Internet of Medical Things (IoMT)
Understand how your deployed products are performing and deliver promising patient outcomes, while controlling costs, driving revenue, and meeting changing regulatory requirements.
What is the Internet of Medical Things (IoMT)?
IoMT, also known as IoT in healthcare, is the interconnectedness of medical devices and applications through information and communication technologies.
IoMT uses automation, sensors, and machine-based intelligence for less human intervention during routine healthcare procedures and monitoring operations, and reduced machine downtime, increased asset life, and lower patient and provider costs.
Reinvent your medical device service strategy with remote service
In today's environment, delivering efficient and effective service is more important than ever. Take your services to a new level, both remotely and in-person, by utilizing the Internet of Medical Things (IoMT) and augmented reality (AR).
Watch this short video to discover how remote service is transforming outcome-based healthcare by helping to prevent and solve issues remotely, guide customers through self-service, and equip technicians with remote diagnostics.
Check out Top Three Ways Remote Service is Transforming Outcome-Based Healthcare to learn more.
What are the challenges of IoMT?
Security and Privacy
IoMT comes with some unique legal, regulatory, technical, and privacy challenges, mainly because the IoMT ecosystem has so many stakeholders. Due to the sensitivity of medical data, there is significant regulation about how and where it can be used, along with specifications about how the technology should be secured.
Data Ownership
It's not always clear who IoMT data belongs to when it is generated. The patient, software provider, device manufacturer, or other healthcare providers might generate or touch the data during its lifecycle. Depending on the context, the data rights for each party can be complex.
Implementation
Given the distributed nature of IoMT infrastructure, the devices and software systems must be able to communicate securely with one another. Interoperability and device compliance with industry standards can complicate implementation of IoMT.
Upgrades and Updates
Given the secure nature of medical devices, there is often an inability to upgrade or update with new features. Consumers may be unlikely to upgrade their devices every year, and hospitals are generally slow to roll out expensive new equipment, resulting in a patchwork of products with different capabilities across the market.
Build value with usage data from the IoMT
Know how your customers use your products and how they perform. Deliver unparalleled service and the right products with market-leading effectiveness.
Optimize service delivery
Drive service financial performance
Grow revenue in the value chain
Create new business models
Make service more valuable
Increase customer lifetime value
IoMT case studies
Learn about the value peer companies have earned by implementing Internet of Medical Things technology.
Industrial IoT (IIoT)
Maximize revenue and ensure compliance with IoMT solutions backed by the industry’s leading IIoT platform.
Augmented Reality
Improve quality, safety, and workforce efficiency by equipping frontline workers with AR work instructions for assembly, service, and training.
Product Lifecycle Management (PLM)
Accelerate time to market while reducing the cost of compliance with PTC’s product lifecycle management solutions.
Computer-Aided Design (CAD)
Reduce prototype time and costs to design, develop, and document products with parametric modeling, generative design, simulation, and analysis.
What is the future of IoMT?
The future of IoMT will drive continued change as medical device manufacturers develop products for provider and patient safety, security, and longevity. IoMT technologies will transform many medical treatments for faster, more efficient, and convenient patient care, and significant cost and time savings. Service leaders and end users will be able to leverage digital processes to analyze, manage, and communicate information enterprise-wide for faster and more accurate decision-making.