48,000 Lockdown Messages. 32 Active Shooter Ones

A notification that commits a building cannot be unsent. Once the speakers fire and the phones light, staff have already moved and responders are en route. The cost of a false alert is an evacuation that did not need to happen and trust that erodes the next time. That is why the decision itself stays manual even when everything around it is automated.

Daily Notifications Prove the Paths

Terry Swanson, president and chief executive of Singlewire Software, said in written comments to Security Guys News that the point of running notifications every day is that very little needs to change when a lockdown occurs. "A building that pages the front office six times a day is not practicing for a lockdown in any formal sense. But it is proving the same speakers, the same phones, the same desktops, and the same message paths work, every day, in front of everyone. When a real event arrives, the mechanics are already familiar. Nobody is learning the interface under pressure."

What stays manual is the decision. Everything around it can be automated: pulling the location of an activated panic button, surfacing the relevant camera, sending on-site security to look. A building-wide notification is a commitment organizations want to be certain of before sending. Authority to commit the building needs to live in two places: with people accountable for the outcome, such as security personnel, leaders and facility managers, and with the day-to-day staff most likely to see something first. Staff need to be trained to raise a hand the moment something feels wrong, without weighing whether it is serious enough. "Hesitation at that end of the process is far more costly than a signal that turns out to be nothing."

The same fragmentation is already on the record. In Security Guys News coverage of the ANSI/ASIS school security standard Jeffrey Slotnick, co-chair of the ASIS School Security Standard Technical Committee, said: "This is a proactive tool to serve schools across the globe by providing practical, actionable guidance for those on how to secure learning environments while maintaining focus on their primary mission of education." The standard exists. Daily practice still decides whether the paths work.

The Hand-Off to Law Enforcement Is the Gap

After the decision, the largest time loss is the hand-off to law enforcement, Swanson said. Device mapping is a configuration problem solved months earlier or not available at all. If groups and lists are built correctly, delivery is immediate. Visitor accountability has improved with digital check-in. Knowing who is in the building is a lookup, not a reconstruction of a clipboard.

The hand-off is where information breaks down if systems are not aligned. In some buildings the first instinct is to call 911, which is correct, but the person making that call has no fast way to reach everyone else inside. People in the building learn what is happening after people outside it. Their first indication can be approaching sirens. In other buildings the internal alert goes out immediately, but nobody is certain whether 911 has been called or who was supposed to call. The call is not always assigned to a specific person, so everyone assumes someone else has it, or the person who would make it is busy managing the unfolding situation. "Either way, the two actions land minutes apart, and the gap is widest at exactly the moment the situation on-site is changing fastest."

Systems can reach every device in the building and notify outside responders at the same time, from a single action. Internal and external audiences get the same information with the same timestamp. Faster detection compounds the gain: detect sooner, put a clearer picture in front of the decision-maker, then collapse two separate notification steps into one.

Readiness Is the Common Action, Not the Rare One

Singlewire looked at data from the 2025-26 school year across roughly 16,000 schools and more than 19 million notifications actually sent. Automated bell schedules accounted for 11.7 million notifications, about 60% of everything sent. Paging accounted for another 5.4 million, about 28%. Those two functions are 88% of all K-12 communication volume and are exercised every day by school staff.

What is configured and rarely used is almost everything built for the incident. Pre-built emergency response plans, the one-button paths that notify a building, start a lockdown and bring in the right people, accounted for about one-half of 1% of volume. They sit ready all year and are called on a handful of times. Messages explicitly describing an active shooter totaled 32 across the full year. Lockdowns were more common: more than 48,000 messages, along with evacuations, shelter, hold and secure. Lockdown is the default response to a wide range of potential threats. Those actions align with the Standard Response Protocol from The “I Love U Guys” Foundation, which tens of thousands of schools have adopted.

"The practical implication is that readiness is not about the rare scenario. It is about whether those few common actions work the same way every time, for any situation, because that is what a building will reach for regardless of what is happening."

A system that pages the front office every day has already tested the speakers and the paths. The rare one-button lockdown plan has not. The gap is not between automation and the human. It is between the actions a building practices and the actions it will need when the decision is no longer reversible.