In an era where smartphones can pinpoint a coffee shop within meters, it is easy to assume that emergency services have access to equally precise and seamless location data. The reality across North America is far more troubling. One of the most critical and high‑risk problems facing public safety today is the inability to directly and reliably transfer authoritative location data between Public Safety Answering Points (PSAPs). This failure is not a technical inconvenience—it is a systemic issue that directly impacts response times, situational awareness, and survival outcomes.
A Problem Measured in Seconds—and Lives
When someone calls 9‑1‑1, every second matters. Yet in many jurisdictions, when a call must be transferred between PSAPs—often due to jurisdictional boundaries—the associated location data does not transfer with it. Dispatchers are forced to rely on verbal confirmation, manual re‑entry, or secondary systems to reconstruct the caller’s location. These steps introduce delays at precisely the moment when speed is critical. The result is a response process that becomes a race against time, with lives hanging in the balance.
The “Ping‑Pong” Effect and Jurisdictional Chaos
One of the most visible symptoms of this breakdown is the so‑called “ping‑pong” effect. Calls placed near borders—municipal, provincial, state, or even national—are frequently routed to the wrong PSAP. When the receiving center cannot digitally pass location data to the correct agency, the caller is forced to repeat their information, sometimes multiple times, as calls bounce between centers. Beyond frustration, this creates confusion, increases stress for callers in crisis, and further erodes response time.
Manual Workflows Create Risk, Not Resilience
The lack of interoperable location data forces dispatchers into manual workflows that were never designed for modern emergency volumes or complexity. Re‑keying addresses into Computer‑Aided Dispatch (CAD) systems duplicates effort and significantly increases the risk of human error. Even a minor mistake—an incorrect digit, a misspelled street—can send responders to the wrong location. In a system intended to protect public safety, this reliance on manual processes introduces avoidable risk at scale.
Eroding Situational Awareness for First Responders
The problem does not stop at the call‑taking stage. When location data cannot be transferred cleanly and automatically, first responders often arrive on scene with incomplete or outdated information. This reduces situational awareness and can expose responders to unnecessary danger, particularly in dynamic or hazardous incidents. The inability to trust that location data is accurate and current undermines the effectiveness of the entire response chain.
Why Modern Technology Still Falls Short
This crisis persists despite the availability of advanced location technologies. Cellular providers can supply GPS‑based data, yet that information is often not included in the core 9‑1‑1 dataset that flows between systems. As a result, agencies must rely on separate tools or manual procedures to retrieve and relay precise coordinates. In indoor environments—where wireless location is already challenging—this gap can translate into errors measured in hundreds or even thousands of meters.
The Root Causes: Legacy Systems and Fragmentation
At its core, the problem is structural. Many PSAPs operate on legacy systems that were never designed for data‑rich, multi‑agency interoperability. Proprietary technologies create vendor lock‑in, preventing systems from “talking” to one another. Even when data is shared, inconsistent formats and a lack of spatial awareness mean that information may not render correctly on a map—or at all. The result is a fragmented ecosystem where critical data cannot move freely when it matters most.
NG9‑1‑1 Raises the Stakes—but Interoperability Is Still Uneven
The transition to Next‑Generation 9‑1‑1 (NG9‑1‑1) is intended to modernize emergency communications by routing calls over IP networks using precise geographic coordinates. In theory, this shift should dramatically improve accuracy, resiliency, and situational awareness. In practice, NG9‑1‑1’s success depends entirely on the seamless, standards‑based sharing of GIS and location data across jurisdictions. Without true interoperability, NG9‑1‑1 risks inheriting—and in some cases amplifying—the same location data failures that plague legacy systems today. The ability to reliably share, transfer, and validate location data is not just a feature of NG9‑1‑1; it is its foundation.
While nationally recognized organizations such as NENA have established 9‑1‑1 industry standards, many of these standards function primarily as frameworks rather than prescriptive implementations. As a result, PSAPs may deploy functional elements differently based on local workflows, user interfaces, vendor architectures, and operational constraints. These variations can lead to inconsistencies in how location data is captured, rendered, and transferred, making interoperability far less reliable without continuous testing and validation across systems
Compounding this challenge, PSAPs across North America are at different stages of NG9‑1‑1 adoption. Some have fully transitioned to standards‑aligned, IP‑based environments, while others remain partially or entirely dependent on legacy infrastructure. This uneven pace of adoption results in differing levels of compliance and readiness, further complicating the ability to share authoritative location data across jurisdictional boundaries. In a system where emergency calls do not respect geographic or technological borders, these disparities introduce friction at the exact moment when clarity and speed are most critical.
The Real Industry Challenge
The central industry problem in North American public safety is not a lack of data, but a lack of trusted, interoperable data flow. Until location information can move as reliably as voice between PSAPs, emergency response will remain slower, riskier, and less effective than it should be. Solving this challenge requires breaking down silos, addressing vendor lock‑in, and treating location data as mission‑critical infrastructure—not optional metadata. Lives depend on it.
Stay Tuned
The location‑transfer problem in 9‑1‑1 isn’t inevitable—it’s fixable. But solving it will require the industry to confront the uncomfortable reality that modern tools alone can’t overcome the structural gaps between jurisdictions, systems, and data standards. Before we can talk about solutions, we must clearly expose the depth of the problem—and that’s exactly where we’re headed next.
In our next blog, we’ll dig deeper into how fragmented spatial data, inconsistent GIS implementations, and uneven NG9‑1‑1 readiness create the perfect storm for location‑transfer failures.
Stay tuned. Our next blog will connect the rest of the dots… and after that, we’ll show you what’s coming next.
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