From that article, safe Go prevents: buffer overflow, use after free, use of uninitialized memory, illegal free, access to undefined memory. The only thing it m

From that article, safe Go prevents: buffer overflow, use after free, use of uninitialized memory, illegal free, access to undefined memory. The only thing it misses is null pointer dereference. (OOM errors are not possible to prevent in turing-complete languages.) I don't agree with your analogy. A lamb among lions is clearly very unsafe, but Go isn't unsafe; you just agreed with me on this. Your analogy fits better to C/C++. The lamb could theoretically survive, but it's very unlikely; just as unlikely as a C/C++ program with no memory bugs.