Next Generation 911 Is Here. Is Your Phone System Ready?

By Nicky Smith, Founder, Carolina Digital Phone

Published September 6, 2026 • Last updated September 6, 2026 • 10 min read

For more than 50 years, calling 911 has worked the same way. You dial three digits, a voice answers, and you describe your emergency out loud. The system behind that call was engineered for landlines and analog switches, in a world where nobody carried a camera, a GPS receiver, and a video studio in their pocket.

That world is gone. And the 911 system is finally catching up. I have spent more than 45 years in technology and 25 of them running Carolina Digital Phone, and I can tell you the rebuild of America's emergency calling network is one of the most important infrastructure projects most people have never heard of. Here is what you need to know.

What is Next Generation 911, exactly?

NG911 is a complete replacement of the nation's emergency calling infrastructure, moving 911 from analog phone circuits to secure, Internet Protocol based networks. Instead of a system that can only carry a voice call to a fixed address, NG911 lets 911 centers, known as Public Safety Answering Points or PSAPs, receive:

• Voice calls with clearer audio and faster, more accurate routing
• Text messages for situations where speaking out loud is impossible or unsafe
• Photos and video so dispatchers and first responders can see the scene before they arrive
• Precise location data pulled from the device itself, not just a billing address on file
• Data from connected devices, from vehicle crash sensors to health monitors

The technical foundation is the NENA i3 standard, developed by the National Emergency Number Association. It defines how calls, texts, and data move across Emergency Services IP Networks (ESInets) and reach the right PSAP every time. The FCC has been actively driving the transition, adopting a national NG911 framework in 2024 and new reliability and interoperability rules in June 2026 that require the companies running these networks to build in redundancy and report on their progress.

Why does NG911 matter to you?

It matters because seconds save lives, and information saves seconds. Think about what a dispatcher can do with a live video feed of a fire, a photo of a crash scene, or a text from someone hiding during a break in. Every additional piece of information means responders arrive better prepared, with the right equipment and the right expectations.

NG911 also fixes one of the oldest weaknesses in emergency calling: location. Legacy 911 was built to look up a fixed address tied to a copper phone line. NG911 uses GIS mapping and device based location to route calls to the correct PSAP and pinpoint callers, even on a cell phone indoors or in a rural area. If you have ever worried whether 911 could find you, this is the technology that answers that worry.

And because NG911 runs on geo redundant IP networks, calls automatically reroute when a call center is overloaded or knocked offline. When Hurricane Helene devastated western North Carolina in 2024, the statewide ESInet rerouted 911 calls seamlessly, so anyone who still had dial tone could reach help. That is the same principle we build on for business calling, and it is why we wrote an entire guide on geo redundant VoIP service. Redundancy is not a luxury in communications. It is the whole point.

Is NG911 available in North Carolina?

Yes. North Carolina is not catching up to Next Generation 911. It is one of the states that led the way.

Durham 911 became the first PSAP in the entire country to go live on a next generation ESInet, back in November 2018. From there, the N.C. 911 Board methodically migrated call centers across the state, and by early 2024 every board funded PSAP in North Carolina was on the NG911 network. The state also built a statewide GIS geodatabase, refreshed monthly from local mapping authorities, so calls route based on accurate, locally maintained map data.

In plain terms: if you live or work in North Carolina, next generation 911 is not a future promise. It is how your 911 calls are handled today, whether you dial from Greensboro, Charlotte, or a mountain county. We covered how one local government put that resilience to work in our municipal VoIP upgrade case study and our municipal phone failover playbook.

What about South Carolina, Virginia, and the rest of the country?

Deployment elsewhere is a patchwork, and that is the honest answer. Some states run statewide ESInets like North Carolina. Others are moving county by county or through regional cooperatives, like the coastal South Carolina counties that share one NG911 architecture. Nationally, a little over half of U.S. 911 centers have adopted NG911 as of 2026, with coverage projected to approach 85 percent in the coming years. Capabilities like text to 911 and photo or video sharing still vary depending on where you are standing when you need help. The federal 911.gov program office tracks the national transition if you want to check your own area.

So if you see a headline that says NG911 is not available everywhere yet, that is true. But the direction is set, the FCC rules are in place, and the buildout is accelerating. The question for you as a business owner is simpler: when your area lights up new 911 capabilities, will your phone system be ready to use them?

Is your business phone system ready for NG911?

If you are a Carolina Digital Phone customer, yes. We planned for this years ago, because as a hosted VoIP provider serving businesses, schools, and government agencies across the Carolinas and Virginia, we sit on the originating side of every 911 call our customers make. That role comes with serious responsibility, and here is exactly how we handle it.

Our wholesale carrier is Sinch, the national leader in NG911 call aggregation

Every emergency call from our platform rides on Sinch's NG911 network, a nationwide, facility based Tier 1 network with multiple geo redundant sites delivering public safety grade availability. Sinch (through its Inteliquent network) became the leading NG911 call aggregator in the United States, ingressing 911 calls from providers like us and reliably delivering them, along with location data, to next generation core services and on to the right PSAP. Their platform is built to the NENA i3 standard and complies with Kari's Law and RAY BAUM'S Act.

We are registered with NENA, and you can verify it

Your 911 location data is handled correctly

Federal law now requires it. Kari's Law says every multi line phone system must let anyone dial 911 directly, no 9 for an outside line first, and must notify someone on site when a 911 call is placed. RAY BAUM'S Act requires that a dispatchable location, meaning street address plus floor, suite, or room where it applies, travels with the call. Our platform was built for both, and we walk every customer through location setup during onboarding. If you manage phones for a school district or a town hall, our government phone compliance guide covers these rules in depth.

Where is 911 calling headed next?

The move to IP networks is the foundation, not the finish line. Based on what is already being piloted in PSAPs across the country, here is what the next decade of emergency calling looks like.

Live video from the caller

Smartphone features like Emergency SOS live video already let callers stream directly to equipped 911 centers, and AT&T's ESInet, the network North Carolina uses, added picture and video messaging support in 2025. As more PSAPs adopt multimedia handling, video will move from novelty to standard practice, giving dispatchers eyes on the scene before the first unit rolls.

AI assisted dispatch

911 centers nationwide face chronic staffing shortages, and artificial intelligence is stepping in to help, not to replace the dispatcher. AI tools now transcribe and translate calls in real time, summarize incidents, flag priority cases, and triage the flood of duplicate reports that follows any major crash or fire. The telecommunicator stays in charge of judgment, empathy, and life or death decisions while AI absorbs the routine load. Sound familiar? It is the same principle behind the AI receptionist we offer business customers: technology amplifies good people, it does not substitute for them.

Connected device data

Vehicles that automatically report crash severity. Wearables that share health data during a medical emergency. Smart building sensors that tell firefighters exactly which zone triggered an alarm. NG911's data pipes make all of this possible, and the i3 standard means the information arrives in a form every compliant PSAP can use.

PSAP to PSAP interoperability

Because i3 compliant systems speak the same language, calls and data can transfer between call centers, across county lines, and even across state lines during a disaster. Every center can back up every other center. That is a fundamental change from the old days, when a downed selective router could silence 911 for an entire region.

What should you do right now?

Three things, and none of them are complicated.

• Know your local capabilities. Text to 911 is live in most of North Carolina, but coverage varies by county and state. Check with your county PSAP or 911.gov, and remember the standing guidance: call if you can, text if you cannot.
• Confirm your phone system's 911 setup. If your office system predates 2020, it may not meet Kari's Law and RAY BAUM'S Act requirements. Direct 911 dialing, on site notification, and dispatchable location are not optional. Our hosted VoIP buyer's guide explains what to look for.
• Choose a provider that treats 911 as a first class feature. Ask any provider you are evaluating who their emergency services carrier is and whether they hold a NENA Company ID. If they cannot answer quickly, that tells you something. We believe you should work with a communications partner you know and trust, and 911 readiness is a fair test of that trust.

Frequently asked questions about NG911