This project aims to tackle the widespread problem of high blood pressure, a condition affecting nearly half of U.S. adults and known for causing severe health issues like heart attacks and strokes. The current medications for managing high blood pressure often have side effects, require daily intake, and may not suit all patients. To address these limitations, the project proposes an innovative implantable device that can regulate blood pressure mechanically. This implant, placed inside the arteries, acts by absorbing excess pressure with its unique design and may help avoid the side effects and costs associated with daily medication. Unlike conventional treatments that alter nerve signals, this approach provides a more direct and potentially consistent method of managing blood pressure. Additionally, it offers flexibility in treatment, as it can be tailored to each patient’s needs and is reversible if necessary.