network addressing how to handle memory ordering when considering the current problem the above points are not obvious points to form a set of issues that need to be addressed additionally there are detailed interrelations between some of the points thus independent solutions cannot be combined to solve this problem conventional solutions for address decoding tunneling a command over a network handling ooo execution and memory are not sufficient without additional innovative synergy described in the current description in the context of this description the phrase u201c invoke management software u201d is used for simplicity to refer to a cpu transferring execution flow control from the current thread software or application of the local cpu to a different other alternate and or new thread management software other software or application thereby continuing with normal operation of the cpu in other words the cpu does not crash instead possibly informing a user or a currently running software application of the event rolling execution back to a recent checkpoint stopping execution of the current thread continuing execution of the current thread at a different point and or gracefully terminating operation of the system flow control can be transferred using conventional techniques such as a u201c fault u201d or an u201c interrupt u201d 1 speculative ooo access to the network overlapping reads from the network modern cpu architectures typically implement a deep pipeline where instructions are executed out of order ooo and speculatively a major benefit of this architecture is the fact that loads are executing speculatively such that misses to main memory are.