As an important network architecture for solving network security problems such as route hijacking, RPKI has two main components: data synchronization between the supply side and the relying party, and data transmission between the relying party and the demand side. At present, the research content worldwide mainly focuses on the data synchronization link between the supply side and the relying party. The data transmission between the relying party and the demand side is still in the initial state of exploration. In view of the shortcomings of the current RPKI theoretical architecture, we design and use Jsonized RPKI cache data to implement an HTTPS-based RPKI cache update architecture, which can meet the needs of actual deployment. Experimental results show that the distribution architecture is stable. Compared with the current RPKI theoretical architecture, it can adapt to the needs of multi-layer transmission and large-scale data transmission.