ProMobix CNIO, Dr. Cheryl McKay, to Present on Clinical Mobility at HIMSS26

Grand Prairie, TX — March 6, 2026— ProMobix is proud to announce that Dr. Cheryl A. McKay, PhD, RN, Chief Nursing Informatics Officer at ProMobix, will be presenting in the Dell Technologies Booth (#2531) at HIMSS26 in Las Vegas.

Dr. McKay’s session, titled “Alignment in the Pursuit of Healthcare,” will take place on Wednesday, March 11, at 1 p.m. Her presentation will focus on the critical role of clinical mobility in strengthening care delivery and reducing friction for frontline clinicians. The session is delivered in partnership with Spectralink, emphasizing the combined value of purpose-built mobile solutions and clinical workflow expertise.

Drawing from her extensive background in nursing informatics and clinical workflow optimization, Dr. McKay will highlight how aligned mobility strategies—spanning devices, infrastructure, and application workflows—can reduce caregiver burnout, improve communication, and enhance the overall patient experience.

“At ProMobix, our goal is to ensure mobility solutions support clinical teams in meaningful ways,” said Dr. McKay. “Partnering with Spectralink and collaborating with Dell Technologies allows us to bring a unified mobility approach to healthcare organizations—one that is truly aligned with real-world clinical needs.”

HIMSS26 brings together global leaders in health IT, making it the ideal venue to showcase innovative approaches to clinical mobility and the transformational impact of well-aligned mobility ecosystems.

About ProMobix

ProMobix is revolutionizing healthcare mobility by providing comprehensive solutions that enhance clinical technology efficiency and caregiver satisfaction. Our managed services ensure seamless application rollouts, equipping healthcare organizations with the right workflows for maximum impact. Unlike traditional device management, we empower clinical teams with the right tools to optimize care delivery. Whether integrating new technologies or optimizing existing workflows, ProMobix is your trusted partner in designing a more efficient, empowered healthcare system.

Visit promobix.com or follow us on Facebook, Instagram, X, and LinkedIn to stay updated on our efforts to minimize technology challenges in healthcare.

Media Contact:

Liv Barwinska

Digital Marketing Manager

(312) 539-6196

[email protected]

Rural healthcare is facing one of the most transformative moments in its history. With the federal government allocating nearly $10 billion per year for rural health transformation, states now have an unprecedented opportunity to rebuild access, modernize care delivery, and close long‑standing gaps affecting millions of Americans. 

T‑Mobile’s Healthcare division joins the discussion to unpack what this investment means for hospitals, EMS agencies, community health workers, and the patients they serve. Their perspectives—spanning East and West, technology strategy, and on‑the‑ground implementation—reveal a powerful truth: Connectivity isn’t just infrastructure anymore. It’s care. 

A New Era of Rural Health Investment 

For decades, rural communities have struggled with provider shortages, hospital closures, long travel distances, and unreliable access to specialists. Many states were left doing “the best they could” with limited resources. But today’s funding changes the equation. 

“This rural health transformation plan represents the most ambitious rural health investment that the government’s ever had… it’s looking like it’s going to be $10 billion a year nationally over the next five years.” Rich Garwood, Senior Account Executive for Healthcare at T‑Mobile. 

This funding originated from federal legislation enabling states to create long-term, sustainable rural health transformation plans. These plans highlight seven key priorities—from telehealth to financial solvency to workforce development—all anchored in a common goal: reliable access to care, regardless of geography. 

Telehealth Moves from Pilot to Baseline Infrastructure 

One of the clearest themes is that telehealth is no longer considered experimental. Across all 50 states, telehealth and remote patient monitoring (RPM) appear as baseline components in rural health transformation applications. What was once a “nice-to-have” during the early 2010s—and a lifeline during the pandemic—has now matured into the default modality for reaching remote populations. 

“No more is telehealth like something they want to pilot. It is a baseline infrastructure across every single one of these applications.” said Garwood. 

But delivering care virtually requires more than video platforms and blood pressure cuffs. It requires a network that doesn’t fail, especially during critical moments like EMS interactions, emergency consults, or chronic care monitoring. This is where connectivity becomes not just a utility, but a clinical dependency. 

East vs. West: Two Paths to the Same Destination 

Although every state has the same end goal—sustainable rural access—the T‑Mobile panel made it clear that the starting point varies drastically. 

Eastern States: Coordination, AI + RPM, and HIE Modernization 

States from Florida to Maine are largely focused on: 

• – Advanced use of technology 

• – HIE (Health Information Exchange) expansion 

• – AI-assisted documentation and predictive analytics 

• – Real-time bed visibility 

• – Closed-loop referral systems 

• – Tele‑preceptorship for nursing and oral health 

• – Training via AR/VR simulation labs 

• – They’re layering innovation on top of largely established connectivity foundations. 

Western States: Connectivity First, Innovation Second 

Frontier states like Idaho and Montana still face the most basic challenge: many rural communities remain unconnected. 

In these regions, the priority is extending cellular and broadband coverage—sometimes across mountainsides or remote farmland—before AI documentation or tele-preceptorship can even be considered. Hub-and-spoke models, satellite coverage, and expanded fixed wireless services are essential stepping stones. Both approaches are correct and simply reflect different realities. 

The Challenge Beneath the Surface: Day‑2 Support 

Technology never lives alone. It needs training, troubleshooting, user support, device management, and cybersecurity practices that protect PHI and avoid costly penalties. A community health worker lost a tablet—leading to a $198,000 OIG fine. 

“We have a client right now that was fined $198,000 by the OIG because a community health worker lost a pad… The devices they have will need to absolutely have a great policy around it and also great execution to keep those records secure,” said Dr. Allen Moore, Connected Health Leader at T‑Mobile. 

As states expand care “on wheels,” mobile clinics, RPM devices, and connected EMS rigs, the stakes rise. Programs must be designed with end-to-end lifecycle support, clear policies, and a plan for when devices break, networks go down, or users need real-time help. 

This is where partnerships matter most. No health system—especially in rural markets—can do this alone. 

Why Deliverables, Timelines & Scale Matter 

With billions of dollars on the line, rural health leaders must demonstrate real, measurable progress. States are structuring their funds as grants with the required deliverables. If those deliverables aren’t met? Funding can be clawed back. 

“Most of these states are setting them up in a grant format… you’re really looking at having to measure your deliverables or they’ll call the money back… it’s very important that you come up with realistic deliverables that are also in some form transformational, said Maggi Duncan, Government Strategy Advisor at T-Mobile. 

Here are three keys to supporting this: 

Start with Proven, Scalable Technologies: No science experiments. No one-off pilots. Telehealth, RPM, AI documentation, digital inclusion sites—these are known to work. 

Track Progress Transparently: “In progress” beats “still planning.” States must show where they are in the process—40% complete; pilot validated; integration underway—rather than waiting for perfection. 

Bring in Scale-Ready Partners: 

Partners who understand: 

• – Grant compliance 

• – Device lifecycle 

• – Network reliability 

• – Clinical workflows 

• – Multi-site deployment 

“This is a really great opportunity—and an awesome opportunity—for partners to help serve the community,” said Rich Garwood 

Innovation That Will Redefine Rural Care 

Emerging innovations that rural communities will soon see: 

• – Treat-in-place EMS models 

• – Real-time ED and bed utilization systems 

• – AI-powered documentation and predictive analytics 

• – Tele-preceptorship for nursing and oral health 

• – AR/VR training environments 

• – Mobile simulation labs 

• – Community health worker enablement 

• – Digital inclusion sites in schools, libraries, banks, and ag centers 

• – Some states are even creating innovation trust funds to support long-term experimentation and sustain -breakthroughs beyond the 5-year grant window. 

The Bottom Line: Connectivity + Innovation = Rural Care Reimagined 

The future of rural healthcare won’t be built inside hospital walls. It will be built through a powerful ecosystem of connected technologies, mobile clinicians, strengthened EMS, AI-enabled workflows, and proactive community support. 

This is not a moment of incremental change. It’s a once-in-a-generation opportunity to redesign the rural care landscape from the ground up. As the T‑Mobile panel emphasized, transformation requires collaboration across policymakers, providers, technologists, and partners like ProMobix—bringing together the network, the devices, the workflows, and the hands-on field support required to create sustainable, scalable change. 

The work is already underway, and rural communities stand to benefit for decades to come. 

GRAND PRAIRIE, TEXAS — JANUARY 23, 2026 — As ProMobix and its affiliated organizations look ahead to 2026, the company is aligning leadership to further strengthen how strategy, execution, and customer value come together across the business.

As part of this alignment, Chris Andrus, Chief Strategy Officer for ProMobix, the Alairo Solutions Group, and Lone Star Communications, will focus his day‑to‑day efforts on keeping strategy and execution tightly connected. As part of this shift, Andrus will transition from leading Lone Star’s Central Texas sales region to leading the company’s Professional Services organization, now operating as the Advanced Solutions Group.

In this role, Andrus will work closely with Joel Coombs and the Advanced Solutions Group team to deliver higher‑value, advanced solutions that deepen and extend customer relationships. The evolution of Professional Services further positions it as a strategic complement to the core sales organization—bringing specialized expertise to support complex environments while enabling scalable, repeatable engagement models.

“As we continue to grow, it’s critical that our leadership structure evolves with the needs of our customers,” said Myron Wallace, the President of ProMobix. “This alignment strengthens the connection between strategy and execution and allows us to scale proven capabilities while delivering advanced solutions that support increasingly complex customer environments.”

Marquis Woodard, Chief Sales Officer, will continue to lead Lone Star Communications’ core sales organization and will oversee the process to fill the Central Texas sales leadership role. Under his leadership, the sales team delivered another record year in 2025, driven by disciplined execution, strong customer relationships, and a growing ecosystem of trusted technology partners.

Together, this leadership model reflects the organization’s broader strategy: leveraging long‑standing customer relationships and industry‑leading partnerships to drive sustained, scalable growth. Core sales execution continues to fuel momentum, while Professional Services and solution‑focused teams extend impact across more complex and evolving customer environments.

This structure enables Lone Star Communications and its affiliated organizations—including ProMobix—to protect and grow the core business while applying a proven, scalable approach nationwide. By aligning sales leadership with advanced solutions and the right partners, the organization is well positioned to meet changing customer needs.

Chris Andrus and Marquis Woodard will continue to work in close partnership as responsibilities evolve. Their collaboration has played a key role in the company’s growth and remains central to its forward strategy.

The business is performing strongly today, and this leadership alignment establishes a durable foundation for growth that extends beyond any individual product, partner, or geography.

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Media Contact:
Liv Barwinska
Digital Marketing Manager
(312) 539-6196
[email protected]

About ProMobix

ProMobix is revolutionizing healthcare mobility by providing comprehensive solutions that enhance clinical technology efficiency and caregiver satisfaction. Our managed services ensure seamless application rollouts, equipping healthcare organizations with the right workflows for maximum impact. Unlike traditional device management, we empower clinical teams with the right tools to optimize care delivery. Whether integrating new technologies or optimizing existing workflows, ProMobix is your trusted partner in designing a more efficient, empowered healthcare system.

Visit promobix.com or follow us on Facebook, Instagram, X, and LinkedIn to stay updated on our efforts to minimize technology challenges in healthcare.

It usually starts with good intentions.

A department wants more flexibility. Employees want to work faster and use the devices they already know. IT agrees. Finance signs off. Bring Your Own Device (BYOD) rolls out quietly—no big announcement, no major capital investment, no obvious downside.

At first, it feels like a win. No hardware purchases. Happier employees. Fewer assets to track. Until someone finally asks the question no one’s been tracking: “What is this actually costing us?”

The Cost That Never Shows Up in One Place

One of the biggest challenges with BYOD is that the costs are fragmented by design.

As the Cellhub Enterprise article “The Real Cost of BYOD: What Every Partner Needs to Know” explains, organizations often rely on monthly stipends to offset business use of personal devices, typically in the range of $30–$50 per user per month. On its own, that number doesn’t raise alarm. But when multiplied across hundreds or thousands of employees, it quietly becomes a major recurring expense, often rivaling or exceeding the cost of a centralized, corporate-liable mobility program.

Beyond stipends, costs surface in less obvious ways. Finance teams spend time tracking reimbursements and reconciling telecom expenses across multiple carriers and personal plans. IT teams absorb the burden of supporting a wide range of device models, operating systems, and configurations. None of these costs appear neatly in one budget line, which is exactly why BYOD’s total cost of ownership is so frequently underestimated.

The Moment Security Stops Being Theoretical

Every organization reaches a moment that changes how it views mobile risk.

Sometimes it’s a lost phone that still has access to corporate systems. Other times it’s an employee departure that leaves credentials lingering on a personal device. In more serious cases, it’s a delayed security patch or unsupported software version that exposes sensitive data.

Security is where BYOD’s true cost often reveals itself. When devices aren’t owned by the organization, enforcing consistent encryption, patching schedules, and access controls becomes significantly more difficult. Visibility decreases, policy enforcement weakens, and the attack surface quietly expands.

In healthcare and other highly regulated industries, that risk carries real consequences. Mobile devices are deeply embedded in clinical workflows, secure communications, and access to patient data. When security controls are inconsistent, organizations aren’t just managing inconvenience—they’re managing compliance risk and operational exposure.

When Support Teams Start to Feel the Strain

Long before leadership sees the problem on a balance sheet, IT and support teams feel it in their day-to-day work.

A clinician updates their personal phone, and suddenly, a critical application stops authenticating. A secure messaging platform behaves differently depending on the device model. A workflow breaks, but no one can quickly determine who owns the device or how it’s configured. Each incident is small, but together they create friction that slows response times and drains resources.

Supporting a diverse, unmanaged device ecosystem forces IT teams into reactive mode. Instead of optimizing systems or driving innovation, they spend their time troubleshooting edge cases, which is an inefficiency that compounds as organizations scale.

The Strategic Shift: From Device Ownership to Risk Ownership

Eventually, many organizations reach a turning point.

The conversation shifts away from who owns the device and toward who owns the risk. This is where corporate-liable and hybrid mobility models begin to make sense. By standardizing approved devices and centralizing management, organizations regain consistency across security, support, and lifecycle planning. Carrier plans can be pooled, per-line costs become more predictable, and policies can be enforced uniformly across the environment.

As the Cellhub Enterprise article highlights, models such as Corporate-Owned, Personally Enabled (COPE) strike a balance between user flexibility and enterprise control. Employees retain a modern mobile experience, while IT gains the visibility and governance needed to reduce risk and improve efficiency.

Why Mobility Strategy Matters More Than Ever

BYOD itself isn’t the enemy. In the right context and with the right controls, it can support flexibility and productivity. The real risk lies in adopting BYOD without a broader mobility strategy. Mobility decisions must be intentional, measured, and aligned with security and operational goals. Without that alignment, hidden costs accumulate, risks expand, and digital transformation efforts stall.

Modern enterprise mobility requires a clear understanding of total cost of ownership, an honest assessment of risk exposure, and a recognition that mobile endpoints are no longer optional tools—they are critical infrastructure.

Is your mobility strategy truly saving money, or simply obscuring the cost?

ProMobix helps enterprise and healthcare organizations evaluate their mobile environments, uncover hidden expenses, and design secure, scalable clinical mobility strategies that support both users and IT teams.

Whether you’re reassessing BYOD, exploring corporate-liable models, or refining your current approach, we can help you turn mobility from a liability into a strategic advantage.

Healthcare is no longer confined to the four walls of a hospital. From real-time clinical collaboration to remote patient monitoring, connectivity has become the backbone of modern care. As 5G technology and AI converge, we are entering an era where speed, security, and seamless integration are no longer optional; they are essential for improving outcomes and reducing clinician burnout.  

Few leaders understand this transformation better than Dr. Allen Moore, DHA, MSHI, Connected Health Leader at T-Mobile. With over 15 years of experience driving digital innovation in healthcare, he brings expertise in cloud infrastructure, data analytics, and AI-driven solutions, helping organizations modernize care delivery and improve outcomes 

“Wouldn’t it be great if the patient could do X? Wouldn’t it be fantastic if the social worker had access to Y? Wouldn’t it be great if the physician could go from the basement to the seventh floor without having to log in again?” said Dr. Moore. He challenges healthcare leaders to think differently about connectivity—not just as infrastructure, but as an enabler of better outcomes and simpler workflows.  

One Size Does NOT Fit All  

Healthcare leaders often assume that carrier constraints limit devices and networks, leading to rigid workflows where applications are tied to specific hardware, and connectivity is treated as a separate layer. Dr. Moore argues these limitations stem from outdated thinking, not the technology itself. By blurring the lines between applications and connectivity, organizations can unlock new possibilities for care delivery inside and outside hospital walls. This shift doesn’t require reinventing the wheel, just adopting a mindset that views technology as adaptable and integrated rather than fixed and siloed. 

“We assume that this device is doing all it can do and it’s not… We’ve been trained for the past 40 years to use a device as the carriers instructed us to use the device… We continue to think about the application and the connectivity space separately,” said Dr. Moore. “If you start to blur those lines… it takes a new mindset.” 

The Power of 5G and Micro Slicing   

Micro-slicing is a powerful feature of 5G technology that allows networks to allocate dedicated “slices” for specific applications or use cases. As the fifth generation of wireless connectivity, 5G is designed to deliver faster speeds, lower latency, and greater network capacity than previous cellular technologies. Instead of treating all traffic equally, micro-slicing prioritizes critical functions, such as real-time video, voice transcription, or clinical data transfer, by delivering low latency, minimal jitter, and optimized bandwidth. This tailored approach ensures that healthcare applications perform reliably, even in high-demand environments, enabling better outcomes and a smoother experience for clinicians and patients alike. 

Micro-slicing isn’t just a theoretical concept; it is already proving its value in high-performance environments. Dr. Moore points to recent use cases in Formula One and PGA events, where dedicated network slices ensured flawless video transmission by optimizing packet sizes and prioritizing photojournalism traffic. This same principle is now being applied in healthcare to address real-world challenges, such as improving clinical transcription accuracy.  

By delivering ultra-low latency and stable connectivity, micro-slicing ensures critical healthcare applications. From transcription to remote monitoring, performed flawlessly. This reliability reduces errors, speeds up decision-making, and drives better patient outcomes. When technology works seamlessly, clinicians can focus on care instead of troubleshooting. 

Securing Healthcare in the Age of AI Threats 

Cybersecurity has become one of the most pressing challenges in healthcare, especially as AI-driven attacks grow more sophisticated. Traditional security models often rely on VPN tunnels, which add overhead and slow down performance. Dr. Moore explains that 5G standalone (SA) networks change the game by offering inherent security that rivals, and in some cases exceeds, that of wired connections. Unlike older LTE standards, which haven’t been updated in over a decade, 5G SA is built on contemporary security protocols that protect sensitive patient data without sacrificing speed or efficiency. This means healthcare organizations can deliver traffic faster, reduce vulnerabilities, and maintain compliance—all without the burden of outdated security layers. 

As cyber threats escalate, healthcare organizations must rethink their security approach. “It’s not a question of if, it’s a question of when, right? So you want to mitigate as much as you can,” said Dr. Moore. Traditional VPN tunnels add complexity and slow performance, but 5G standalone networks eliminate that burden by providing inherent security that is as strong or stronger than that of wired connections. This modern architecture allows traffic to move faster without sacrificing protection, giving hospitals a critical advantage against increasingly sophisticated attacks. 

The cost of inadequate security is not theoretical—it’s real and expensive. Dr. Moore shared an example where a healthcare organization faced a $198,000 penalty after a clinical health worker misplaced a tablet containing sensitive data. Incidents like this underscore why security cannot be treated as an afterthought. With 5G standalone networks offering stronger inherent protections than outdated LTE standards, healthcare organizations have an opportunity to reduce risk dramatically. As Dr. Moore emphasizes, security isn’t optional; it’s foundational to safeguard patient trust and ensuring compliance in an era of rising cyber threats. 

Advice for Healthcare Leaders  

Healthcare leaders don’t need to jump straight into full-scale deployments to innovate; they can start by testing new technologies in safe, controlled environments. Dr. Moore encourages leaders to ask bold questions, such as, “I wonder if we did X, would that have a change in the outcome?” Instead of taking risks on unproven solutions, he recommends using clinical labs and review boards to confirm bedside technology before rolling it out widely. This approach not only minimizes risk but also builds confidence in the results. 

Interoperability and evidence-based adoption are just as important. “Let’s put this through the rigor of some research and actually prove, this is evidence-based medicine, just like you would find in pharmacy—that we know because we’ve measured this at bedside in a controlled environment, this will help us dial in a 33-degree change for improved outcomes,” said Dr. Moore. By focusing on solutions that integrate seamlessly and backing decisions with real data, organizations can ensure that innovation truly improves care rather than adding complexity. 

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Dr. Allen Moore, DHA, MSHI, is a Connected Health Leader at T-Mobile and a recognized expert in healthcare technology and innovation. With over 15 years of experience driving digital transformation, he specializes in leveraging 5G, AI, and advanced connectivity solutions to improve clinical workflows and patient outcomes. His ability spans cloud infrastructure, data analytics, intelligent automation, and emerging technologies, enabling him to guide health systems through modernization and interoperability challenges. Known for his visionary approach, Dr. Moore partners with healthcare leaders to reimagine care delivery, breaking traditional constraints, enhancing cybersecurity, and enabling innovations like micro-slicing for real-time collaboration and remote patient monitoring. 

GRAND PRAIRIE, TEXAS — JULY 31, 2025 — As hospitals face pressure to modernize care delivery while navigating cybersecurity risks, staffing shortages, and infrastructure gaps, ProMobix today unveiled its new strategic framework—Clinical Resilience Planning—to help hospitals operationalize modern mobility and 5G networks as critical elements of business continuity and patient care. 

ProMobix, a national provider of clinical mobility and infrastructure services, believes hospitals can no longer afford to treat mobility as a secondary IT initiative. Instead, mobility must be recognized as a clinical infrastructure asset—one that is vital for real-time decision-making, communication, and data capture across care teams and support staff. 

“Service line support staff and frontline care teams are rarely consulted about how they use mobile devices—yet they’re the ones relying on them every day,” said Myron Wallace, President of ProMobix. “We created ProMobix to change that. Our services are built around the workflows and real-world needs of those delivering care, not just what is easiest to deploy. What truly sets us apart is our team—former clinicians, informatics leaders, and operational experts who’ve worked in the environments we support.”

ProMobix is leading the charge to shift the conversation from “devices” to “digital continuity.” The company’s Clinical Resilience Planning model positions mobile devices and 5G connectivity as the foundation for:

• Rapid response during network outages or EHR downtime 
• Improved care coordination during staffing shortages 
• Accelerated communication for time-sensitive service lines like transport, lab, EVS, and ED 
• Real-time support for remote patient monitoring and virtual rounding 

“Too often, continuity planning focuses on IT backup systems and server redundancy, but mobility and 5G are the first point of failure if not addressed,” said Wallace. “Dead zones, dropped calls, and disconnected apps create clinical risk. 5G closes that gap.” 

Visit promobix.com or follow us on Facebook, Instagram, X, and LinkedIn to stay updated on our efforts to minimize technology challenges in healthcare.

Media Contact:
Liv Barwinska
Digital Marketing Manager
(312) 539-6196
[email protected]

About ProMobix

ProMobix is revolutionizing healthcare mobility by providing comprehensive solutions that enhance clinical technology efficiency and caregiver satisfaction. Our managed services ensure seamless application rollouts, equipping healthcare organizations with the right workflows for maximum impact. Unlike traditional device management, we empower clinical teams with the right tools to optimize care delivery. Whether integrating new technologies or optimizing existing workflows, ProMobix is your trusted partner in designing a more efficient, empowered healthcare system.

GRAND PRAIRIE, TEXAS — ProMobix, a clinical mobility company, announced its official launch today, introducing a mission-driven approach to eliminate mobility challenges in healthcare environments. With a focus on enhancing clinical technology efficiency, caregiver satisfaction, and patient care, ProMobix is redefining how healthcare organizations leverage mobile technology, WiFi and 5G-enabled devices, and workflows.

At the heart of ProMobix’s strategy is a commitment to building the right technology infrastructure, deploying best-in-class 5G-ready mobile devices, and optimizing clinical workflows. ProMobix identifies inefficiencies and aligns solutions with the unique needs of every unit, department, and caregiver role—ensuring healthcare teams are equipped to deliver exceptional care with greater collaboration and efficiency.

“We are a trusted partner for healthcare organizations committed to transforming patient care through smarter mobility solutions,” said Myron Wallace, President of ProMobix. “By eliminating the challenges of technology systems and deploying customized strategies, we empower clinical teams to work more effectively, improving both caregiver experiences and patient outcomes.”

Key elements of the ProMobix approach include:

• Uncover and address inefficiencies while aligning technology solutions with real-world clinical needs.
• Support smooth deployments with optimized workflows for maximum operational impact.
• Harmonize essential systems such as EHR platforms, virtual nursing tools, nurse call workflows, and automation solutions.
• Leverage cutting-edge 5G mobile technology through partnerships with industry leaders.
• ProMobix’s comprehensive model ensures that healthcare organizations implement the right technology, with workflows tailored for real-world clinical demands. This strategy drives stronger ROI, improved operational effectiveness, and ultimately, better patient care.

For healthcare organizations seeking to transform their mobility infrastructure and empower their clinical teams, ProMobix is the trusted partner for a more efficient, technology-driven future.

Media Contact:
Liv Barwinska
Digital Marketing Manager
(312) 539-6196
[email protected]

About ProMobix

ProMobix is revolutionizing healthcare mobility by providing comprehensive solutions that enhance clinical technology efficiency and caregiver satisfaction. Our managed services ensure seamless application rollouts, equipping healthcare organizations with the right workflows for maximum impact. Unlike traditional device management, we empower clinical teams with the right tools to optimize care delivery. Whether integrating new technologies or optimizing existing workflows, ProMobix is your trusted partner in designing a more efficient, empowered healthcare system.

Visit promobix.com or follow us on Facebook, Instagram, X, and LinkedIn to stay updated on our efforts to minimize technology challenges in healthcare.

When you think of hospital care, you probably imagine doctors, nurses, and medical equipment. But behind the scenes, there’s something just as critical working hard to keep everything running: the network infrastructure.

Most hospitals today rely heavily on Wi-Fi to power important tools like electronic health records, virtual nursing, and patient monitoring devices. But with more and more technology being used at the bedside, the old systems are starting to feel the strain.

“Think of it like a busy highway,” says Myron Wallace, the President of ProMobix. “If too many cars are trying to drive at once, traffic slows down. That’s what’s happening with hospital Wi-Fi.”

That’s where 5G comes in.

What Is 5G, and Why Does It Matter in Healthcare?

You’ve probably heard of 5G as a fast mobile network for your phone. But in hospitals, 5G is much more than fast internet. It’s a private, secure wireless network that can support a lot of devices at the same time, without slowing down.

Thinking back to Wallace’s highway metaphor, with more lanes and less traffic, critical care systems like fall prevention alerts and nurse call systems don’t have to compete for space.

Why Better Connectivity Improves Patient Care

In healthcare, every second counts. A delay in getting a monitor reading or accessing a patient’s chart could make a difference in treatment. A dropped connection during a virtual consultation could delay care. By using 5G, hospitals can reduce those risks. It creates a more reliable environment for doctors, nurses, and caregivers, so they can focus on what matters most: the patient.

Will Wi-Fi Go Away?

Not at all. In fact, Wi-Fi and 5G work together. Many legacy devices and non-clinical systems still rely on Wi-Fi to function. So, by complimenting each other, 5G and Wi-Fi create a reliable and fast network. This means better, more efficient care, especially as hospitals start offering more services outside their walls, like remote patient monitoring and virtual visits. As hospitals continue to grow and adopt new technologies, having a strong network behind the scenes will be essential. 5G is helping to build that foundation.

“When you walk into a hospital, you might not see the network,” Wallace says. “But it’s there, working to keep your care connected.”

4 Things You Should Know:

• 5G boosts hospital connectivity by providing faster, more reliable, and secure networks supporting many medical devices and systems.

• Improved network performance means better patient care, reducing delays in accessing data and responding to emergencies.

• 5G doesn’t replace Wi-Fi—it complements it, allowing both systems to work together to support clinical and non-clinical operations.

• Behind every seamless hospital experience is a strong network, and 5G allows for more efficient and connected care.