Publication Type: Research Paper Status: TechRxiv Preprint Heavy metal contamination threatens agriculture, ecosystems, and human health, yet existing remediation techniques are often slow, costly, or disruptive. This work presents a conceptual framework for biomimetic nanobots designed specifically for soil remediation, integrating graphene-based protective structures, gold nanolens sensing, DNA-based actuation, silica-encapsulated pseudo-organelles, and carbon nanotube (CNT

Publication Type: Discussion Report Status: Zenodo Publication This discussion report explores the future of nanobot-enabled pollutant remediation through six real-world scenarios spanning agricultural water bodies, livestock health monitoring, soil microplastic remediation using xenobots, railway waste management, structural health monitoring, and catalytic micromotor design. Rather than viewing nanobots as standalone technologies, the report examines how they can function a

Publication Type: Defensive Publication in TD Commons series Status: Published This defensive publication introduces a conceptual regeneration framework for nanobot payloads inspired by xenobots and the geometric architecture of diatoms. Rather than relying on cellular replication or genetic engineering, the proposed system uses geometry-driven kinematic assembly, soft-matter physics, and swarm-level population control to generate synthetic functional organelles in a predicta