Meets ISO81060-2 standard1
Aktiia believes in complete transparency of our clinical trial results. Read a selection of our latest publications.
Validation of the Aktiia blood pressure cuff for clinical use according to the ANSI/AAMI/ISO 81060-2:2013 protocol
Aktiia cuffless blood pressure monitor yields equivalent daytime blood pressure measurements compared to a 24-h ambulatory blood pressure monitor.
A guidance document for scientists and doctors, and a call to action that cuffless BP monitors are incorporated in research and society guidelines
"Aktiia can accurately estimate BP in the most common body positions compared to auscultation."
Aktiia Optical Blood Pressure Monitor compared to double auscultation over a month
“The Aktiia bracelet satisfied validation criteria 1 and 2 of the ISO81060-2 Blood pressure monitor standards in the sitting position."
Aktiia Optical Blood Pressure Monitor compared to intra-arterial measurements
“The new optical technique appears to be capable of replacing more traditional methods of BP estimation.”
Aktiia Optical Blood Pressure Monitor Accurate Across Gender, Age, BMI and Skin Color compared to intra-arterial measurements
“For the overall population and most subgroups, the new optical technique appears to be capable of replacing more traditional methods of BP estimation.”
Aktiia Proven Accurate Regardless of Body or Arm Position
“The Aktiia Bracelet can generate accurate BP estimates for sitting and lying positions and is not affected by hydrostatic pressure perturbations.”
"The BP readings estimated by the Aktiia OBPM algorithms fell within the AAMI/ISO81060-2 requirements up to 2 months after the initialisation procedure."
"The First Accurate Medical Blood Pressure Monitor Solely Based on Optical Measurements"
Aktiia introduces volume clamp in addition to auscultation to ensure accurate reference measurements in body positions other than seated.
"Results demonstrate feasibility of estimating BP changes in the operating room through an algorithm-based signal analysis acquired through a commercially available pulse oximeter"
"The Optical Blood Pressure Monitoring algorithms can detect rapid blood pressure changes occurring during anaesthesia with 94% of accuracy.”
University Hospital of Lausanne Switzerland
Head of Hypertension Unit
President, Swiss Society of Hypertension
President, Swiss Society of Hypertension
Plough Foundation Chair of Excellence, U of TN. American Heart Association Fellow
NHS Professor of Cardiovascular Medicine, Director Barts BP Clinic
Click on the image above to download.
More frequent, accurate blood pressure measurements at home
Measurement of nighttime blood pressure to assess cardiovascular risk
Adjustment of medication titration based on blood pressure changes
The impact of lifestyle changes like diet, exercise, or meditation on blood pressure control. 
