Philips to Further Roll Out RATE: AI for Early Infection Detection at U.S. Department of Defense Through Four-Year, $25 Million Contract
Philips has secured a $25 million contract with the U.S. Department of Defense to expand its RATE (Rapid Analysis of Threat Exposure) algorithm over the next four years. The AI-powered technology uses biomarkers from wearables for early infection detection in military personnel. RATE's effectiveness was demonstrated in studies, including a 2022 research showing COVID-19 detection 2.3 days before symptoms appeared in 9,381 DoD personnel. The algorithm, initially developed in 2019, analyzed 163 biomarkers from 36,000 hospital-acquired infection cases to develop risk scores for various infections.
Philips ha ottenuto un contratto di 25 milioni di dollari con il Dipartimento della Difesa degli Stati Uniti per espandere il proprio algoritmo RATE (Rapid Analysis of Threat Exposure) nei prossimi quattro anni. La tecnologia supportata dall'intelligenza artificiale utilizza biomarcatori provenienti da dispositivi indossabili per la diagnosi precoce di infezioni nel personale militare. L'efficacia di RATE è stata dimostrata in vari studi, incluso uno del 2022 che mostrava una rilevazione del COVID-19 2,3 giorni prima della comparsa dei sintomi in 9.381 membri del DoD. L'algoritmo, sviluppato inizialmente nel 2019, ha analizzato 163 biomarcatori da 36.000 casi di infezioni acquisite in ospedale per elaborare punteggi di rischio per diverse infezioni.
Philips ha asegurado un contrato de 25 millones de dólares con el Departamento de Defensa de EE. UU. para expandir su algoritmo RATE (Análisis Rápido de la Exposición a Amenazas) durante los próximos cuatro años. La tecnología impulsada por inteligencia artificial utiliza biomarcadores de dispositivos portátiles para la detección temprana de infecciones en el personal militar. La efectividad de RATE se demostró en estudios, incluyendo una investigación de 2022 que mostraba una detección de COVID-19 2.3 días antes de la aparición de síntomas en 9,381 miembros del DoD. El algoritmo, desarrollado inicialmente en 2019, analizó 163 biomarcadores de 36,000 casos de infecciones adquiridas en hospitales para desarrollar puntuaciones de riesgo para diversas infecciones.
필립스는 향후 4년 동안 RATE(위협 노출의 신속한 분석) 알고리즘을 확대하기 위해 미국 국방부와 2,500만 달러의 계약을 체결했습니다. AI 기반 기술은 웨어러블 기기에서 수집한 바이오마커를 사용하여 군인들의 조기 감염 감지를 수행합니다. RATE의 효과는 여러 연구에서 입증되었으며, 2022년 연구에서는 9,381명의 국방부 직원에서 증상이 나타나기 2.3일 전 COVID-19를 감지하는 것으로 나타났습니다. 2019년에 처음 개발된 이 알고리즘은 병원에서 발생한 36,000건의 감염 사례에서 163개의 바이오마커를 분석하여 다양한 감염의 위험 점수를 개발했습니다.
Philips a obtenu un contrat de 25 millions de dollars avec le ministère de la Défense des États-Unis pour étendre son algorithme RATE (Analyse Rapide de l'Exposition aux Menaces) au cours des quatre prochaines années. La technologie alimentée par l'IA utilise des biomarqueurs provenant de dispositifs portables pour la détection précoce des infections chez le personnel militaire. L'efficacité de RATE a été démontrée dans plusieurs études, y compris une recherche de 2022 montrant une détection de COVID-19 2,3 jours avant l'apparition des symptômes chez 9.381 membres du DoD. L'algorithme, développé initialement en 2019, a analysé 163 biomarqueurs provenant de 36.000 cas d'infections acquises à l'hôpital pour développer des scores de risque pour diverses infections.
Philips hat einen Vertrag über 25 Millionen Dollar mit dem US-Verteidigungsministerium abgeschlossen, um seinen RATE (Rapid Analysis of Threat Exposure) Algorithmus in den nächsten vier Jahren auszubauen. Die KI-gestützte Technologie verwendet Biomarker von tragbaren Geräten zur frühzeitigen Erkennung von Infektionen bei Militärpersonal. Die Effektivität von RATE wurde in Studien nachgewiesen, einschließlich einer Forschung aus dem Jahr 2022, die zeigte, dass COVID-19 2,3 Tage vor dem Auftreten von Symptomen bei 9.381 DoD-Mitarbeitern erkannt wurde. Der Algorithmus, der ursprünglich 2019 entwickelt wurde, analysierte 163 Biomarker aus 36.000 Fällen von im Krankenhaus erworbenen Infektionen, um Risikopunkte für verschiedene Infektionen zu erstellen.
- Secured $25 million contract with U.S. Department of Defense
- Proven effectiveness in early COVID-19 detection (2.3 days before symptoms)
- Large-scale validation with 9,381 DoD personnel
- Technology compatible with commercial off-the-shelf wearables
- None.
Insights
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After successful development and pilot, groundbreaking technology using biomarkers from wearables to predict infection is set to expand within the DoD
RATE, in advanced development, is an early detector of pre-symptomatic infection in humans. It is part of efforts to improve the readiness monitoring of active-duty personnel and has broad application in healthcare settings. The algorithm was developed as an early warning system that can reduce an individual’s downtime and aid in quickly containing the spread of disease by allowing exposed individuals to self-isolate or seek medical attention sooner.
“Our mission is to protect our troops and ensure we can quickly detect and prevent the spread of illness that can impact their wellbeing and our ability to protect our nation,” said Lorenzo Hankla, JPEO Wearables Program Officer. “Giving them the option of using readily available off-the-shelf wearables that are trained on clinical data allows them to passively monitor their health and quickly act if their infection score is high. In the wake of the pandemic, our troops need access to new AI-enabled technologies that can have a meaningful impact on their readiness and ensure overall military operations.”
The first version of the RATE algorithm, developed in 2019, used large-scale data science, machine learning, and trade-space analyses across demographics and 163 different biomarkers (vital signs and laboratory measurements) from a rich Philips data set of over 36,000 cases of hospital-acquired infections to develop a risk score. The risk score worked for multiple general types of infection, including common respiratory infections like pneumococcal pneumonia. These results were published in a 2023 study in Frontiers in Medicine.
A wearable version of the algorithm, prompted by the COVID-19 pandemic, leveraged biometric data from commercial-off-the-shelf wearables to enable early detection of infection. A 2022 study published in Nature’s Scientific Reports showed how, in a cohort of 9,381 DoD personnel, the algorithm was able to detect COVID-19 infection on average 2.3 days before symptoms appeared and up to six days prior. The study highlighted the utilization of algorithm-powered wearables to aid military readiness.
“Protecting the physical health and well-being of active service members is paramount,” said Jeff DiLullo, Chief Region Leader, Philips North America, and
About Royal Philips
Royal Philips (NYSE: PHG, AEX: PHIA) is a leading health technology company focused on improving people's health and well-being through meaningful innovation. Philips’ patient- and people-centric innovation leverages advanced technology and deep clinical and consumer insights to deliver personal health solutions for consumers and professional health solutions for healthcare providers and their patients in the hospital and the home.
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About the JPEO-CBRND:
The Joint Program Executive Office for Chemical, Biological, Radiological and Nuclear Defense (JPEO-CBRND) mission is to provide an integrated layered chemical, biological, radiological, and nuclear defense capabilities to the joint force across combined Joint All-Domain Operations. JPEO-CBRND’s goal is to enable the joint force to fight and win unencumbered by a CBRN environment. To learn more about JPEO-CBRND, visit: https://www.jpeocbrnd.osd.mil/, or follow JPEO-CBRND on social media @JPEOCBRND.
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Silvie Casanova
Philips
Tel: +1-781-879-0692
Email: silvie.casanova@philips.com
Avi Dines
Philips
Tel: +1-781 690 3814
Email: avi.dines@philips.com
Source: Royal Philips
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