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Aim  This study determined the accuracy and speed of the NeoTapLifeSupport (NeoTap LS ), a free smartphone application that aims to assess a neonate's heart rate.    Methods  We asked 30 participants with a variety of backgrounds to test the NeoTap LS , which was developed by our own nonprofit organisation Tap4Life, to determine a randomly selected heart rate by auscultation or palpation. The study was carried out in 2014 at Sachs’ Children and Youth Hospital, Sweden, using a Laerdal SimNewB manikin that simulates true values. The NeoTap LS  calculates the heart rate based on the user's last three taps on the smartphone screen.    Results  A total of 1200 measurements were carried out. A high correlation was found between measured and true values by auscultation (correlation coefficient 0.993) as well as by palpation (correlation coefficient 0.986) with 93.5% of the auscultations and 86.3% of the palpations differing from the true value by five beats or fewer. The mean time to the first estimated heart rate was 14.9 seconds for auscultation and 16.3 seconds for palpation.    Conclusion  Heart rates could be accurately and rapidly assessed using the NeoTap LS  on a manikin. A globally accessible mobile health system could offer a low‐cost alternative to expensive medical equipment.

Accurate and fast neonatal heart rate assessment with a smartphone‐based application – a manikin study