68k transparent execution update: We’re enabling classic Amiga 68k software to run transparently inside native AROS hosted on Apple Silicon. A JIT translates the 68000 code to ARM64, while a generated bridge converts calls between the guest’s 32-bit big-endian world and native AROS’s 64-bit pointers and structures. Our “waterline” strategy bridges only the seven foundational libraries—Exec, DOS, Graphics, Intuition, Layers, Utility and CyberGraphics. Higher-level libraries run as their original 68k binaries, calling through that common native boundary. Most crossings are generated from AROS’s own interface definitions plus a reviewed type/ownership policy. Current status: • 100% classified: all 738 public waterline vectors have an explicit crossing or routing decision. • 736/738 callable (99.7%); the remaining two intentionally refuse guest-initiated reboot/shutdown. • All 10 higher-level guest libraries load successfully. • Deep runtime proofs pass for IFF, MUI object lifecycle, GadTools/events and interactive Photogenics—including palettes, color selection and drawing. • Photogenics itself was not patched: the fixes improved generic event, gadget, bitmap, BOOPSI and object-lifecycle machinery and were fed back into the generator/runtime model. • Generator, layout, build and full bridge-regression gates are green. What remains uncertain is breadth rather than inventory: we have not behavior-tested every callable vector individually. In short: the waterline is complete and Photogenics provides a strong real-world depth proof; broad application certification is the remaining milestone.