants listed, and the unsafe policy (usually none) written down before implementation starts.
✓ step 02 complete - 03
Foundation sprint
Repository, CI with the full verification battery, benchmarks, and deployment scaffolding built first. A walking skeleton serves staging traffic early.
✓ step 03 complete - 04
Sprint delivery
Two-week sprints with live demos. Clippy, tests, fuzz targets, and benchmarks gate every merge, so performance and safety regressions fail the build, not production.
✓ step 04 complete - 05
Verification and launch
Fuzzing campaigns, load tests against the discovery numbers, and security review completed, then a staged cutover with monitoring and rollback prepared.
✓ step 05 complete - 06
Support and handover
60 days of included support, 12 months of free updates, and documentation covering invariants and unsafe policy for the engineers who inherit the system.
✓ step 06 complete
/07
Why teams pick us for rust work
Rust punishes casual adoption. Our engineers are not casual about it.
Unsafe is an event, not a habit
Our default codebase contains zero unsafe blocks, and any exception is documented and reviewed, so Rust's guarantees actually apply to your system.
AI-augmented delivery
AI tooling accelerates test and benchmark scaffolding on our Rust projects while senior engineers own ownership-model design and every merge.
Verification as culture
Property tests, fuzzing, and benchmarks run in CI on every merge, which is how memory-safe promises survive contact with a growing codebase.
Honest fit assessments
We recommend Go, Java, or TypeScript when they serve you better, because Rust's development cost only pays where failure or performance is expensive.
Production observability
Tracing, metrics, and structured logging are first-class in our Rust services, avoiding the debugging blind spot that plagues systems-language deployments.
Track record since 2010
9,000+ projects delivered across 25+ countries, including performance-critical and security-sensitive systems.
Rust development FAQs
$ moxace launch --nowIs your problem Rust-shaped?
Send us the performance or reliability numbers that keep you up at night. We will tell you honestly whether Rust is the answer.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
$ moxace launch --nowReady for Systems That Cannot Afford to Fail?
Talk to our Rust team about a fixed-scope, AI-augmented build with 60 days of support and full source-code ownership.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
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