In this paper, we portray the generality of GARD computer simulations can explore the foundations of pre-RNA reproduction and information transfer. Based on that, we provide concrete quantitative evidence that reproducing state of molecular networks constitute compositional dynamic attractors. We analyze the dynamic properties of such attractors, including molecular architecture and catalytic underpinnings, and argue that such attractor characteristics may have greatly enhanced the chance of appearance of reproducing entities under chaotic prebiotic settings.