Mobile distributed networks raise new concerns such as mobility, low bandwidth of wireless channels, disconnections, limited battery power and lack of reliable steady storage on mobile nodules. In Rock-bottom-collaborating-accomplishment synergetic Reliable-GS-collation (Reliable Global State Collation, some accomplishments may not save recoupment-points for several Reliable-GS-collation commencements. In the case of replenishment after culpability, such accomplishments may rollback to far earlier RGS and thus may cause bigger forfeiture of reckoning. In all-accomplishment synergetic Reliable-GS-collation, the RGS is advanced for all accomplishments but the Reliable-GS-collation outlay may be remarkably high. To optimize both matrices, the Reliable-GS-collation outlay and the forfeiture of reckoning on replenishment, we plan a hybrid Reliable-GS-collation blueprint, wherein an all-accomplishment synergetic recoupment-point is apprehended after the accomplishment of Rock-bottom-collaborating-accomplishment synergetic Reliable-GS-collation blueprint for a fixed number of times. Thus, the Mobile nodules with low activity or in doze mode accomplishment may not be disturbed in the case of Rock-bottom-collaborating-accomplishment Reliable-GS-collation and the replenishment line is advanced for each accomplishment after an all-accomplishment Reliable-GS-collation. Additionally, we try to moderate the details carried onto each reckoning transmittal. For Rock-bottom-collaborating-accomplishment Reliable-GS-collation, we plan an impeding blueprint, where no pointless recoupment-points are apprehended and an effort has been made to optimize the impeding of accomplishments. We plan to postpone selective transmittals at the destination end. By doing so, accomplishments are allowed to carry out their normal reckoning, consign transmittals and partially accumulate them during their impeding span. The planned Rock-bottom-collaborating-accomplishment impeding blueprint forces zero pointless recoupment-points at the cost of very small impeding.