Moving Private Wireless from Proof of Value to Campus Safety Infrastructure
By Bob Merola, Sr. Director of Business Development and Solutions Engineering, Heddian
Heddian’s expanded private wireless deployment business is bringing our team into deeper conversations with higher education leaders across the country. Campus IT, facilities, and public safety directors are facing a common challenge: they see the immense promise of private LTE and 5G, but they are trying to figure out how to move past the initial proof-of-concept.
Proof of value goes beyond showing that the technology works: it evaluates measurable benefits for campus operations and safety, such as emergency endpoint availability, service recovery times, and the effort required to support the network.
How do we transition private wireless from a successful proof of value exercise into everyday campus operations? And just as importantly, what safety considerations should guide that transition?
When we look at real-world scenarios—a blue-light emergency phone near a remote parking lot, a safety officer moving between buildings, or a visitor trying to call 911 indoors—the stakes become clear. Private wireless can powerfully support compatible campus-managed devices, but true readiness depends on application performance, physical resilience, and day-two support.
Drawing from my background in engineering, network design, and telecommunications planning, here is how I advise campuses to approach this transition.
1. Start with the Safety Service, Not the Technology
The most successful campus deployments always begin by defining the safety problem before selecting the network architecture.
You need to identify your priority locations, the specific people and devices requiring connectivity, and the applications they must reach. An emergency call box has vastly different requirements than a high-definition security camera streaming live video or an employee accessing data while roaming across campus.
My advice to campus teams is to bring IT, public safety, facilities, and emergency management into the same room early. Document your existing communications path, evaluate the consequences of an interruption, and set measurable acceptance criteria before a single piece of hardware is turned on.
Start with what needs to happen when someone asks for help, I often tell campus teams. Then design and test the communications path that supports that response.
2. Design Blue-Light Phone Connectivity from End to End
Extending wired infrastructure across a sprawling campus is difficult and costly, which makes a compatible blue-light phone or emergency call box a prime candidate for a private cellular connection. But evaluating a use case is very different from assuming every legacy emergency phone will automatically work on a private network.
Your design must account for the entire chain: the endpoint or cellular gateway, voice service, dispatch destination, location identification, power sources, and upstream connectivity.
Teams must know:
- How a failed connection is detected.
- Who receives the immediate alert.
- What backup mechanisms kick in while service is being restored.
- Performance: Coverage and reliability in priority locations using intended devices and applications.
- Integration: Seamless alignment with campus networks, identity management, security controls, and destination systems.
- Resilience: Predictable behavior during power or upstream backhaul interruptions, including failover paths.
- Monitoring: Proactive alerting that instantly identifies failures and reaches the responsible support team.
- Sustainability: A fully funded operating model with named human owners, clear escalation procedures, and recurring testing.
A device showing as "online" on a dashboard does not establish that a person in distress can successfully reach help. Test the complete service under real-world conditions—including relevant failure scenarios—and coordinate those tests directly with your service providers and local dispatch center.
3. Plan Personal Phone Coverage and 911 Calling Separately
One of the biggest misconceptions I encounter is the belief that deploying a private network automatically upgrades cellular coverage for everyone on campus.
Private LTE and 5G provide secure connectivity for authorized, compatible campus devices. While neutral host infrastructure can support participating public mobile carriers, a private network serving campus equipment does not inherently blanket students and visitors with personal 911 service.
Furthermore, a successful data connection does not prove emergency calling readiness. Voice routing, callback capabilities, and precise caller location depend entirely on the deployed devices and services.
Keep the safety discussion practical: define which devices and users your project serves and verify those specific functions. Never treat a radio coverage map as evidence that all personal phones can place a 911 call.
4. Make the Proof of Value Answer Real Deployment Questions
A useful proof of value should do more than prove that a signal propagates across a quad. It should aggressively test the operational assumptions that could prevent future expansion.
Choose representative, challenging locations—including dead zones and heavy movement corridors—and measure the actual application experience alongside radio coverage. Before scaling up, I recommend establishing concrete evidence across five areas:
Proof of value should show more than whether a device connects, I emphasize to our partners. It should show how the service performs, how it recovers, and who will support it after deployment.
5. Fit Private Wireless into the Broader Campus Ecosystem
Private wireless should never exist in a vacuum. It must have a defined, complementary role alongside your existing fiber, Ethernet, Wi-Fi, public cellular services, and land mobile radio systems.
The strongest network designs make all infrastructure dependencies visible. For example, two connections sharing the exact same power source or upstream fiber path still share a single point of failure.
Recent industry discussions—such as those recapped at Internet2’s February 2026 Technology Exchange—highlight growing campus interest in private wireless and neutral host approaches for safety and mobility. Evaluating these technologies within your broader campus architecture is essential.
Where Heddian and Internet2 Fit
At Heddian, our goal is to help organizations design, deploy, and operate critical infrastructure communications that connect technical choices directly to institutional services.
For higher education, NET+ Heddian provides eligible institutions with a pre-vetted private wireless and neutral host offering, complete with network design and deployment consultation.
While framework participation streamlines procurement, it doesn’t replace local validation. Every campus must still define its safety parameters, validate device compatibility, and agree on operational ownership.
If you are considering your next step, begin with a single priority safety use case and a clear path to expansion. Reach out to our team at Heddian to evaluate your network design, integration, and operational requirements before scaling your proof of value.
Frequently Asked Questions
How can private wireless support campus safety?
Private wireless can connect compatible campus-managed devices, such as emergency endpoints, security cameras, and mobile safety equipment. Its safety value depends on the entire application chain working seamlessly—from power and upstream connectivity to active monitoring and emergency response procedures.
Does private 5G automatically enable 911 on personal student phones?
No. Private network coverage alone does not establish public carrier service or 911 functionality for personal phones. Institutions must evaluate carrier participation, device compatibility, and emergency routing arrangements for their specific deployment.
What should a campus validate before expanding a private LTE or 5G proof of value?
A campus should validate application performance, network integration, failure recovery, monitoring systems, and support ownership. Expansion also requires a fully funded budget and documented, measurable acceptance criteria.
About Bob Merola
Bob Merola is Sr. Director of Business Development and Solutions Engineering at Heddian, bringing together engineering, sales, and business planning expertise to help organizations evaluate private wireless networks. His background spans wireless network design, engineering, and telecommunications business planning, connecting technology choices with long-term capital budgets. He is also a named inventor on two issued U.S. patents related to multichannel transmission systems.