Core and Supplement - a proposal for large scale reproduction

The development of autonomous systems are inevitable, I would like to propose a system for regulating their reproduction. I am aware that it may already exist. The start of the population is labeled as the core population, staying a constant number unless the distribution of the core is not consistent enough to reach the rest of the population. Members of the population undergo continuous hash checks with encountered core members to verify that their own is correct. If a large percentage of incoming hash sources note that their hashes are not identical, that unit would pass a production signal to the nearest verified core member which is to continually prognate (other core members follow same terms) the signal until an appropriate finish signal is received, along with the hashtag of the confirming member. For additional redundancy, verification of a hash tag would append the unit's identifier to the end each time any has is verified, so that orders could be checked by external sources for potential errors. Members of the core would require more overall processing power than other members of the population would be required to achive. If it is required to produce a large quantity of units without the overhead of core members, members labeled "else" could be produced without the constraints of a core drone, however, the population is meant to stop reproducing after a certain threshold is reached. To continue reproducing, a variable percentage of the population would be selected and have their code verified by core members, they would be labeled sub-core, following only the verification/termination orders of the original core group. Once a member of the population is to be cleared by the sub-core, another group is produced. Criticisms?