Our Solution
Albus Home RD is seamless to integrate in a clinical study.
The technology provides objective, real-world and long term evidence,
adding more colour and completeness to your data, without burdening the participants.
Passive Bedside Device
Our contactless device continuously monitors over a dozen physiological (such as respiratory rate and cough) and indoor environmental metrics (such as temperature, humidity and air quality) without anyone having to do or wear anything. Please get in touch with us to discuss the full range of metrics.
Real-time Dashboard
Our online dashboard enables real-time tracking of all deployed devices. No additional physical or digital infrastructure is required for study sites or participants.
Analytics Platform
Our suite of algorithms provides customised reports on symptoms and metrics monitored. In addition, our platform and team of experts also help analyse the data and derive insights for your study.
Advantages of Using Albus Home RD
In Clinical Studies
Plug & Play and Contactless
Works straight out of the box, without any training or calibration. Can be used by participants of any age, capacity or location.
Secure and
Compliant
Data remains securely encrypted at all stages. All analyses can be done without any personally identifiable data being shared.
Decentralized and
Site-less Studies
No in-person visits are required. Devices can be shipped out to participants, who can take part in studies without ever leaving their homes.
Scalable
Allows collection of accurate and standardized datasets from anyone, anywhere in the world, for as long as needed.
Albus Home RD is seamless to integrate in a clinical study. The technology provides objective, real-world and long term evidence, adding more color and completeness to your data, without burdening the participants.
Clinically Validated Against
Gold Standards
Albus Home RD has been validated through ethically-approved clinical studies and published by leading experts in respiratory medicine and biomedical engineering. Our validation studies have been performed in real-world home environments with all their natural variability (such as usual beds, blankets, co-sleepers), and across a diverse population demography, including a range of ages (children to elderly), genders, BMIs and patients with various respiratory conditions.
Our publications on contactless and automated respiratory rate and cough monitoring are found below. Please get in touch with us to find out more about other metrics we monitor and related evidence.
Contactless and automated monitoring to study changes in nocturnal parameters before and after asthma attacks in children
P. Nagakumar, W. Do, M. Udani, O. Carr, L. Fleming, and S. Saglani. Contactless and automated monitoring to study changes in nocturnal parameters before and after asthma attacks in children. BTS Winter Meeting 2024
Contactless Bedside Monitoring Using the Albus Home Research Device (RD) to Predict Severe Asthma Attacks in Children
P. Nagakumar, W. Do, O. Carr, S. Saglani, and L. Fleming. Contactless Bedside Monitoring Using the Albus Home Research Device (RD) to Predict Severe Asthma Attacks in Children (abstract). Am J Respir Crit Care Med 2024;209:A5167.
Monitoring for early warning signs of asthma attacks and response to treatment with oral corticosteroids using the Albus Home contactless monitoring system
P. Nagakumar; W. Do; O. Carr; L. Fleming; S. Saglani, 2024. Monitoring for early warning signs of asthma attacks and response to treatment with oral corticosteroids using the Albus Home contactless monitoring system. (abstract) EAACI Congress 2024.
Performance of cough monitoring by Albus Home™, a contactless and automated system for nocturnal respiratory monitoring at home
Do, W., Russell, R., Wheeler, C., Javed, H., Dogan, C., Cunningham, G., Khanna, V., De Vos, M., Satia, I., Bafadhel, M. and Pavord, I., 2022. Performance of cough monitoring by Albus Home™, a contactless and automated system for nocturnal respiratory monitoring at home. ERJ Open Research.
Performance of Contactless Respiratory Rate Monitoring by Albus Home™, an Automated System for Nocturnal Monitoring at Home: A Validation Study
Do, W., Russell, R., Wheeler, C., Lockwood, M., De Vos, M., Pavord, I. and Bafadhel, M., 2022. Performance of Contactless Respiratory Rate Monitoring by Albus Home™, an Automated System for Nocturnal Monitoring at Home: A Validation Study. Sensors, 22(19), p.7142.
Validation of cough monitoring by Albus Home RD, a contactless bedside device for nocturnal monitoring
Do, W., Russell, R., Wheeler, C., Javed, H., Dogan, C., Cunningham, G., Khanna, V., De Vos, M., Satia, I., Bafadhel, M. and Pavord, I., 2022. Validation of cough monitoring by Albus Home RD, a contactless bedside device for nocturnal monitoring. European Respiratory Society International Congress 2022
High Accuracy of Automated Respiratory Rate Readings in a Novel, Non-Contact Home Monitor
Do, W., Wheeler, C., De Vos, M., Russell, R. and Bafadhel, M., 2021. High accuracy of automated respiratory rate readings in a novel, non-contact home monitor. European Respiratory Society International Congress 2021
Accuracy of the Albus Home Research Device (RD) for the Non-Contact and Passive Monitoring of Nocturnal Respiratory Rate at Home in an Adult Population
Do, W., Wheeler, C., De Vos, M., Russell, R. and Bafadhel, M., 2021. Accuracy of the Albus Home Research Device (RD) for the Non-Contact and Passive Monitoring of Nocturnal Respiratory Rate at Home in an Adult Population. American Journal of Respiratory and Critical Care Medicine 2021;203:A1721
Pediatric Nocturnal Respiratory Rate Monitoring Using a Non-Contact and Passive Bedside Device: Accuracy of the Albus Home Research Device
Wheeler, C., Do, W., De Vos, M., Russell, R. and Bafadhel, M., 2021. Pediatric Nocturnal Respiratory Rate Monitoring Using a Non-Contact and Passive Bedside Device: Accuracy of the Albus Home Research Device (RD). American Journal of Respiratory and Critical Care Medicine 2021;203:A3464