Heart failure (HF), defined as the heart’s inability to efficiently pump blood to the body and maintain blood flow, is a common, costly, and potentially fatal condition affecting more than 37.7 million people worldwide. The global economic burden of HF is estimated at €98 billons per annum, with €59 billons attributed to direct and €39 billons to indirect costs. Although heart failure is a serious condition, safe and effective treatments are available, therefore early diagnosis is crucial to improve patient’s condition. Nevertheless, to date, there is no reliable, non-invasive method to diagnose and monitor HF in real-time, leading to: 1) misdiagnosis of first time events in one out of four patients; 2) longer hospitalizations; and 3) lack of monitoring possibilities at the home care and out-patient settings causing high rate of re-hospitalisations (up to 80%); which reduce survival chances, worsen the standard of living of the patients, and cause HF to be one of the leading medical expenses. NIRT monitor is a unique non-invasive device designed for early detection and monitoring of HF in real-time. The objective of the project was to assess its technical, commercial and financial feasibility.