Why Your 911 Call Might End Up in the Wrong County

An Investigation into Emergency Misrouting in Central Oklahoma

By Marven Goodman, Investigative Reporter

September 15, 2025

Imagine you're in the middle of Logan County, Oklahoma, dealing with a medical emergency. You grab your cell phone, dial 911, and expect help to come fast from the nearest dispatch center in Guthrie. But instead, your call bounces to the wrong place—Payne County's dispatch in Stillwater. This isn't just a mix-up; it can delay life-saving help by precious seconds or minutes. This exact scenario played out on August 3, 2025, when Logan County District 3 Commissioner Monty Piearcy placed a 911 call from his cell phone between 3 and 4 p.m. near a central Logan County cell tower.

What should have routed directly to Guthrie's Public Safety Answering Point (PSAP) instead went first to Payne County in Stillwater, then was transferred to Guthrie, and finally to Miller EMS in Crescent. Piearcy had to repeat the same critical details, location, victim's condition, and emergency info, three times, once to each entity. As an investigative reporter for The Sooner Sentinel, I've continued to dig into why this happens, especially in rural spots like central Logan County where cell signals cross county lines. Drawing from federal rules, expert standards, recent updates on Oklahoma's 911 systems, and direct correspondence with the Association of Central Oklahoma Governments (ACOG), here's what I found about the tech behind these errors, and why fixing them is taking so long.

This article serves as a follow-up to my August 24, 2025, piece, "Bureaucratic Hurdles and Redundant Transfers: How Logan County's 911 System is Failing Residents and Wasting Taxpayer Dollars," where I initially reported on Piearcy's experience based on information, or the lack of, from the City of Guthrie that operates the Primary PSAP for all of Logan County. At the time, The City Manager of Guthrie allowed me to believe the call sequence was first to Guthrie then to the Logan County Sheriff's Office then to Miller EMS, a frustrating but intra-county relay. Seemingly he did not care about this call. But ACOG's investigation revealed it was even worse: an initial misroute to Payne County outside the ACOG 911 network.

This misinformation from Guthrie highlights a pattern of evasiveness I've encountered before, such as during my reporting on the city's use of Flock surveillance cameras, where legitimate questions and records requests were met with delays and incomplete responses, delays, and denial of information. The Guthrie PSAP, operated by the City of Guthrie, has received over $738,000 in ACOG direct cash rebates since 2018, yet these routing failures persist, raising questions about accountability and how those funds are being used.

Logan County, with about 50,000 people in its mix of farms and suburbs, sits right next to Payne County, home to Stillwater and Oklahoma State University. The counties touch borders, and cell towers don't care about those lines. Towers can cover areas from 2 to 10 miles wide, depending on hills, signal strength, and whether it's city or country land. In central Oklahoma, this overlap means calls can get sent to the wrong emergency center. Guthrie handles Logan County's calls as the primary PSAP within ACOG's network, but Stillwater might pick up if the system gets confused—especially since Payne County is not part of ACOG and operates on a separate, legacy system.

How a 911 Call from Your Phone Actually Works, and, Where It Goes Wrong

When you dial 911 on a cell phone, it doesn't just use your exact spot from GPS to send the call. Instead, it goes through a series of steps in the phone company's network and the 911 setup. This old-school system, called Enhanced 911 or E911, started years ago and still causes problems today.

1. Starting the Call and Finding Your Rough Location:

Your phone links up to the closest cell tower using radio waves. In central Logan County, that could be a tower run by companies like AT&T, Verizon, or T-Mobile. The phone figures out a basic location using tools like helped GPS (which mixes satellite and cell data), Wi-Fi signals, or nearby Bluetooth devices. But in older systems, this exact spot (accurate to about 150 to 1,000 feet) isn't used right away to decide where the call goes. It's saved for later. In Piearcy's case, AT&T handled the call, and factors like tower capacity, limited to 60–100 simultaneous voice channels while serving thousands of data users, could force a handoff to a neighboring tower if overloaded.

2. Sending the Signal to the Phone Company's Switch:

The call moves from the tower to a main control center at the phone company, called a Mobile Switching Center (MSC). For newer 5G calls, it's something similar. This center spots that it's a 911 call and starts special steps. It checks a database for how to route it, using info like which part of the tower's area (like a slice of pie) the signal came from, and a temp ID for your phone. In old networks, it bases the route on the tower's fixed spot, not where you really are. If that tower is near the Logan-Payne border, your call might get tagged for Payne County by mistake, sending it to Stillwater's PSAP. Carriers like AT&T configure these routing tables, and ACOG has no control over them.

3. Checking the 911 Router and Databases:

The call goes to a special 911 switch run by the state or local group. In Oklahoma, this is managed by the Oklahoma Statewide 911 Board or area hubs like ACOG for its four counties (Canadian, Cleveland, Logan, Oklahoma). This switch looks up a code called the Emergency Service Number (ESN) in databases that map streets and locations. The ESN points to an Emergency Service Zone (ESZ), which is like a map zone for which PSAP handles what area. For a Logan tower, it should go to Guthrie. But if the map is off or the zone overlaps (common in rural spots with fewer towers), it grabs a Payne code instead. The call then heads to the wrong PSAP over special lines. If that happens, the person answering asks for your location and transfers you back to Guthrie, but that adds 30 to 60 seconds, according to federal estimates. In Piearcy's incident, the transfer from Payne to Guthrie happened quickly within ACOG's system, but the initial misroute stemmed from AT&T's handling.

4. Getting to the Right Place and Sharing Location Info:

At the PSAP, more details show up on their screens, like your phone number and location data. If it's the wrong center, they transfer it, but busy networks can cause drops, up to 1 in 10 calls in tough situations. Even after transfer, standards from groups like NENA and APCO require each center to verify info directly, leading to repetitions like Piearcy experienced.

In central Logan, this bounce to Payne can happen because a tower's signal reaches across the line, maps are outdated, or your phone switches towers if the signal is weak or you're moving. Oklahoma's 911 setup mixes old tech with new stuff, like text-to-911 added in 2019. But without a full statewide upgrade, these tower-based mix-ups keep happening. ACOG reports misroutes are rare but more common in rural borders due to tower overlaps and overloads, like during storms.

The Two Phases of Location Tech: Why One Causes Problems and the Other Helps a Little

The federal government, through the FCC, split E911 into two stages back in the 1990s.

- Phase I: Basic Tower Location (Started Around 1998):

This routes calls based on the tower's spot and which direction your signal came from, accurate only to 1 to 10 miles. Phone companies have to share your number and tower info if the PSAP asks and is set up for it. This is the main reason for county mix-ups, as in Piearcy's call, where Phase I mode sent it to Payne before upgrading to Phase II.

- Phase II: Better Location Details (Started in 2001 and Still Improving):

This adds exact coordinates, accurate to 150 to 1,000 feet for most calls, using GPS or other methods. It even includes height for indoor calls by this year. But it only helps after the call reaches a PSAP—for sending help, not for the first routing. If your call hits Payne by mistake, this data shows you're in Logan, so they transfer you fast. But the delay is still there. The FCC says there are 23 million wrong routes a year, mostly from Phase I. A newer system called Next Generation 911 (NG911) could fix this by using Phase II info first, but Oklahoma isn't fully there yet, places like Payne County updated maps in 2024, but it's not statewide. ACOG is leading with their NG911 rollout, aiming for completion by end of 2025, offering 8-foot caller location accuracy and data sharing.

Bottom line: Phase I's tower focus causes the error; Phase II fixes things but after, and needs upgrades to stop it from the start.

What About FirstNet? Does It Help or Not?

FirstNet is a special nationwide network for cops, firefighters, and other first responders, built by AT&T in 2012. It gives them priority on calls and data during emergency events.

- It makes sure emergency workers' calls go through first (law enforcement, fire, and EMS), using special radio bands. For regular people's 911 calls on AT&T, it might help a bit with speed.

- But for routing mix-ups? Not much. FirstNet helps with NG911 for connected centers, using exact locations. In Oklahoma, where AT&T covers a lot of rural areas, it could speed up transfers from Payne back to Logan. Still, everyday calls use normal networks, so it doesn't change the tower-based routing. It's great for disasters but not for fixing routine county bounces. Payne's PSAP works with OSU and might use FirstNet for their teams, but it doesn't stop civilian 911 call errors.

The Key Role of Those ESN Codes in Phone Company Setups

ESN stands for Emergency Service Number, a short code (like 120) that links to a zone served by one PSAP.

- There are two kinds: one for showing services like fire or police at the center, and one for routing the call.

- Phone companies set these up manually in their databases, matching towers to codes based on address maps. For a Logan call, it should point to Guthrie. But if the setup is wrong, like old maps or changes not updated, it sends to Payne.

- Each company (AT&T, Verizon) has its own database, so things don't match up. In rural Oklahoma, towers are shared, but codes can lag. Updates need manual checks, which are easy to mess up. ACOG stresses carriers maintain these, with no local override.

Why Can't We Just Fix This and Make It the Same Everywhere?

We're getting there, but old systems, money issues, and different cell carrier setups slow it down.

- Too Many Separate Parts: The U.S. has about 6,000 PSAPs, and Oklahoma alone has over 100. The old 911 system uses towers and ESNs in different ways from state to state. NG911 changes to internet-based maps for exact routing, but only 20% of centers across the country are ready. Oklahoma is testing it in areas like Payne and Logan Counties. ACOG's region is said to be the first in the state by the end of 2025. Even then, calls from outside areas (like Payne) come in the old format, which means they need extra checks. This lets dispatch centers share info better, like texts, videos, and exact locations. i3 integration needs a full move across the whole state. The National Emergency Number Association (NENA) is a group that sets rules for 911 services in the U.S. The "i3" is their main tech plan for Next Generation 911 (NG911), which updates the old phone-based 911 to a modern internet-based system.

- Government Rules vs. Real Life: The FCC ordered better routing by April 2025, using Phase II for starts (cutting errors by 70-90%). But centers like Guthrie need to be certified, and rural spots lack cash, upgrades cost over $100 million per state. Carriers face FCC standards, but locals push via state authority like the Oklahoma 911 Management Authority.

- Tech and Other Hurdles: GPS doesn't work well inside or in open fields; it falls back to towers. Companies differ on setups, and privacy laws block easy sharing. FirstNet helps pros but not public fixes. Costs are huge, billions nationwide, so counties like Logan and Payne wait on grants, like Oklahoma's $10 million fund in 2023. Challenges include legacy gaps and cyber threats, like Payne County's June 2025 ransomware attack on the Sheriff's Office, which could disrupt 911. Miller EMS can't integrate directly as a secondary provider; calls must triage at primary PSAPs first.

- What's Next?: Standards from groups like NENA let NG911 route by real maps (e.g., if your spot is Logan, it goes to Guthrie). Oklahoma plans a full network by 2030, but things like cyber attacks delay it. The Association of Central Oklahoma Governments (ACOG) says they'll finish NG911 in their area by late 2025, making it the first full region in the state. To address redundancies, ACOG rebates ($738K+ to Guthrie) should fund auto-data sharing, but transparency is key, as my records requests met resistance from the City of Guthrie.

In the end, these mix-ups from central Logan to Payne come from old tower routing and code errors, not from tools like FirstNet or better location data (which help after). Upgrading to NG911 is the answer, but old habits and budgets are holding it back, putting lives at risk in border zones. As in my previous article, Logan County needs a unified dispatch system, combining Guthrie Police and County Sheriff under a board of elected officials, fire reps, and commissioners. This would cut redundancies, ensure direct routing to EMS like Miller, and maximize ACOG investments.

Taxpayers and our elected officials must demand faster action, audits, and accountability from evasive entities like The City of Guthrie to make sure every 911 call gets where it should, right away, because in emergencies, excuses don't save lives.