Public safety organizations are increasingly transforming emergency vehicles into connected mobile command centers, enabling real-time communication, situational awareness, and faster clinical coordination. Yet despite growing industry discussion about AI and next-generation applications, agencies remain focused on addressing a more foundational challenge: ensuring reliable, always-on connectivity in highly dynamic, often rural operating environments. That reality was the focus of a recent discussion with leaders from Maine EMS, the Maine Department of Public Safety, and NEWCOM.
The conversation highlighted how connected vehicle technologies are beginning to reshape public safety operations by improving first responder safety, accelerating patient care, and laying the groundwork for future telehealth and AI-enabled capabilities. Participants included Bob Laliberte, Principal Analyst at theCUBE Research; Wil O’Neal, Director of Maine EMS; Lauren Stewart, Director of the Bureau of Highway Safety, Maine Department of Public Safety; and Jim Carman, Director of Sales, NEWCOM.
At the center of the discussion was a common theme: connectivity is no longer simply a communications tool. It is becoming operational infrastructure that directly impacts safety outcomes, response effectiveness, and healthcare delivery.
“We see the future of healthcare in Maine as really being reliant on this sort of connectivity,” said Wil O’Neal, Director of Maine EMS. “The secondary benefits that we’ve seen through connectivity have been immense.”
That perspective reflects a broader industry shift in which mobile connectivity is evolving from a convenience to a mission-critical platform. Emergency vehicles increasingly rely on continuous data exchange for navigation, dispatch coordination, patient telemetry, hospital communications, and vehicle-to-vehicle safety alerts. As these systems become more interconnected, agencies are discovering that operational resilience depends as much on network performance as it does on physical equipment.
For the Maine Department of Public Safety, the primary driver remains the protection of first responders and the public. Lauren Stewart explained that connected transponder systems can electronically alert nearby motorists when emergency crews are operating on the roadside, helping to reduce secondary accidents and improve roadway safety.
“Technology allows them to use these transponders to alert the motorists driving around them that they’re there roadside,” Stewart said. “We found that people slow down by more than five miles per hour after receiving that alert.”
That measurable behavioral change illustrates how connected infrastructure can deliver immediate public safety benefits. While many AI discussions focus on future possibilities, this deployment demonstrates the importance of practical, operational technologies that solve real-world challenges today.
The discussion also underscored the unique connectivity demands facing rural states like Maine. Unlike dense urban deployments, emergency response vehicles frequently operate in areas with inconsistent carrier coverage, geographic obstacles, and long transport times between patients and healthcare facilities.
O’Neal emphasized that these realities require agencies to balance technological innovation with operational pragmatism. “Folks that work here in Maine are used to working here in Maine,” O’Neal noted. “There are certain areas where you take a turn and go down this hill, and there is no connectivity there.”
Those limitations are driving interest in multi-carrier architectures, edge connectivity, and hybrid networking approaches that combine cellular, Wi-Fi, and potentially satellite-based communications. According to Jim Carman of NEWCOM, deploying reliable connectivity in emergency environments requires more than simply adding bandwidth.
“Not every piece of tech is built for a public safety environment,” Carman explained. “Understanding the outcome that the customer is trying to accomplish and pairing the right piece of equipment is paramount.”
Ericsson Enterprise Wireless Solutions (Cradlepoint routers) were selected for their alignment with that deployment philosophy and broader enterprise trends in resilient edge networking. As organizations across industries extend operations to remote and distributed environments, the focus is increasingly shifting toward redundancy, seamless failover, and application-aware connectivity rather than simply maximizing throughput. This also reflects a broader need for assured wireless operations, where connectivity, policy control, and security are consistently maintained across environments, supported by centralized control and visibility at scale.
Within this context, Ericsson offers a portfolio of ruggedized wireless WAN routers and adapters designed for in-vehicle environments, along with security and resiliency solutions, such as SD-WAN and Intelligent Link Bonding, that enable multi-WAN connectivity across cellular, wired, and satellite links. Through NetCloud, these capabilities are centrally managed with integrated policy enforcement and operational visibility, supporting consistent performance across large, distributed deployments. (For more information, please see https://thecuberesearch.com/r2400/)
The conversation also highlighted how connected emergency vehicles are beginning to support broader healthcare transformation initiatives. By enabling secure Wi-Fi connectivity and continuous communication with hospitals and dispatch centers, ambulances can increasingly function as extensions of the healthcare ecosystem rather than isolated transport units.
“We’re hearing from agency leadership and our providers that we have helped set the stage with this technology for them to move into telehealth,” said O’Neal. “That connectivity is going to provide that next level of care in homes and in facilities and outlying areas.”
This evolution could become particularly important in rural healthcare markets where provider shortages and geographic barriers continue to challenge patient access. Connected vehicles equipped with advanced networking and edge computing capabilities may eventually help bridge portions of that gap by extending specialist access closer to the patient.
Not surprisingly, the discussion eventually turned toward AI. While participants acknowledged growing interest in AI-enabled tools, the tone remained notably pragmatic. Rather than focusing on speculative use cases, the panel emphasized AI applications that improve operational efficiency, accelerate decision-making, and reduce cognitive burden on clinicians and responders.
“Our newer generation of providers are very comfortable and adept with AI tools,” O’Neal said. “They’re looking for tools to make things more efficient, to keep them safer, to make their clinical decisions quicker and easier.”
Carman added that many AI capabilities are already quietly embedded within modern connected systems. “People don’t even know they’re using AI,” Carman explained. “The solution that we deployed here in the state of Maine is using AI to calculate where those drivers are, when to send those alerts, and to whom to send those alerts.”
That observation reflects an important industry reality. In many operational environments, the most valuable AI deployments may not be highly visible generative interfaces, but rather embedded intelligence that improves automation, prioritization, and response effectiveness behind the scenes.
Looking ahead, the panelists consistently returned to a common priority: reliability. Whether discussing AI, edge computing, or telehealth, participants agreed that the long-term success of connected public safety infrastructure will depend on first solving foundational networking challenges.
Ultimately, the discussion reinforced the idea that public safety modernization is less about chasing emerging technology trends and more about building resilient operational systems that perform consistently under pressure. While AI and advanced edge applications will continue to evolve, agencies remain focused on the fundamentals: dependable connectivity, continuous communication, and technologies that help first responders operate more safely and effectively in the field.
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NEWCOM Wireless Services | Mobile Solutions | Systems Integration NEWCOM, as a systems integrator and solution provider for public safety and government, provides the critical link between wireless technology and business optimization. NEWCOM holds a Master Service Agreement with the State of Maine to support Maine EMS in the procurement, design, deployment, integration, and installation of turn-key connectivity solutions for emergency solutions.
