Building a Stronger Foundation for the Future of Healthcare
Wearables, apps, and the “internet of medical things” are redefining the concept of patient care, as providers strive to deliver more personalized services with just a few taps. As patients become more empowered to make better choices when it comes to their health, the challenge is for the healthcare IT infrastructure to support these new technologies.
What is Happening?
Internet of Medical Things
- The application of medical IoT in healthcare including patient monitoring and telemedicine is changing the way healthcare providers deliver quality, affordable services to their patients.
- Capturing more patient data will benefit patients and healthcare systems alike through more accurate diagnosis, and improved efficiency, security and regulatory compliance.
- To enable this transformation, healthcare IT managers need reliable, intelligent and scalable infrastructure that maximizes continuity and adapts to the rapidly changing requirements of healthcare delivery networks.
Preparing for Interoperability
- Interoperability promises a seamless exchange of information across a vast network of providers involved in a patient’s care including hospitals, outpatient facilities, doctor’s offices, home health agencies, and other post-acute care facilities.
- A fully integrated system is expected to propel value-based patient care, increase operational efficiencies and lower costs.
- To realize these benefits and ensure the ongoing viability of interoperability, healthcare organizations must rethink how the disparate pieces are connected and protected to ensure data security and resiliency.
- An increase in the number and frequency of natural disasters and malicious cyberattacks is driving an increased focus on physical and data security as well as emergency preparedness planning.
- Complying with the onerous requirements of regulatory agencies such as Centers for Medicare and Medicaid Services, The Joint Commission, and National Fire Protection Association can be difficult to manage.
- Risk of non-compliance is high. Healthcare providers need partners that can help them understand the requirements and implement code-minimum solutions.
- Technology and the IT infrastructure that supports it are now a vital part of healthcare. A power failure or dropped IT load can result in financial loss, damaged reputation, and worst case, loss of life.
- Healthcare facilities require continuous, clean and reliable power to support the critical IT infrastructure and ensure 24x7 continuity.
- With growing reliance on IT, the need for a stronger, more agile data center and IT infrastructure is critical.
- With an aging population and rising healthcare costs, new service delivery models are helping drive costs down and provide services in the community adding convenience and flexibility.
- Innovative wearable technologies and remote patient monitoring are enabling the growth of telemedicine. All of these technologies are generating large amounts of data that needs to be distributed securely and efficiently.
- Rethinking healthcare IT architecture and deploying small, branch data center locations supports a variety of healthcare functions including EMR systems, digital imaging and advanced telemedicine solutions to ensure fast, easy access to information.
- Today’s healthcare IT and facility managers are challenged to maintain reliability of legacy applications across an aging infrastructure that spans millions of square feet and hundreds of distributed sites.
- Knowing where your assets are and having visibility across your network can be difficult without the right resources.
- With a connected, intelligent IT infrastructure, healthcare organizations can simplify the management of healthcare IT and improve decision making for more efficient and reliable operations.
- The healthcare industry is among the most complex and becoming even more so as a result of industry consolidation, increasing regulatory requirements and adoption of new technologies.
- Increasing pressure to reduce costs and improve margins are driving healthcare providers to look for ways to improve efficiency and worker productivity.
- Just as data collected from IoT-enabled devices is being used to improve patient outcomes, intelligent hardware, software, and services are enabling visibility and data-driven insight to improve performance and efficiency across your distributed IT and physical infrastructure.
- Connected devices and app-based technology puts key operating parameters at your fingertips improving communications and worker productivity.
- According to the Department of Energy, hospitals use more energy than any other building type, typically representing approximately half of a healthcare facility manager’s budget. Reducing energy usage and costs in healthcare has become a top priority.
- Healthcare facility and IT managers are deploying energy-efficient solutions including equipment upgrades and replacements, performing preventive maintenance to optimize cooling efficiency, and adding monitoring and controls to power and cooling equipment.
- Another growing trend in healthcare is a shift toward producing or procuring renewable energy to protect patients from the health impact caused by climate change.
- Imaging systems are the backbone for diagnostic services for most hospitals and outpatient facilities.
- Poor power quality, installation errors, and grounding issues can impact the operation of sensitive imaging equipment resulting in costly unplanned equipment downtime, or worse, poor image quality impacting interpretation of patient’s condition, putting patients at risk.
- Ensuring clean, reliable power starts with good design, including proper equipment selection and configuration, as well as proper installation. Power systems also require regular testing to comply with regulations and ensure continuous operation.
UC Health Selects Environet to Monitor IT Equipment
Environet helps U C Health improve worker productivity and efficiency with single point access remote monitoring.
Constant Connectivity: Delivering Data Seamlessly, Even at the Edge
Distributed Antenna Systems (DAS) are improving communications at the edge across a variety of industries including healthcare, manufacturing and retail.