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Philips Healthcare logoPhilips Healthcare

Global health technology leader improves maintenance of lifesaving devices and reduces downtime with OpenText™ Analytics Database (Vertica Analytics Platform)

Philips Healthcare logo

About Philips Healthcare

Philips Healthcare is a global leader in health technology, committed to improving lives through innovative solutions that enhance clinical performance and reduce the cost of ownership for medical imaging systems.
A person about to receive a mri scan of her head
  • Founded:
    1891
  • Employees:
    80,000+
  • Industry:
    Healthcare Technology

Summary

Challenges

  • Unplanned downtime of complex medical imaging systems.
  • Costly disruptions in clinical workflows.
  • Impacted patient care and increased operational costs.

Solution

  • Implemented a predictive maintenance solution using AI and machine learning.
  • Leveraged proactive issue detection with sensor data integration.
  • Designed non-intrusive and proactive service actions.

Results

  • data-visualization Achieved 30% downtime reduction
  • asset-management Enabled 84% first-time fix rate
  • dollarsign Added proactive issue detection and full data observability

Challenges

  • Wanted to maximize the availability of medical imaging systems for optimal clinical performance and predictable costs
  • Sought to move from a reactive to a data-driven proactive maintenance approach while respecting device complexity and regulatory boundaries

Philips Healthcare faced significant challenges with the maintenance of its advanced medical imaging systems, like MRI and CT scanners. These machines are essential for patient diagnosis and treatment, requiring high availability to ensure optimal clinical performance and predictable costs. However, unplanned downtime due to maintenance issues not only disrupted healthcare services but also posed a financial burden on healthcare providers.

Mauro Barbieri, principal architect service at Philips Healthcare, explained, “Just one of our sophisticated MRI scanners will log a million events and deliver 200,000 sensor readings every day, based on tens of thousands of data elements. Due to the complexity and the highly regulated environment in which medical devices operate, they have a long development time. And although a wealth of data is captured, this was not designed to support predictive maintenance, as who knew 20-30 years ago that IoT would be a thing and that we would use artificial intelligence to predict failures? To change our approach, we needed to integrate many data sources and create predictive models.”

Recognizing the need for a more reliable and efficient service model, Philips Healthcare set out to shift from a reactive to a proactive maintenance approach. This transition required the integration of vast amounts of sensor data from medical devices, advanced analytics, and machine learning models to predict and prevent potential failures before they could impact service availability. The challenge was not only technical but also operational, as it involved rethinking existing processes and ensuring that predictive maintenance could be seamlessly incorporated into clinical workflows without disrupting patient care.

A doctor discussing reports with patient

Our OpenText Analytics Database-powered predictive maintenance system, built on vast amounts of data and advanced AI models, allows us to detect and address potential issues before they impact clinical operations. This improves the reliability of our equipment and enhances patient outcomes and satisfaction.

Mauro Barbieri
Principal Architect Service, Philips Healthcare

Solution

Philips Healthcare leveraged OpenText™ Analytics Database to develop a predictive maintenance system that uses AI-driven analytics to minimize equipment downtime, ensuring high availability and uninterrupted patient care.

Products deployed

Implementing predictive maintenance platform using AI and machine learning

Leveraging OpenText Analytics Database, Philips Healthcare implemented a sophisticated predictive maintenance platform that leverages advanced AI and machine learning algorithms. The AI-driven platform analyzes vast amounts of data collected from various medical devices to predict potential system failures before they occur. By utilizing AI, Philips Healthcare can process complex datasets efficiently and identify patterns that indicate imminent issues, allowing them to take preventive action well in advance.

Barbieri explained, “By leveraging predictive analytics, we can reduce unplanned downtime significantly, ensuring that our critical medical imaging systems remain available for patient care. This proactive approach is essential in delivering reliable and efficient healthcare services.”

Leveraging proactive issue detection with sensor data integration

Philips Healthcare integrated data from over 200 different sources, including real-time logs, error reports, and performance metrics from its medical devices. This amounted to six trillion rows of data, including 10 years of valuable historical data. This is centralized in a comprehensive data warehouse, where one and a half petabytes of information are continuously monitored and updated. The predictive models use this data to detect anomalies and potential issues early, ensuring that any signs of failure are addressed proactively, reducing the likelihood of equipment downtime.

Barbieri commented, “Our devices generate massive amounts of data daily. By centralizing and analyzing this data with OpenText Analytics Database, we can detect even the smallest anomalies, allowing us to intervene before a minor issue becomes a major problem.”

Designing non-intrusive and proactive service actions

Patient care is the absolute priority, so to minimize disruptions to clinical workflows, Philips Healthcare has modelled multiple failure modes for key components of MRI scanners and CT machines. It has designed its service actions to be non-intrusive and scheduled proactively. The predictive maintenance platform generates alerts based on the data analysis, which are then reviewed by a remote monitoring team. These alerts guide maintenance activity scheduling to times that are least disruptive to clinical operations, ensuring that the equipment remains operational and available when needed most.

After initial implementation, the OpenText Analytics Database platform grew in popularity within the company and soon scaled globally to cover many countries. Its built-in flexibility allowed for the necessary regional compliance adaptations. For instance, China runs a separate version to ensure that customers’ data stays within its national borders.

Doctors discussing scan results of xray images

Our devices generate massive amounts of data daily. By centralizing and analyzing this data with OpenText Analytics Database, we can detect even the smallest anomalies, allowing us to intervene before a minor issue becomes a major problem.

Mauro Barbieri
Principal Architect Service, Philips Healthcare

Results

Philips Healthcare deployed OpenText Analytics Database in just eight months. The organization achieved a 30 percent reduction in equipment downtime, enhanced service efficiency, and improved overall patient care outcomes.

Achieved 30% downtime reduction and improved patient care

Millions of medical system log files are processed daily by OpenText Analytics Database. This directly supports Philips Healthcare’s predictive maintenance and has led to a 30 percent reduction in equipment downtime. This improvement ensures that critical medical imaging systems are more reliably available for patient care, reducing delays in diagnosis and treatment.

Barbieri commented: "Our OpenText Analytics Database-powered predictive maintenance system, built on vast amounts of data and advanced AI models, allows us to detect and address potential issues before they impact clinical operations. This improves the reliability of our equipment and enhances patient outcomes and satisfaction."

Enabled an 84% first-time fix rate, boosting device uptime

The new OpenText Analytics Database-driven system has led to 50 percent of CT service cases being diagnosed and resolved entirely remotely. For the remaining cases where an on-site visit is required, the system enabled an 84 percent first-time fix rate for equipment issues, meaning that most problems are resolved on the first service visit. In a typical hospital setting, this amounts to 136 hours of extra operational device availability per year. This efficiency reduces operational costs and minimizes disruptions to clinical workflows, directly and positively impacting Philips Healthcare’s customers and their patients.

Peter Sharpe, chief executive at Cobalt Imaging, one of Philips Healthcare’s customers, explained, "Remote service provides us with an engineer online all the time. They tell us when we’ve got a fault before we know we’ve got a fault. And not only that, but they can also fix the fault before we knew we had a fault. And that’s impressive."

Introduced proactive issue detection and full observability

With over 20 percent of issues being detected proactively before customers notice them, Philips Healthcare has enhanced its service reliability and customer satisfaction. Full data observability ensures precise monitoring, resulting in more accurate maintenance actions; essential when managing medical equipment. The proactive approach prevents potential disruptions and ensures that equipment is maintained without impacting patient care.

"Thanks to the predictive maintenance system, we’ve significantly reduced downtime, ensuring that our imaging systems are always ready to support patient care. We have more uptime on the scanner and are potentially able to see more patients, boosting our service satisfaction," attested David McCafferty, superintendent radiographer at New Stobhill Hospital in Glasgow.

Barbieri concluded, “We are in the business of improving people’s health and wellbeing through meaningful innovation. Preventing unplanned downtime for crucial medical devices means more patients can benefit faster. Leveraging OpenText Analytics Database, we achieve this with 24/7 proactive monitoring to ensure that all the components in our infrastructure are fully observable. We support hundreds of different data types, and our data quality is continuously improving which in turn enhances our service and our customers’ experience.”

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