Discover how you, as a C or C++ developer, can transition to Rust effortlessly. Stop wasting hours on debugging
Strengthen your developer skills without months of overwhelming study

Discover how Rust guarantees memory safety without a garbage collector making your code instantly safer and more stable
Learn ownership and borrowing in a way that is directly applicable to real world projects without frustration or confusion
Experience how the Rust compiler catches errors at compile time so you debug less and deliver faster
Gain confidence with practical exercises and a complete project helping you master Rust faster without endless study time
Discover how you can get a solid grasp of Rust within just a few days and elevate your skills as a developer to the next level
Directly in your email

I would like to thank you for helping us with the Rust training. It was a very good, informative, and well-structured session. We especially appreciated the clear explanations and the overall teaching style that Freek has. It made the material easy to follow and engaging.
- Roxana Nechita, Aimvalley
Why strengthening your Rust skills
As a developer you want a language that accelerates you instead of slowing you down. Rust delivers exactly that with its strong type system that catches mistakes at compile time so you spend less time debugging and more time building.
Its strict memory safety model eliminates entire classes of issues such as data races, null pointers, and buffer overflows giving you a level of reliability that traditional languages simply can’t match.
On top of that Rust offers top tier performance equal to or even faster than C and C++ without the associated risks. This is why more engineering teams choose Rust as the foundation for secure and scalable systems. By investing in your Rust skills you stay ahead, strengthen your engineering skills and deliver safer, faster software in a world that demands perfection.
As a developer you want a language that accelerates you instead of slowing you down. Rust delivers exactly that with its strong type system that catches mistakes at compile time so you spend less time debugging and more time building.
Its strict memory safety model eliminates entire classes of issues such as data races, null pointers, and buffer overflows giving you a level of reliability that traditional languages simply can’t match.
On top of that Rust offers top tier performance equal to or even faster than C and C++ without the associated risks. This is why more engineering teams choose Rust as the foundation for secure and scalable systems. By investing in your Rust skills you stay ahead, strengthen your engineering skills and deliver safer, faster software in a world that demands perfection.
