Call It Prevention. Call It Reduction.
You’re Still Grading Yourself on the Wrong Thing
By Kyle Brown, LifeSafetyWiki contributor — on the gap between what fire prevention divisions report and what their communities actually asked.
Stanislav Samek
Founder of Samektra Safety Management & Training in Gwinnett County, Georgia, and the editor behind LifeSafetyWiki. The essay below is published as Kyle wrote it — the standards, citations, references and cross-links around it are ours.
A word before you read this one
Most of what gets written for this site is about a device, a section number, or a finding somebody wrote up. This one is different. Kyle Brown sent me an essay about something I think everyone in this line of work has felt at one point or another, and almost nobody says out loud.
If you have ever finished a year genuinely proud of what you got done — every inspection completed, every class taught, every deficiency chased until somebody fixed it — and still had a quiet moment of but did any of that actually change anything? — then Kyle has already put words to your experience better than most of us could. That moment is not doubt about your work. It is the honest recognition that the tools we use to report on our work simply do not reach that far. They were never built to.
Kyle makes that point himself, right in the essay, and I want to underline it before you read a word: “That’s not a knock on the people doing the work. It’s a problem with what we chose to count.” That is exactly right, and it is the spirit of the whole piece. Nobody in this field invented the annual report they inherited. Inspectors, educators, plan reviewers, fire marshals, facility managers — we were all handed the same spreadsheet, and we have all filled it in faithfully. This is a piece about the spreadsheet.
What I appreciate most is that he does not stop at naming it. Kyle lays out four specific measures he would add, all of them buildable out of records most jurisdictions already keep. And he is genuinely fair about why the change is hard: an inspection count is a number you control, while a fire rate can move the wrong way in a year you did everything right. He does not pretend that is easy or costless. That fairness is why this reads like a colleague thinking out loud with you rather than someone keeping score.
This question belongs to all of us. Whether you run a prevention division, a plans-review desk, a hospital life-safety program, or the compliance file for a single building, it comes out the same way: can we show that the risk went down, or only that we stayed busy? Very few of us can answer that yet — and that is not a failing, it is an opening. Kyle is the first person to write it down on this site.
Thank you, Kyle. This is the kind of perspective that only comes from someone who has done the work and still cares how it turns out. Read it the way it was written — one practitioner talking to another. — Stanislav
Kyle Brown
Fire Service & Safety Compliance Training. An extensive fire department and safety-compliance training background, defined by exceptional attention to detail and a relentless drive for constant improvement — the habit of asking how a program, a process, or a building can be made safer than it was yesterday. Time on the job shapes how he reads a building and a procedure: not as a checklist to satisfy, but as a system that has to perform when it matters. That is the same instinct he turns on the annual report in the essay below.
Call It Prevention. Call It Reduction. You’re Still Grading Yourself on the Wrong Thing.
BY KYLE BROWN
Rename the division. Redesign the org chart. Put “Community Risk Reduction” on the letterhead instead of “Fire Prevention.” None of it changes the number on the slide at budget season, and none of it answers the only question anyone in that room actually came to ask.
Every fire chief has sat through this meeting. The annual report goes up on the screen. Inspections completed: up 12 percent. Permits issued: 340. Public education events: 58. Code violations corrected: 891. The numbers look good. The room nods. Then someone on the council asks it anyway: Is our community safer than it was five years ago?
And the room goes quiet, because nothing on that slide can answer it. It never could. You can call the division whatever you want; the report was never built to say whether risk went down. It was built to say the division was busy.
The Activity Trap
Fire prevention divisions across the country report the same handful of statistics year after year, and all of them measure the same thing: how busy the division was. Inspections performed, permits processed, events delivered, violations corrected these are counts of effort, not evidence of outcome. A division can complete every inspection on its calendar, issue every permit on time, and staff every school assembly on the schedule, and still have no idea whether the community it serves is at lower risk than it was last year.
That’s not a knock on the people doing the work. It’s a problem with what we chose to count. Activity metrics are easy to gather; they fall out of a records-management system automatically, and they’re comfortable to report because a department almost always controls whether it hits them. Outcome metrics are harder. They require tracking fire incidence, injury and casualty rates, and property loss over time, and they force a department to answer for something more complicated than its own workload. That difficulty is exactly why so few departments do it. But it’s also exactly why the departments that do are worth paying attention to.
Everything on the left is true, useful, and worth reporting — Kyle keeps it, and so should you; workload numbers still justify staffing. It just cannot reach the question on the right. — Diagram: LifeSafetyWiki, illustrating Kyle Brown’s point.
The National Numbers Haven’t Moved Much Either
It isn’t just an individual department’s annual report that fails to show whether decades of prevention work have paid off. The national numbers tell nearly the same story. Home structure fires sat in a stubborn band of roughly 365,000 to 400,000 a year for most of the 2000s and into the mid-2010s, according to NFPA’s national fire-loss data, and only in the past few years has that number fallen more sharply to an estimated 329,500 in 2024. Over two full decades, that’s something like a 15 to 17 percent decline. It is not the steady, compounding improvement a field running inspection programs, code enforcement, and public education campaigns for generations might lead the public to expect.
The harder number is the death rate. In 2023, the home fire death rate stood at 8.7 deaths per 1,000 reported fires, up from 7.1 in 1980. The rate for one- and two-family homes specifically was 38 percent higher than it was 45 years ago. Fire deaths overall fell substantially from the 1980s into the early 2010s, then started climbing again after 2013. Whatever combination of faster-burning synthetic furnishings, aging housing stock, and staffing pressure is driving that increase, no department’s activity report explains it, and no department’s activity report has ever been required to.
One caveat is worth stating plainly. The National Fire Incident Reporting System, the federal data backbone fire departments have reported into for decades, was decommissioned in February 2026 in favor of a new system, NERIS. That’s a reminder that even the field’s basic data infrastructure has been in flux, which is a reason for some humility about any clean multi-year trend line. But it cuts the other way, too: the fire service is rebuilding its national data systems right now. That is exactly the moment to decide those systems should report outcomes, not just port the old activity-counting scorecard into new software. And if the national accounting is this unsettled, that’s one more reason a department shouldn’t wait on it; the scorecard that matters most is the one a department keeps on its own community.
The Field Already Renamed the Mission: The Scorecard Didn’t Follow
To be fair to the fire service, this isn’t a case of an industry standing still. Over the past two decades, “fire prevention” has been steadily giving way to a broader framework called Community Risk Reduction, or CRR; a shift formalized in NFPA 1300, the standard covering community risk assessment and CRR plan development, and championed at the national level by the International Association of Fire Chiefs’ Fire & Life Safety Section. The language changed for a reason: prevention implies stopping an event outright, while risk reduction acknowledges the honest goal of fewer fires, smaller fires, and fewer injuries when fires do happen.
So, the fire service already had the conversation this article might otherwise be pushing it toward. It renamed the mission. What it hasn’t done, in most departments, is rename the scorecard. NFPA 1300 itself lays out a six-step CRR process that ends with “monitor, evaluate, and modify”; outcome tracking is written into the standard. In practice, most annual reports still stop at step one: how much did we do? Very few get to the step the standard actually asks for: did it work?
What the Standard Actually Looks Like in Practice
Surrey, British Columbia offers a rare, well-documented answer. In 2008, Surrey Fire Service launched HomeSafe, a door-to-door risk-reduction program built on twenty years of municipal fire incident data rather than a generic public-education calendar. Crews targeted the specific neighborhoods where the data said risk was concentrated, rather than spreading effort evenly across the city.
A peer-reviewed twelve-year evaluation of the program, published in the International Journal of Environmental Research and Public Health, found that residential fire rates in Surrey fell 80 percent, functioning smoke alarms increased 60 percent, fire containment to the room of origin improved 94 percent, and fire-related casualties dropped more than 40 percent over the study period. Those aren’t activity numbers. Nobody in that report is bragging about how many doors got knocked on. The program measured, and delivered the thing city councils actually want to know: fewer fires, fewer injuries, fewer deaths.
That’s the model. A department that can point to a declining fire-incidence curve in its highest-risk zones has said something a stack of inspection totals never can.
Surrey isn’t an isolated example, either. Kankakee, Illinois, took a narrower version of the same approach; partnering with the American Red Cross on a targeted smoke-alarm installation campaign in a defined focus area rather than a citywide sweep, and saw fire incidents in that area drop by roughly 40 percent. Different city, different scale, same underlying discipline: pick the highest-risk area using data, intervene there specifically, and then measure whether the intervention actually moved the outcome. Neither department’s success story is “we did a lot of prevention work.” It’s “the thing we were trying to prevent happened less.”
Why the Old Numbers Survive Anyway
If outcome measurement is both more meaningful and demonstrably achievable, why hasn’t it become standard practice? Part of the answer is capacity; building the kind of longitudinal, geocoded incident data that Surrey used takes analytical infrastructure that many departments, especially smaller ones, simply don’t have. But part of the answer is also incentive. Activity metrics are safe. A department fully controls whether it completes its inspection schedule. It does not fully control whether the community’s fire rate goes down; that outcome is entangled with housing stock age, economic conditions, staffing levels, and events well outside a fire marshal’s office. Reporting an outcome metric means accepting a measure of accountability for something you can influence but not fully command, which is a harder position to stand behind at a budget hearing than “we hit our inspection target.”
That tension is worth naming honestly rather than waving away. Fire prevention divisions that shift to outcome-based reporting will occasionally show a bad year that isn’t their fault; a housing boom, a cold snap, a change in reporting rules. The answer to that risk isn’t to retreat to counting activities; it’s the same answer the rest of the fire service has already applied to itself in other areas. Build the risk assessment infrastructure NFPA 1300 already calls for, track trends over multi-year windows rather than single-year snapshots, and report outcomes alongside the confounding factors that shape them. That’s a harder report to write. It’s also a far more honest one.
“Isn’t This Just Semantics?”
Here’s the pushback you’ll get, and it deserves an answer: if CRR already exists on paper, isn’t this just relitigating a naming debate the field already settled? No. And the reason why is the whole point of this article. A name change costs nothing. It’s a sign on a door, updated in a single meeting, and everyone gets to feel like the mission evolved. Reporting a declining fire-incidence rate instead of an inspection count costs something; it means standing in front of a council and being judged on a number you don’t fully control. That’s why the rebrand spread everywhere, and the measurement reform spread almost nowhere. Renaming the division was the easy step, and departments took it. Nobody’s taken the hard one yet.
What a Real Scorecard Would Report
None of this requires a new mission; the mission was already rewritten when the field adopted CRR. It requires a new report, sitting alongside the activity totals rather than replacing them outright, since workload numbers still matter for staffing and budget justification. But four additions would change what that report actually says:
- Residential fire rate per thousand structures, tracked year over year jurisdiction-wide, so a council can see the trend line instead of a single count.
- Civilian fire injury and fatality trends, the outcome that ultimately justifies the division’s existence in the first place.
- Incident-rate change within the specific high-risk zones a department chose to target, which shows whether resources aimed at the highest-risk properties actually moved the number there, not just citywide on average.
- Working-smoke-alarm prevalence in those same zones, a leading indicator that predicts future fire and casualty outcomes rather than describing past activity.
None of these numbers are exotic. Surrey has been reporting versions of them for over a decade, and the data required to build them. Historical incident records, property and demographic data, smoke-alarm survey results already exist in most jurisdictions’ records-management and assessor systems. What’s missing in most departments isn’t the data. It’s the decision to report it.
The fire service has shown, in other corners of the profession, that it’s willing to let evidence override inherited assumptions when the data are strong enough; tactical doctrine has been rewritten in the last fifteen years on exactly that basis. Measurement deserves the same scrutiny, and no rebrand gets to substitute for it. Call your division Prevention. Call it Risk Reduction. Call it whatever fits on the org chart; it doesn’t matter, and it was never supposed to. What matters is whether you can put a number on the wall that says risk went down, and defend it. Two decades of activity reports and a national fire-death rate that’s higher than it was in 1980 suggest most departments still can’t. If you can’t, the name on the door was never the honest part of the report. The inspection count was.
The documents behind the essay
Everything above is Kyle’s. What follows is ours: the standards, studies, and data sources his essay points at, pulled into one place so you can follow the thread yourself and, if it is useful, take it to your own chief, council, or accrediting body.
The standards that already ask for this
| Document | What it is | Why it matters to this essay |
|---|---|---|
| NFPA 1300 2020 · 2026 editions | Standard on Community Risk Assessment and Community Risk Reduction Plan Development. | The six-step CRR process: assess, prioritize, develop strategies, develop the plan, implement, then monitor, evaluate, and modify. Step six is the outcome step Kyle says most reports never reach. |
| NFPA 1750 2026 · first edition | Organization and Deployment of Fire Suppression Operations, EMS, Special Operations, and Fire Prevention Activities. | Consolidates NFPA 1201, 1710, 1720 and 1730. Requires an effective CRR plan and points to NFPA 1300 for the risk assessment. If you are still citing NFPA 1730 (2019), this is where it went. |
| NERIS replaced NFIRS Feb 2026 | National Emergency Response Information System (USFA). | Built for GIS and modern analytics — the geocoded, longitudinal data an outcome scorecard requires. The window Kyle describes is open right now. |
| Vision 20/20 | CRR Planning Guide and Community Risk Assessment Guide. | Free, non-proprietary planning tools. The practical on-ramp for a department that does not have an analyst. |
| 29 CFR 1904 | OSHA injury and illness recordkeeping. | The neighboring discipline that already made this shift — TRIR and DART are rates per 200,000 hours, not counts, exactly so a bigger year cannot masquerade as a worse one. |
The evidence, cited precisely
Surrey, British Columbia — HomeSafe. The twelve-year longitudinal assessment covers 2008–2019 across 120,349 targeted households and was published in the International Journal of Environmental Research and Public Health, 20(14):6369 (2023). Reported outcomes: fire rates −80%, functioning smoke alarms +60%, fires contained to the room of origin +94%, fire casualties −40%. Read the study (open access) ↗
Kankakee, Illinois — Red Cross Home Fire Campaign. NORC at the University of Chicago analyzed NFIRS data for 2016–2019. Households that had not received an in-home visit experienced fires at 26.7 per 1,000 households; participating households, 15.4 per 1,000 — a 73 percent higher rate for non-participants, which is roughly a 42 percent lower fire rate among households the program actually reached. Severe fire rate was 70 percent higher for non-participants, and no deaths were reported in homes confirmed to have received a visit before the fire. Note the study design: this is a participant-versus-non-participant comparison within the city, not a focus-area-versus-citywide before-and-after. Read the case study (PDF) ↗
One figure has been updated since Kyle wrote — and it reinforces his point
Kyle wrote from the 2023 data year, which was the newest complete set available at the time. NFPA published Fire Loss in the United States During 2024 in November 2025. His 329,500 home structure fires for 2024 is exact. The death-rate figures have moved:
| Measure | As written (2023 data) | Newest NFPA data (2024) |
|---|---|---|
| Home fire death rate, per 1,000 reported home fires | 8.7 (vs. 7.1 in 1980) | 8.9 — 25% higher than 1980 |
| One- or two-family home death rate vs. 1980 | 38% higher | 44% higher (10.2 per 1,000 — highest since 2000) |
The direction did not change. It got worse. Kyle’s closing line — that the national fire-death rate is higher than it was in 1980 — is more true in the 2024 data than it was in the 2023 data he wrote from. — Editor
If you want to watch rather than read
Three short pieces that fill in the background the essay assumes you already have.
“What is community risk reduction?” — National Fire Protection Association. NFPA’s own two-minute definition of CRR. Start here if the term is new; notice that even the official framing is about reducing risk, not counting effort.
“NFPA 1300 — Community Risk Assessment and Risk Reduction” — Emergency Reporting by ESO, Twenty for 2020 Episode 8. A walk through the standard itself, including the six-step process that ends at “monitor, evaluate, and modify.”
“What is USFA NERIS?” — Responserack. The replacement for NFIRS, explained. This is the system Kyle argues the field should be pointing at outcomes while the concrete is still wet.
The same question, in the buildings we inspect
Kyle is writing about municipal prevention divisions, but the distinction he is drawing travels. A hospital that can report 100 percent of its quarterly ITM completed has reported an activity metric. A hospital that can show its repeat-deficiency rate falling year over year has reported an outcome. These are the LifeSafetyWiki articles where the same logic already lives:
- Hazard Vulnerability Assessment (HVA) — the healthcare analogue of a community risk assessment: rank risk by probability and impact before you spend on any of it.
- OSHA Recordkeeping (29 CFR 1904) — the discipline that already converted counts into rates. TRIR and DART exist because a raw injury count rises with headcount and tells you nothing.
- Root Cause Analysis (RCA) — the method for asking why an outcome moved instead of restating that it did.
- Fire Drill Planning & Documentation — the purest example of the activity trap in a building: twelve drills documented, and no record of whether evacuation time improved.
- Compliance Walk-Through: 12 Findings Inspectors See First — the deficiencies that keep coming back are the ones your outcome measure would have caught.
- CMS Survey Process for Fire Safety and CMS K-Tags — healthcare’s version of the annual report, with the same tension between what is counted and what is prevented.
SUGGESTED PROMPT
“I run a fire prevention division. Help me build an outcome-based annual report: residential fire rate per 1,000 structures, civilian injury and fatality trends, incident-rate change in our targeted high-risk zones, and working-smoke-alarm prevalence. What data sources do I need for each, and how do I present a bad year honestly?”
Have a piece like this in you? LifeSafetyWiki publishes practitioner essays and field observations from people who walk buildings for a living. We keep your words, add the citations, and put your name and bio on it — the way this one was done. Start a thread in the community, or see the rest of the contributors.
Frequently Asked Questions
What is the difference between an activity metric and an outcome metric in fire prevention?
Does NFPA 1300 actually require a department to evaluate whether its CRR program worked?
Is NFPA 1730 still the fire prevention deployment standard?
What happened to NFIRS, and what does NERIS change for prevention reporting?
What did the Surrey HomeSafe evaluation actually measure?
Our department is small. Can we do outcome measurement without an analyst?
Won’t reporting outcomes get a division blamed for things it does not control?
Where does this idea show up outside the fire service?
References
1. NFPA 1300, Standard on Community Risk Assessment and Community Risk Reduction Plan Development — 2020 and 2026 editions. The six-step CRR process concludes with “monitor, evaluate, and modify.” nfpa.org — NFPA 1300 standard development.
2. NFPA 1750 (2026), Standard for the Organization and Deployment of Fire Suppression Operations, Emergency Medical Services, Special Operations, and Fire Prevention Activities — first edition, consolidating NFPA 1201, NFPA 1710, NFPA 1720, and NFPA 1730. Requires an effective community risk reduction plan and references NFPA 1300 for the risk-assessment process.
3. NFPA 1730 (2019), Standard on Organization and Deployment of Fire Prevention Inspection and Code Enforcement, Plan Review, Investigation, and Public Education Operations — the legacy document now consolidated into NFPA 1750. nfpa.org — NFPA 1730 code development.
4. Shelby Hall, Fire Loss in the United States During 2024, NFPA Research, November 2025. 329,500 home structure fires in 2024 causing 2,920 civilian deaths; 253,500 of those in one- or two-family homes. Home fire death rate 8.9 per 1,000 reported home fires in 2024 versus 7.1 in 1980; one- or two-family home rate 10.2 per 1,000 in 2024, 44 percent higher than 1980 and the highest since 2000. nfpa.org — Fire Loss in the United States.
5. U.S. Fire Administration, NFIRS Sunset and National Emergency Response Information System (NERIS). NFIRS submissions closed at the start of 2026; January 31, 2026 was the last day to edit 2025 records; NFIRS decommissioned February 2026. usfa.fema.gov/nfirs/sunset · usfa.fema.gov/nfirs/neris.
6. Nirupama Agrawal et al., “Community Fire Risk Reduction: Longitudinal Assessment for HomeSafe Fire Prevention Program in Canada,” International Journal of Environmental Research and Public Health 20(14):6369, 2023. Twelve-year assessment (2008–2019) of Surrey Fire Service’s HomeSafe program across 120,349 targeted households: fire rates −80%, functioning smoke alarms +60%, contained fires +94%, fire casualties −40%. doi:10.3390/ijerph20146369.
7. City of Surrey, Journey of HomeSafe: Community Risk Reduction in Surrey. surrey.ca (PDF).
8. NORC at the University of Chicago, Red Cross Home Fire Campaign: Kankakee Case Study, Research Highlights, March 2022. Over 10,000 alarms installed since 2015 in 3,300+ households (more than one-third of the city). NFIRS analysis 2016–2019: households without an in-home visit experienced fires at 26.7 per 1,000 households versus 15.4 per 1,000 among participating households — a 73 percent higher rate for non-participants, or roughly a 42 percent lower fire rate among participating households. Severe fire rate 70 percent higher for non-participants; no deaths reported in homes confirmed to have received a visit before the fire. norc.org (PDF).
9. International Association of Fire Chiefs, Fire & Life Safety Section — CRR advocacy at the national level. iafc.org.
10. Vision 20/20, Community Risk Reduction Planning Guide and Community Risk Assessment Guide — free planning tools for departments building a CRR program. strategicfire.org/crr/guides.
11. U.S. Fire Administration, Community Risk Reduction program resources. usfa.fema.gov — Community Risk Reduction.
12. 29 CFR Part 1904 — OSHA injury and illness recordkeeping; TRIR and DART are calculated per 200,000 employee-hours, the rate-based structure referenced in the editor’s addendum. See OSHA Recordkeeping on LifeSafetyWiki.
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