The author expresses strong criticism of the Zig programming language, primarily focusing on its lack of memory safety. Zig does not provide the same guarantees as other languages like Rust, making it vulnerable to security issues. The author highlights that up to 70% of security bugs stem from memory safety problems. They support their argument with statistics from compiler issue reports, noting that 17% of reported issues in Zig involve crashes, compared to 7% in Rust. The Bun JavaScript runtime, which is written in Zig, has an alarming 26.5% crash rate among reported issues, underscoring the potential risks associated with using Zig for critical applications. The article also critiques Zig's approach to generics and its compile-time capabilities. The author finds that Zig's implementation of generics lacks standardization, leading to inconsistent code styles among developers. This inconsistency can hurt readability and maintainability of code. While the author acknowledges that Zig's compile-time features could be useful for conditional compilation, they argue that many tasks can be accomplished with simpler, less confusing solutions. Furthermore, they express frustration with Zig's cumbersome casting syntax and the potential for undefined behavior during float-to-int conversions. In discussing Zig's result location semantics, the author presents an example that demonstrates confusing behavior when swapping struct members. The output varies significantly based on whether the type name is included, which the author considers counterintuitive. They argue that such design choices undermine the language's usability, especially since Zig lacks move or copy constructors. Overall, the author believes that Zig's design choices lead to unnecessary complexity and hinder effective programming practices.