Show Memory-Safe Code
Demonstrate you understand ownership, borrowing, and lifetimes. These concepts are Rust's core differentiator.
Memory-safe systems programming. The future of performance-critical code.
Rust offers C/C++ performance with memory safety guarantees. It's becoming the language of choice for performance-critical systems, blockchain, and security-focused applications.
Demonstrate you understand ownership, borrowing, and lifetimes. These concepts are Rust's core differentiator.
Show where Rust's performance matters: parsers, data processing, or system utilities.
Rust to WASM is powerful for web performance. Show you can bring Rust to the browser.
The Rust community values open source. Contributions to Rust projects show commitment and skill.
Build a fast CLI tool that demonstrates Rust's speed—parsing, searching, or processing.
Create a high-performance web API using Actix-web or Axum.
Build a performance-critical module compiled to WASM for browser use.
Growing demand, especially in crypto/blockchain, infrastructure, and security. Fewer jobs than JavaScript or Python, but less competition and higher salaries. Niche but valuable.
Yes, the learning curve is steep. Ownership and borrowing concepts take time to internalize. Most developers need 3-6 months to become comfortable. It's worth it for the right roles.
Rust for maximum performance and safety. Go for simplicity and productivity. Go is easier to hire for. Rust for when you need that extra 10% performance or memory safety guarantees.
Cloudflare, Discord, Dropbox, AWS, Microsoft, and many crypto companies. It's particularly strong in infrastructure, security, and performance-critical systems.
Join developers who landed startup roles by showcasing their Rust skills.
Create Your Profile