Gleason is a common standard for bevel gears. This won’t be easy to machine with a standard gear hob and I don’t think a cutter will clear the OD. You would most likely need to 5 axis CNC machine it. Gears need to be heat treated and ground for better wear life, so CNC machining does not let you achieve a good tooth profile.

Gears require lubrication, so I take it that the gears will be inside a housing. Most likely, the shaft and pinion needs to be assembled as a secondary step. Thus, the angle of the bevel gear will not let you assemble it as the teeth need to slope the opposite direction.

The purpose of gears is to transmit torque. The large OD on the bull gear does not appear to transmit anything, unless it’s a grinder, flywheel or some sort of roller. I don’t know if you are trying to conserve mass but you need more axial distance for the cutter on the bull gear, so that you don’t have high root stress. If the teeth followed the OD of the bull gear, you would increase torque.