The real issue is that Erlang is its own world. But you could also say IPC is its own world (does not work natively on the Internet, does not work on non-UNIX machines, etc.)
The real issue is that Erlang is its own world. But you could also say IPC is its own world (does not work natively on the Internet, does not work on non-UNIX machines, etc.)
The point is UNIX is too low-level for communication primitives. Maybe it's time to research new paradigms? It's been 60 years.
Besides, no matter how you design the system, there will be a categorical difference between communication which is expected to be fallible and communication which is expected to be infallible. The "communication" between a caller and a callee is expected to be infallible, for example. Communication between threads in a process (in the UNIX and Windows model) is expected to be infallible.
Communication between an app and a system service is expected to be fallible; at the very least, the system service has to expect that the app might misbehave in any number of ways, even if you argue that the app should expect the system service to be perfect.
In Windows there are fun things like COM apartments, owner module scopes, local RPC, wrapping in-proc COM into DCOM remoting.
Apple and Google have similar local RPC features coupled with multithtreading.