Clinicians frequently request a_tcPCO₂ check when a patient on NIV returns home, either for routine checks or screening.
The success rate of these home recordings depends on many technical and human factors that are difficult to predict. This leads to increased operational costs (unnecessary travel) or the need to carry out several night-time sessions to obtain a usable reading.
Nivolis-Anton is designed for the remote monitoring and downloading of transcutaneous capnography readings, whether taken at home or in a respiratory medicine department.

Following a prescription from their pulmonologist, patients with chronic hypoxaemia can benefit from long-term treatment involving the regular use of oxygen.
Oxygen sources may be stationary (oxygen concentrator or liquid oxygen cylinder) or portable (portable concentrator or liquid oxygen) for patients leading an active lifestyle.
To date, there is no automated adherence monitoring tool that reports information on patient adherence, oxygen consumption or activity levels. A lack of this information can disrupt the care pathway and lead to increased operational costs (avoidable journeys for oxygen refills or maintenance).
Nivol-Loni isdesigned for the remote monitoring of long-term oxygen therapy by transmitting daily oxygen usage profiles.
NB: Nivol-Loni will beavailable in early 2027

Prescribers frequently request a ventilation check, possibly including_tcPCO₂, when a patient on NIV returns home, for periodic checks or screening.
Complementing Nivolis-Anton, Nivol-Mina will record signals that best characterise the compatibility between the patient and the ventilator and analyse any interactions or asynchronies, in conjunction with the_tcPCO₂or_SpO₂signal collected by Anton.
NB: Nivol-Mina is currently a device intended for use exclusively on a test bench.