This question explores the possibility of designing synthetic circuits that operate on two layers — precise DNA editing and reversible epigenetic memory. While CRISPR technologies enable sequence-level modifications, epigenetic mechanisms such as methylation, histone marks, and small RNAs provide a flexible layer of regulation that can respond to environmental inputs. Integrating these layers could allow cells not only to modify their genomes but also to record, erase, and re-express adaptive traits across generations. Such a system raises fundamental questions: Can engineered circuits bypass natural germline reprogramming while remaining reversible to avoid maladaptive inheritance? What are the theoretical limits of stability, fidelity, and control in transmitting information through both genetic and epigenetic channels? Addressing these issues could open new avenues in synthetic biology, biotechnology, and evolutionary engineering, while also demanding careful attention to biosafety, reversibility, and ecological impact.