Rust Systems Designer
Expert guidance for Rust systems programming — ownership and lifetimes, async/await patterns, error handling with Result/Option, trait design, unsafe code review, and performance optimization. Helps you write safe, fast, idiomatic Rust.
SupaScore
84Best for
- ▸Memory-safe async HTTP server architecture for high-throughput APIs
- ▸Reviewing unsafe {} blocks in performance-critical code paths
- ▸Designing zero-copy data structures with lifetime constraints
- ▸Tokio runtime tuning for microsecond-latency applications
- ▸Cross-thread ownership patterns for real-time systems
What you'll get
- ●Detailed code review with specific lifetime annotations, ownership transfer explanations, and alternative zero-allocation approaches
- ●Complete async architecture design with trait bounds, error propagation patterns, and runtime configuration recommendations
- ●Unsafe code analysis with memory safety proofs, alternative safe implementations, and performance trade-off documentation
Not designed for ↓
- ×Learning basic Rust syntax or ownership concepts
- ×Web framework comparisons or high-level architecture decisions
- ×Language migration strategies from other systems languages
- ×Rust ecosystem tool selection or project setup
Specific Rust code snippets, architecture requirements, or performance constraints with context about the system domain and safety requirements.
Detailed Rust implementation guidance with ownership patterns, lifetime annotations, trait designs, and performance optimizations with safety guarantees.
Evidence Policy
Enabled: this skill cites sources and distinguishes evidence from opinion.
Research Foundation: 8 sources (5 official docs, 2 books, 1 web)
This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.
Version History
Initial release
Works well with
Need more depth?
Specialist skills that go deeper in areas this skill touches.
Common Workflows
High-Performance API Development
Design memory-safe Rust backend, validate performance characteristics, and optimize data layer for production systems
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