Fortanix [1] [2] [3], a data-security firm [3], has joined tech giants like Google and Microsoft in adopting the Rust programming language for its enhanced security and performance capabilities.


The company has integrated support for Intel Software Guard Extensions (SGX) into its platform [1] [3], allowing for secure user data storage [3]. Rust’s built-in memory safety and security features have made it popular among developers and companies focused on secure code [2]. Google attributes a drop in memory-safety vulnerabilities in Android to the transition to Rust [1], while Microsoft is using Rust to rewrite parts of its kernel and has seen performance improvements [1]. Additionally, 1Password has committed to using Rust extensively [2]. The Rust Foundation has seen adoption in various industries due to its security and performance benefits [1]. Fortanix’s Vice President of Technology and CISO emphasizes the effectiveness of Rust’s tooling and compiler in helping developers avoid mistakes [3]. While Rust does have a learning curve, programmers can quickly become confident in contributing to projects [1]. Ultimately, the choice of programming language depends on project requirements [1].


The adoption of Rust by Fortanix, Google [1] [2], Microsoft [1] [2], and other companies highlights the growing recognition of its security and performance benefits. Rust’s integration with Intel Software Guard Extensions and its built-in memory safety and security features make it a valuable tool for secure data storage and code development. The positive impact of Rust on reducing vulnerabilities in Android and improving performance in Microsoft’s kernel demonstrates its effectiveness. As more companies, like 1Password, commit to using Rust extensively [2], its adoption is likely to continue growing across industries. The learning curve of Rust may initially pose a challenge, but with its effective tooling and compiler, programmers can quickly become proficient in contributing to projects [1]. Ultimately, the choice of programming language should be based on project requirements, considering the security and performance advantages offered by Rust.