Private 5G Use Cases & Benefits for Healthcare Sector

The healthcare industry is constantly evolving and adapting to new technologies that improve patient outcomes and care. And one of the latest technologies to emerge as a leading solution for innovation in healthcare is private 5G networks. In this article, Viswanathan Ramaswamy, Vice President, 5G & Digital Solutions Incubation at Tata Communications, explores the uses cases and benefits of private 5G in the healthcare sector.

Today, 5G is approximately 100 times faster than its predecessor, 4G, and has the capacity to halve latency compared to Wi-FI6, according to PWC’s 5G in Healthcare report. Furthermore, of all existing wireless technologies, 5G enables the most amount of data to be transferred at once.

With this kind of power, 5G networks hold the potential to transform healthcare by providing faster, more reliable connectivity. The technology can help professionals and patients alike by fuelling the development and capabilities of innovative applications and services.

But what does this really mean in practice? And what private 5G use cases exist today that demonstrate how this technology is driving innovation for the healthcare sector? Let’s find out.

What Are Private 5G Networks?

Private 5G networks are essentially a dedicated cellular network that’s built and managed by a specific organisation, such as a hospital or healthcare provider. These networks use the same technology as public 5G networks, but they operate independently of public infrastructure.

“As such, private 5G networks can be customised to meet the specific needs of an organisation, and provide better coverage and performance in areas where public networks may not be available.”

So, what does this mean for the healthcare sector specifically?

How is Private 5G Being Used in Healthcare?

One of the key benefits of private 5G networks is that they offer low-latency and high-bandwidth connectivity, so can support a range of innovative applications.

For healthcare today, such applications include the transmitting high-resolution medical images in real-time, enabling remote consultations between doctors and patients, and supporting telemedicine.

Let’s take a closer look at some private 5G use cases and how the technology is supporting innovative healthcare solutions:

Secure and fortified comms within hospital

Some 39 million individuals were affected by healthcare data breaches in the US so far this year, according to the HHS Office for Civil Rights (OCR) data breach portal. It is a sector increasingly under threat from cyber criminals, with a reported 44% increase in attacks last year. Known critical vulnerabilities were found in 53% of digital medical devices and other internet-connected products in hospitals, according to FBI research.

The rising cyber threat to hospitals has meant the Food and Drug Administration (FDA) will now require medical devices to meet specific cybersecurity guidelines.

Private 5G has a clear role to play by increasing the security of a hospital’s network and thus better protecting patient data and devices.

Telemedicine

Telemedicine has become increasingly popular in recent years, as it allows patients to receive care from anywhere, at any time. Private 5G networks can support telemedicine applications by providing the high-speed connectivity necessary for video consultations, remote monitoring of patient data, and other telemedicine services.

But to realise the full potential of private 5G networks when it comes to telemedicine also means ensuring network security and data privacy is a top priority. Medical records are considered to be some of the most sensitive data existing today. So, in order for 5G to facilitate telemedicine and improve healthcare capabilities, data must be protected from cyberattacks at all times.

Here, machine learning (ML) and AI can play a big role in identifying and mitigating cyber-incidents. With high levels of automated intelligence and threat management capacities, private 5G use cases in healthcare can be secured – from traffic analysis to threat identification and isolation.

Medical Data Transfer: Imaging, Wearables and IoT Devices

Private 5G networks can provide the low-latency, high-bandwidth connectivity required to transmit high-resolution images or large quantities of data in real-time. In practice, this means healthcare professionals can make accurate diagnoses and treatment decisions based on fast, state-of-the-art medical imaging.

Likewise, wearable devices and IoT sensors are becoming increasingly popular in healthcare as they can provide valuable data on patients’ health and wellbeing. Healthcare professionals can use private 5G networks to support these devices with the low-latency connectivity required to continuously transmit data in real-time – enabling doctors and caregivers to make more informed decisions about patient care.

Remote-assisted surgery

Specialist surgeries will not necessarily have to be carried out in one hospital, widening access to healthcare for the public.

The connectivity and reliability of private 5G enables expert surgeons to remotely assist procedures, without the need to be physically present in the same location.

“Looking more to the future, PWC’s 5G in Healthcare report illustrates the opportunity for private 5G networks to aid complex operations when using next-generation technology in the future – from artificial intelligence (AI) to augmented reality, virtual reality and robotic equipment.”

What Are the Benefits of Private 5G For Healthcare?

Private 5G networks offer a range of benefits for the healthcare industry, including faster, more reliable connectivity with high-bandwidth and low-latency to support a range of innovative healthcare applications and services.

One particular area that serves to benefit from private 5G networks is patient outcomes. With healthcare professionals empowered to make more informed decisions about patient care, they can foster more improved outcomes and better overall health. Similarly, private 5G networks can help streamline workflows and reduce administrative overhead, increasing efficiencies across the healthcare sector.

But with advanced technology comes the need for enhanced security. 5G, alongside other technologies such as AI or ML, can enable cutting-edge protection with encryption and access controls – helping to protect patient data and ensure compliance with regulatory requirements.

The Future of Healthcare with Private 5G Networks

Today’s healthcare environment is grappling with reduced funding and increased pressure to deliver at pace. But no person is the same, so alongside enhanced data analytics to support diagnostics and procedures, the sector is trying to deliver more personalised, customisable healthcare and treatments.

Private 5G networks can be customised to meet the specific needs of a healthcare organisation based on a combination of factors, including applications, network architecture, speed, scale and budget.

When it comes to the healthcare sector and private 5G networks, finding the right partner to support deployment – as well as continued management post-rollout – is fundamental to ensuring the longevity of 5G-enabled solutions.

Innovation in healthcare won’t stand still. Healthcare providers need to know they have the flexibility to evolve and adapt without being tied to a particular solution or vendor. For instance, choosing a technology partner that’s agnostic to hardware or network equipment so any combination of equipment can be implemented. That way, the latest solutions will always be available for healthcare professionals and patients today, and tomorrow.

To learn more about how Tata Communications is transforming healthcare with digital solutions, click here.