en.wikipedia.org/wiki/Zig_(programming_language)

The official Zig website identifies 0.16.0 as the "Latest Stable" release. Its download page also lists 0.16.0 in the normal Releases section with release artifacts for many platforms. Those official pages contradict labeling 0.16 as a beta release.

This sentence overstates the 0.16.0 change. Zig's official 0.16.0 release notes say that @cImport is moving toward build-system-based C translation, but also explicitly say: "In the future, Zig will drop the @cImport language builtin, but for now it remains". The current Zig language reference likewise still documents @cImport as a builtin and gives working examples of importing C headers with it. So @cImport is deprecated, not already deleted.

The article presents build-system-based C translation as mandatory, but Zig's own docs do not. The 0.16.0 release notes describe an upgrade guide for moving C translation into the build system, yet they also say the change is "technically a non-breaking change" and that @cImport still remains for now. The language reference still documents direct header import with @cImport, and even notes that @cImport and zig translate-c are technically equivalent under the hood. That means build-system import is recommended for the new direction, but it is not something all C headers "would need" to use immediately.

This statement is too broad. Zig's official overview says that the Zig Standard Library also has functions that allocate memory, and that such functions accept an allocator parameter. The same page gives a concrete standard-library example: std.fmt.allocPrint(allocator, ...), which allocates memory. So the accurate claim is that Zig avoids hidden/default allocations in the language and makes stdlib allocations explicit via allocator parameters—not that the standard library performs no allocations at all.

This claim is broader than Zig's own platform-support documentation. The official platform support page explains that support is split into tiers. For Tier 3, the linker can produce executables, but for Tier 4 the compiler can only generate assembly or C source code. The support table also shows multiple targets with Linker = ❌, meaning they cannot currently produce runnable binaries directly. So it is incorrect to say that any Zig compiler can build runnable binaries for any target platform Zig lists.