Blab AI
New Orleans Deploys AI to Filter Duplicate 911 Calls, Not Replace Dispatchers
When the sirens wail and the phone lines swell, New Orleans’ emergency dispatchers have a new ally: an artificial‑intelligence system that keeps the queue moving without taking human hands off the line.
For roughly two years, the Orleans Parish Communication District (OPCD) has run Carbyne’s AI Emergency Call Triage system in a tightly controlled pilot. The software springs into action only when call‑takers are fully occupied and a new 911 call originates within about 200 meters of a previously reported incident—think a multi‑vehicle collision. It asks the caller to confirm whether they’re reporting the same event or a separate emergency.
If the caller signals a new incident, the call is routed immediately to a human dispatcher. If the caller confirms the original report, the AI delivers automated updates and reassurance that first responders are en route. The result is a cleaner queue and faster connection for those who truly need immediate attention.
OPCD executive director Karl Fasold has emphasized that the tool never replaces operators. "The automated triage tool handles redundant reports that would otherwise stall queue lines, allowing human dispatchers to focus directly on critical, life‑threatening calls," the agency said.
Carbyne, a New York‑ and Tel Aviv‑based emergency‑communication company acquired by Axon Enterprise in February 2026, markets its platform as a cloud‑native NG911 solution that augments human judgment. Its website lists deployments in 23 U.S. states and cities such as Miami, Atlanta, New York City, Tel Aviv, and Jerusalem.
New Orleans is the first major U.S. city to run AI on live 911 traffic. The system is not intended to answer all calls; human dispatchers still handle all primary intake and emergency responses. The AI acts only as an automated filter during sudden call spikes.
Nationwide staffing shortages in call centers have spurred many agencies to explore technology solutions. The OPCD’s pilot fits a broader trend of public‑safety answering points adopting AI to reduce telecommunicator burnout and streamline non‑emergency workflows. Carbyne’s own marketing highlights that its AI can "reduce redundancy and manage high volumes" while also offering real‑time translation in more than 35 languages.
Because the pilot is tightly scoped, the AI is activated only under specific circumstances, and dispatchers monitor its outputs. The OPCD has not released data on call‑volume reductions or response‑time improvements, but officials say the tool has helped keep lines moving during major incidents.
The deployment also raises questions about transparency and caller awareness. Some media reports suggest callers may not know they are speaking to an automated system, but the OPCD has stated that callers are informed when the AI is in use.
Looking ahead, the OPCD plans to continue monitoring the system’s performance and may expand its use if the pilot proves effective. The agency has not announced any plans to replace human dispatchers or to deploy the AI in other contexts.
The New Orleans case illustrates how AI can be integrated into emergency‑response workflows without displacing the human workforce. It also highlights the growing partnership between public‑safety agencies and technology firms like Carbyne, especially after Carbyne’s acquisition by Axon Enterprise, which could bring additional resources and expertise to the field.
In the coming months, other cities may look to the New Orleans pilot as a model for balancing automation with human oversight in emergency communications. For now, the AI triage system remains a supplemental tool designed to keep call centers efficient during the most demanding periods.
For roughly two years, the Orleans Parish Communication District (OPCD) has run Carbyne’s AI Emergency Call Triage system in a tightly controlled pilot. The software springs into action only when call‑takers are fully occupied and a new 911 call originates within about 200 meters of a previously reported incident—think a multi‑vehicle collision. It asks the caller to confirm whether they’re reporting the same event or a separate emergency.
If the caller signals a new incident, the call is routed immediately to a human dispatcher. If the caller confirms the original report, the AI delivers automated updates and reassurance that first responders are en route. The result is a cleaner queue and faster connection for those who truly need immediate attention.
OPCD executive director Karl Fasold has emphasized that the tool never replaces operators. "The automated triage tool handles redundant reports that would otherwise stall queue lines, allowing human dispatchers to focus directly on critical, life‑threatening calls," the agency said.
Carbyne, a New York‑ and Tel Aviv‑based emergency‑communication company acquired by Axon Enterprise in February 2026, markets its platform as a cloud‑native NG911 solution that augments human judgment. Its website lists deployments in 23 U.S. states and cities such as Miami, Atlanta, New York City, Tel Aviv, and Jerusalem.
New Orleans is the first major U.S. city to run AI on live 911 traffic. The system is not intended to answer all calls; human dispatchers still handle all primary intake and emergency responses. The AI acts only as an automated filter during sudden call spikes.
Nationwide staffing shortages in call centers have spurred many agencies to explore technology solutions. The OPCD’s pilot fits a broader trend of public‑safety answering points adopting AI to reduce telecommunicator burnout and streamline non‑emergency workflows. Carbyne’s own marketing highlights that its AI can "reduce redundancy and manage high volumes" while also offering real‑time translation in more than 35 languages.
Because the pilot is tightly scoped, the AI is activated only under specific circumstances, and dispatchers monitor its outputs. The OPCD has not released data on call‑volume reductions or response‑time improvements, but officials say the tool has helped keep lines moving during major incidents.
The deployment also raises questions about transparency and caller awareness. Some media reports suggest callers may not know they are speaking to an automated system, but the OPCD has stated that callers are informed when the AI is in use.
Looking ahead, the OPCD plans to continue monitoring the system’s performance and may expand its use if the pilot proves effective. The agency has not announced any plans to replace human dispatchers or to deploy the AI in other contexts.
The New Orleans case illustrates how AI can be integrated into emergency‑response workflows without displacing the human workforce. It also highlights the growing partnership between public‑safety agencies and technology firms like Carbyne, especially after Carbyne’s acquisition by Axon Enterprise, which could bring additional resources and expertise to the field.
In the coming months, other cities may look to the New Orleans pilot as a model for balancing automation with human oversight in emergency communications. For now, the AI triage system remains a supplemental tool designed to keep call centers efficient during the most demanding periods.
