Digital transformation and innovation in healthcare have become essential in giving patients easy access to timely medical care.
More than ever, hospitals and other organizations in the healthcare ecosystem are dependent on network infrastructure to ensure that information flows freely, accurately and reliably. While the bulk of healthcare data traffic generated by IT devices flows through the cloud, confidential patient data must be properly handled and secured in accordance with regulatory requirements. Data security and privacy is a critical challenge.
A few commercial spaces may even approach the type of data processing needs of a modern healthcare facility such as a hospital. The rapid and reliable movement of information is mission-critical, both physical and data security must meet strict regulatory standards, widespread staff and patients require far-reaching connectivity, and both inventory and equipment must be closely managed.
In addition, the value of the Internet of Medical Things market worldwide is set to reach US $ 158 billion this year. The growth of health-focused Internet of Things (IoT) devices and wearables, the growing intrusion of healthcare data, and the adoption of telemedicine, clinical informatics, and mobile initiatives have led healthcare institutions to invest in modernizing infrastructure.
The healthcare sector is changing rapidly, driven by new technology and patient expectations. Here are three key areas that public and private healthcare organizations need to consider as they accelerate their own transformation and innovation.
Patient safety, data security in digitalized healthcare
Modern health networks are under increasing pressure to meet the growing demand for telemedicine. Rapid digitalisation of healthcare has put the spotlight on patient safety and personnel security, as well as data security and privacy.
The use of healthcare data and the guarantee of data privacy and regulatory compliance are imperative factors in the reliable delivery of healthcare. Actionable insights are derived from data collected through mobile healthcare applications and wearables to improve patient care. They assist healthcare teams to promote clinically best practices.
In addition to data centers that host confidential patient and medical data, patient care is regulated by regulations, and lives are network dependent. This makes the standards-compliant connection – from the server room to the emergency room, from daycare to the nurse’s station – critical.
Infrastructure security must prevent unauthorized access by an unauthorized person. It must also detect and reject unauthorized access by an authorized person by tracking all changes in the physical layer in real time.
IT operating technology synergies for smart, efficient healthcare
Modern healthcare organizations rely on free and timely information flows for efficient operations. Dealing with increasing pressure to do more with fewer resources, healthcare operations require solutions that help optimize operational expenses (OpEx) as key systems become more connected and more capable.
With this goal in mind, IT and operations technology teams can develop shared paths of efficiency to achieve the industry’s ultimate metric of success – improved patient outcomes and patient experience. The healthcare sector has made a sustained commitment to provide affordable, high-quality care to a growing number of patients, while reducing operating costs in the process.
IT infrastructure plays a major role in streamlining operations. Sharing a shared physical network unlocks the potential for more efficient network management and provisioning operations.
Working together on a converged network, IT and operations technology teams use IoT capabilities that have led to exponential growth in the number of wired and wireless network devices, as well as requirements for PoE.
For example, Wi-Fi 6 / 6E connects smart beds, oxygen monitoring devices and real-time access to X-rays, including staff alerts and patient monitoring applications. IoT adoption has also gained traction in lighting, HVAC, physical security, asset tracking, smart parking, smart locks and security cameras. These real-world IoT deployments operate on a complex and costly array of network protocols, equipment, and various management tools.
Patient experience at the heart of healthcare future
Healthcare is changing, with patient experience at the heart of it all, from patient care delivery to personalized healthcare. Adoption of digital technologies helps to improve remote patient monitoring and care delivery to achieve the best possible results. Meanwhile, supervision and control of patient experience, staff productivity, recruitment and inventory can be greatly improved with simpler and automated processes.
The bottom line is that healthcare organizations need to strike a smart balance between operational efficiency and patient experiences, while supporting next-generation services such as telemedicine and virtual ICU centers. The use of artificial intelligence (AI) and big data analysis provides insights that improve patient care while reducing the cost of healthcare.
According to an Accenture report, 84% of healthcare providers believe that AI will in principle change how healthcare providers receive information from patients and interact with consumers. For example, AI tools that analyze data from personal health devices, IoT solutions, DNA tests, genome sequencing, electronic medical records and more help clients to personalize treatments and experiences for the individual patient.
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An infrastructure provision for accelerated transformation
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