Global

AI-enabled solutions

 

*According to the definition of AI from the EU High-Level Expert Group

    This page lists Philips solutions with AI functions and features that fall under the definition of AI per the EU HLEG, and shows our commitment to transparency as articulated in our AI Principles

    Personal health

    Airfryer XXL Smart

    Airfryer XXL Smart


    Airfryer XXL Smart is a proposition for consumers that enables automated cooking of five food types such that the user gets crispy and tasty results at the touch of a button.

     

    AI-enabled function or feature

    Airfryer XXL Smart has a built-in sensor system that was designed using AI to detect when a certain food type is done, based on a food type that is selected by the user. The system automatically adjusts time and temperature throughout the cooking process - while giving users the freedom to manually adjust settings.

     

    Validation process

    Smart Chef programs were tested and the cooking results were validated with consumers.

     

    Ultimate decision responsibility

    Consumers pre-select the food type and remain in control of the cooking time: they can manually prolong the cooking time after the Smart Chef program finishes, or stop it a few minutes early.

    Smart Shaver Series 7000

    Smart Shaver Series 7000


    Smart Shaver Series 7000 is a male grooming product designed for skin comfort, enhanced with personal guidance that was co-developed with dermatologists, to help men with the specific skin issues they face.

     

    AI-enabled function or feature

    Smart Shaver Series 7000 has built-in sensors that enable the device to recommend a personalized shaving plan to the consumer, using AI. The system gives the consumer tips based on his data to reduce skin irritation issues after shaving.

     

    Validation process

    Series 7000 personal guidance was validated with rotary shaving users.
     

    Ultimate decision responsibility 

    Consumers receive personalized shaving tips and remain in control of the shaving.

    Diagnosis and treatment

    VitalEye

    VitalEye


    VitalEye allows for integrated automated breathing detection for a broad range of patient sizes without accessories or manual adjustments.

     

    AI-enabled function or feature

    VitalEye uses touchless patient sensing and advanced algorithms to detect breathing – allowing routine MR exam set-up to occur in less than a minute, even for less experienced operators, while helping them keep a caring eye on the patient.

     

    Validation process

    VitalEye was validated against the (belt) device used today, demonstrating equivalent or superior performance.

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of MRI imaging, while VitalEye detects the patient's breathing automatically.

    SmartExam

    SmartExam


    SmartExam automates MR exam planning, scanning and processing to deliver consistent and reproducible results – all with a single mouse click. SmartExam automates over 80% of the typical scanner caseload.

     

    AI-enabled function or feature

    SmartExam uses intelligent software which automatically plans scanning geometries, based on the validated scanning preferences of the healthcare professional. This enables the healthcare professional to standardize the MRI exam process, enhancing consistency in follow-up exams of the same patient and from patient to patient.

     

    Validation process

    SmartExam algorithms for predicting and supporting workflow were validated using non-clinical performance testing with users.

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of the MRI imaging, while SmartExam supports their workflow with automatically generated scanning geometries.

    Ingenia Ambition X 1.5T MR with BlueSeal Magnet

    Ingenia Ambition X 1.5T MR with BlueSeal Magnet


    The Ingenia Ambition X 1.5T MR with BlueSeal Magnet is the world's first MR system to enable helium-free operations.

     

    AI-enabled function or feature

    BlueSeal is a fully sealed magnet that is designed to simplify MR installation, reduce lengthy and costly disruptions in MR services, and help the radiology department transition to sustainable helium-free operations. AI was incorporated into the magnet controls to enable a more efficient return to normal operations should an interruption occur.

     

    Validation process

    BlueSeal AI-enabled algorithms were validated using non-clinical performance testing.

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of the radiology examination, while BlueSeal AI-enabled magnet controls enable a more efficient return to normal operations should an interruption occur.

    EPIQ CVx and CVxi with 3D Auto RV

    EPIQ CVx and CVxi with 3D Auto RV


    The EPIQ CVx and CVxi are cardiac ultrasound solutions for diagnostic and interventional echo exams across a wide range of patients.

     

    AI-enabled function or feature

    3D Auto RV uses anatomical models to provide semi-automated measurements for right ventricle volume, ejection fraction, and other relevant calculations for cardiac anatomical and functional quantification. The parameters for the models were trained using AI technologies.

     

    Validation process

    3D AutoRV was clinically validated on a typical patient population whose cardiac images covered a range of heart sizes and image quality.

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of the clinical assessment, while 3D AutoRV supports their workflow with automatically generated measurements.

    IntelliSpace Discovery

    IntelliSpace Discovery


    IntelliSpace Discovery is an open platform that offers radiologists comprehensive data analytics capabilities for clinical and translational research in radiology. IntelliSpace Discovery is for research use only and cannot be used for patient diagnosis or treatment selection.

     

    AI-enabled function or feature

    The IntelliSpace Discovery platform provides applications and tools for radiologists to aggregate and normalize data, which can be visualized and annotated to train and validate deep learning algorithms.

     

    Validation process

    Al-enabled algorithms that are created using IntelliSpace Discovery are validated separately; the platform itself is used for research only.

     

    Ultimate decision responsibility 

    Healthcare professionals and researchers can use IntelliSpace Discovery platform to create algorithms for research purposes. They remain in control of validation and deployment of those algorithms.

    IntelliSpace Portal

    IntelliSpace Portal


    IntelliSpace Portal is a comprehensive, advanced data integration, visualization, and analysis platform to enhance diagnostic confidence.

     

    AI-enabled function or feature

    IntelliSpace Portal combines clinical data from various modalities using AI to enhance clinical workflows. The latest iteration features machine learning capabilities to automatically learn from prior application usage to predict the series and data type on which pre-processing should be applied.

     

    Validation process

    Verification and validation tests have been performed to address intended use, claims about technological characteristics, requirement specifications, and risk management results.

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of  diagnostic decision-making.

    IntelliSpace Cognition

    IntelliSpace Cognition


    IntelliSpace Cognition is a proposition for neurologists to aid in assessing the cognition of their patients.

     

    AI-enabled function or feature

    IntelliSpace Cognition uses automated scoring of tablet-based cognitive tests to help neurologists assess whether patients have cognitive deficits, speeding up the assessment and improving reproducibility.

     

    Validation process

    IntelliSpace Cognition scores were validated in a normative data study with a patient cohort that matched the target population in terms of gender, age, and ethnicity.

     

    Ultimate decision responsibility 

    Healthcare professionals are presented with test scores that support their diagnostic decision-making.

    Ingenia Ambition X 1.5T MR with BlueSeal Magnet

    IntelliSpace Precision Medicine Oncology


    IntelliSpace Precision Medicine Oncology is a cloud-based informatics solution designed to enable comprehensive patient-centric cancer care. IntelliSpace Precision Medicine Oncology is not a medical device, not for diagnostic use, and not a substitute for a primary data source; it is for research use only.

     

    AI-enabled function or feature

    IntelliSpace Precision Medicine Oncology intelligently integrates information across different clinical domains such as radiology, pathology, EHR systems, and genomics, and seamlessly incorporates all key patient and medical data in one location, to provide a clear, intuitive view of patient status in its disease and state context.

     

    Validation process

    Non-clinical software verification and validation was performed. As the application is for research use only, other verification and validation activities are part of ongoing R&D efforts.  

     

    Ultimate decision responsibility 

    Healthcare professionals remain in control of the clinical/pathological assessment, diagnosis and therapy decision, while IntelliSpace Precision Medicine supports their workflow by integrating and providing relevant information.

    Connected care

    eCare Manager

    eCare Manager


    eCareManager is a software platform that enables patient population management, provides actionable insights for clinical decision support, and supports care coordination.

     

    AI-enabled function or features

    • Discharge Readiness Score uses predictive analytics to estimate the probability that patients in the intensive care unit (ICU) risk death or readmission within 48 hours if they were discharged from the ICU, assisting the healthcare professional in the ICU discharge process.
    • Sentry Score uses predictive analytics to identify patients in the intensive care unit (ICU) who may require an intervention within 60 minutes, helping the healthcare professional prepare accordingly.

     

    Validation process

    • Discharge Readiness Score was retrospectively developed and validated on separate ICU patient cohorts, and it was further validated as a marker of severity of illness throughout the ICU stay on another cohort of ICU patients.
    • Sentry Score was retrospectively developed and validated on separate ICU patient cohorts, and a prospective validation was performed for another cohort of ICU patients against blinded assessments of need for intervention as adjudicated by ICU clinicians

     

    Ultimate decision responsibility 

    • Discharge Readiness Score presents healthcare professionals with the probability that a patient in the ICU would die or need to be readmitted to the ICU within 48 hours after a discharge from the ICU. They remain fully in control of the decision of whether to discharge a patient from the ICU.
    • Sentry Score presents healthcare professionals with the probability that a patient in the ICU will need an intervention within 60 minutes. They remain fully in control of any intervention.
    IntelliVue Guardian

    IntelliVue GuardianSoftware


    IntelliVue GuardianSoftware is a customizable clinical data management system for the general ward, combining software, clinical decision support and mobile connectivity to help identify the right patient at the right time for early, effective intervention.

     

    AI-enabled function or feature

    IntelliVue GuardianSoftware with Early Warning Scoring (EWS) uses predictive trend analytics to aid caregivers in identifying subtle signs of deterioration in a patient’s condition at the point of care, thereby helping them to respond earlier.

     

    Validation process

    Early Warning Score was validated using clinical outcomes in a prospective before and after study.

     

    Ultimate decision responsibility

    Healthcare professionals are notified with the Early Warning Score and remain in control of any interventions including for example admissions to the ICU.

    eCare Manager

    Philips Cares predictive analytics


    Philips Cares predictive analytics integrates and processes streams of data to produce actionable insights, helping care teams intervene early, before a potential hospital admission is necessary.

    AI-enabled function or feature
    Philips Cares predictive analytics identifies senior patients at risk for emergency transport in the upcoming 30 days, based on data from home medical alert systems and electronic medical records, supporting timely interventions.

    Validation process
    The predictive model was validated with in-/out-patient encounter data.

     

    Ultimate decision responsibility

    Healthcare professionals are presented with risk scores and remain in control of all interventions.

    SmartSleep Deep Sleep Headband

    SmartSleep Deep Sleep Headband


    SmartSleep Deep Sleep Headband actively enhances the depth and duration of deep sleep.

     

    AI-enabled function or feature

    SmartSleep Deep Sleep Headband uses two small sensors and advanced algorithms that detect periods of deep sleep and intervene with clinically proven technology to produce customized audio tones that extend duration of deep sleep.

     

    Validation process

    Effects of the auditory stimulation were validated in a home use study with adult participants with shortened sleep schedules due to lifestyle.

     

    Ultimate decision responsibility 

    Consumers are presented with auditory stimuli that are automatically triggered by sleep waves. They can switch off the Headband at all times.

    SmartSleep Snoring Relief Band

    SmartSleep Snoring Relief Band


    Snoring Relief Band is intended to reduce snoring disruptions for positional-dependent back snoring where snoring ceases when sleeping on your side.

     

    AI-enabled function or feature

    Using clinically proven technology, the Philips SmartSleep Snoring Relief Band has a positional monitor with a built-in sensor system that was designed using AI to detect when people roll onto their back and deliver vibrations that prompt them to sleep on their side.

     

    Validation process

    The positional therapy with the sleep position device was compared to oral appliance therapy in patients with mild-to-moderate positional obstructive sleep apnea and found to be equally effective in reducing the median apnea-hypopnea index.

     

    Ultimate decision responsibility 

    Consumers receive vibrations that are automatically triggered when they roll onto their back. They can switch off the Relief Band at all times.

    DreamMapper

    DreamMapper


    DreamMapper is a mobile app that allows people with sleep apnea to track their therapy progress so that they can take an active role in their therapy.

     

    AI-enabled function or feature

    DreamMapper correlates data on therapy usage and mask fit with apnea hypopnea index (AHI) readings to track and help improve treatment success by helping users set and achieve personal therapy goals. The app motivates people to take an active role in their treatment via algorithms derived from psychological theories of behavior change.

     

    Validation process

    DreamMapper was validated using non-clinical performance testing with users, using web and mobile automation tests across 30 countries and 20 languages, for both iOS and Android. In addition, manual testing was done for scenarios where automation cannot be used.

     

    Ultimate decision responsibility 

    Consumers are presented with information and advice via an app and remain in control of their therapy.

    This overview is reviewed and updated regularly. If you have any questions, please contact us via the contact form.