Native multi-core execution is a major operating-system milestone. It demonstrates that Copper|Null can make meaningful use of more than one CPU core within the active research environment.
Parallel AI computation has also been demonstrated across multiple CPU cores. The result produced measurable performance gains while keeping this public record focused on the capability rather than the private implementation.
The milestone is not only about completing AI work. After that work, the combined environment can return to a usable foreground human session. That continuity matters for an operating system intended to support practical experimentation rather than a single isolated demonstration.
These results extend the project's local AI research while remaining deliberately scoped. They do not imply universal hardware support, and the Apple Silicon work is described as hosted development and testing rather than as a physical-hardware Copper|Null deployment.
Parallel computation is now a demonstrated system capability, not just a development target.
Continued research will build on this foundation across operating-system capability, local AI, developer usability, supported environments, and practical applications.