The article reviews recent advances in laser-induced-graphene (LIG)-based soft skin electronics for intelligent healthcare applications. LIG, a cost-effective and high-performance material, has emerged as a practical solution for developing soft skin electronics. The review covers the preparation methodologies, fundamental properties of LIG, and standard regulation strategies. It also presents an overview of various LIG-based soft skin electronics designs and their diverse applications, including biophysical and biochemical sensors, bio-actuators, and power supply systems. The applications of LIG-based soft skin electronics in intelligent healthcare are discussed, highlighting their potential challenges and future research directions. The review aims to contribute to advancing intelligent healthcare technologies by elucidating the capabilities and limitations of LIG-based soft skin electronics.The article reviews recent advances in laser-induced-graphene (LIG)-based soft skin electronics for intelligent healthcare applications. LIG, a cost-effective and high-performance material, has emerged as a practical solution for developing soft skin electronics. The review covers the preparation methodologies, fundamental properties of LIG, and standard regulation strategies. It also presents an overview of various LIG-based soft skin electronics designs and their diverse applications, including biophysical and biochemical sensors, bio-actuators, and power supply systems. The applications of LIG-based soft skin electronics in intelligent healthcare are discussed, highlighting their potential challenges and future research directions. The review aims to contribute to advancing intelligent healthcare technologies by elucidating the capabilities and limitations of LIG-based soft skin electronics.