Why Accuracy Matters
The most overlooked aspect of gunfire location accuracy is precision reporting. A shooter on the 28th floor versus the 5th floor changes everything. Only rigorously tested, SAFETY Act-approved systems reliably deliver floor-level and corner-of-the-building accuracy—even from a far distance. In substations, where multi-level or multi-floor structures dominate the landscape, this vertical certainty prevents responders from searching the wrong building or floor, turning potential tragedies into rapid neutralizations.
Learning more about gunfire location for substations
The fastest way to understand gunfire location options is a 15-minute discovery call with a DHS SAFETY Act approved technology representative. You’ll receive a customized threat map showing high-risk zones in substations and learn which gunfire location solutions have already been deployed by peer organizations under identical regulatory and liability concerns.
How to choose the right gunfire location for substations
Choosing gunfire location for substations starts with one non-negotiable: DHS SAFETY Act coverage. Only approved systems have undergone rigorous independent testing for accuracy across indoor, outdoor, and vertical environments. Insist on seeing the actual Designation or Certification letter—then compare documented detection speed, false-alarm rate, and vertical precision specific to substation’s building types.
Other considerations for gunfire location in substations
Beyond accuracy, substation decision-makers must consider liability exposure. Only DHS SAFETY Act-covered gunfire location provides statutory caps or elimination of third-party claims following an attack. Without this protection, even the most accurate system leaves venues like schools and businesses vulnerable to lawsuits claiming the technology “should have done more.”
Learn More about SAFETY Act-approved gunfire location