Storm intelligence software gets sold as a map. A colored blob over a county, a date, maybe a hail size. That map is useful for about ten minutes. After that, a roofing company needs to know which streets to walk, who is walking them, what the rep says at the door, and how the storm date ends up on the insurance claim three weeks later. If the software stops at the picture, somebody in your office is doing the rest by hand.
This guide covers what storm intelligence software should actually do for a roofing contractor, where most setups break down, and the questions worth asking before you commit to one. It is written for owners and sales managers who have worked a storm or two and know that the first seventy-two hours decide most of the season.
What Storm Intelligence Software Is (and Is Not)
At its simplest, storm intelligence software takes weather data, usually radar-derived hail and wind footprints, and puts it on a map you can act on. The good ones go further. They tie the storm footprint to property addresses, keep a history of events for each address, alert you when something qualifying hits the areas you work, and hand the result to your sales and production systems without a copy-and-paste step in between.
What it is not: a replacement for an inspection. Radar estimates where hail likely fell and roughly how large it was. It does not tell you that a specific roof was damaged. A rep still has to get on the roof, take photos, and document what is there. The value of storm data is in deciding where to spend your limited people and hours, not in proving a claim on its own.
That distinction matters when you evaluate tools. If a vendor implies their map confirms damage, be careful. If they position it as the starting point for a workflow, that is the honest version. On the Storm Intel storm intelligence page you will see it framed that way: the map is where the job begins, not where it ends.
The Four Jobs Storm Software Has to Do
When you strip away the marketing, roofing storm software has four jobs. A tool that does one or two of them leaves you stitching the rest together.
1. Tell you something happened, fast
You should not learn about a hail event from your competitor's yard signs. Look for watch lists you can set by ZIP code, county, or a region you draw yourself, plus threshold rules so you only get alerted on events that matter, for example hail above a certain estimated size or wind above a certain speed. The alert should arrive the morning after with the mapped swath attached, and it should go to the people who need it: the owner, the sales manager, and the reps who cover that area.
2. Turn the swath into territory
This is where most standalone hail maps fall short. Knowing the swath covers six ZIP codes does not tell you how to split it among eight reps. Useful storm intelligence software converts the impact zone into canvassing territories, ranks streets by estimated impact and roof age, and lets you assign them to reps or teams in one pass. Then it tracks coverage, so by Thursday you can see which parts of the impact zone were actually walked.
3. Carry the storm data onto the lead
Every lead that comes out of a storm should carry the storm date, the estimated hail size, and a reference to the event. That is not paperwork for its own sake. The date of loss is one of the first things an adjuster looks at, and a date reconstructed from memory three weeks later is an easy reason to push back. If the date is captured automatically when the lead is created, nobody has to remember it.
4. Follow the job through the claim
Storm work is insurance work for most residential roofers. The claim number, adjuster, inspection date, approved scope, supplement requests, carrier correspondence, and depreciation release all need a home. If they live in email threads and a desktop folder, they leak. Storm restoration software should track them on the same job record the lead started on.
Where Storm Workflows Usually Break
Most roofers already have storm data. The problems show up in the handoffs.
- Map to street. The owner looks at the map at 6am, then texts each rep a neighborhood. Two reps end up in the same subdivision and a third gets a block that was barely touched.
- Street to lead. Reps knock and write notes on a pad or in a separate canvassing app. The good conversations get typed into the CRM on Friday, or not at all.
- Lead to claim. The storm date, hail size, and photos sit in three different places. When the adjuster asks, someone has to rebuild the file.
- Claim to money. Supplements and depreciation checks get chased by memory, so some never get chased.
Every one of these handoffs is a place where a lead goes cold or a dollar goes uncollected. Storm intelligence software that lives inside your roofing CRM removes the handoffs instead of just speeding them up.
What to Look for in Storm Intelligence Software
Here is a practical checklist to bring to any demo. Ask the vendor to show each item live, on their screen, with a real past event.
| Capability | Why it matters | Question to ask |
|---|---|---|
| Street-level swaths | County-level data does not tell a rep where to walk | Can you zoom to a single street and see the estimated hail size band? |
| Morning-after alerts | The first seventy-two hours decide the neighborhood | Can I set watch lists by ZIP and thresholds by hail size? |
| Swath to territory | Avoids double-knocking and missed streets | Show me turning a swath into assigned rep territories. |
| Address storm history | Helps with older claims and pre-existing damage questions | Can I see every qualifying event for one address? |
| Storm-tagged leads | Date of loss is captured once, not reconstructed | Does the lead record carry the storm date automatically? |
| Claim tracking | Supplements and depreciation do not get lost | Where do adjuster, scope, and supplement status live? |
Also ask what happens when reps lose signal. If knocks cannot be captured offline and synced later, you lose data on the days you need it most.
Standalone Hail Maps vs. Integrated Storm Software
There are two broad ways to buy storm data. You can subscribe to a standalone hail map service and connect it to your other tools however you can, or you can use storm intelligence that is built into the platform you already run sales and production in.
Standalone services can fit a large operation with its own systems and staff to maintain integrations, and some have deep historical archives. As of 2026 several exist; check each provider's site for what they currently include.
For most small and mid-size roofing companies, the integration gap is the real cost. Every storm, someone exports a list, imports it into a canvassing app, and later re-keys the good leads into the CRM. That is hours of office time per event and a steady drip of lost data. An integrated tool trades some of the specialist depth of a dedicated weather product for a workflow that runs without a person in the middle.
How to Use Storm Data in the First 72 Hours
Software does not win storms. People do, with a plan. Here is a simple rhythm that works whether you have three reps or thirty. For a more detailed version, see our 48-hour storm checklist.
- Morning one: Review the alert and the mapped swath. Decide which zones are worth working based on estimated hail size, roof age, and how far they are from your shop.
- Same morning: Convert the priority zones into territories and assign them. Brief reps on the storm date and what size hail was estimated in their area so the conversation at the door is specific.
- Day one and two: Canvass with dispositions recorded on every door. Book inspections directly onto the closer's calendar. Schedule callbacks for "come back Saturday" doors so they do not depend on memory.
- Day two and three: Inspect, photograph, and document. Make sure the storm date and photo evidence are on the job before the homeowner calls their carrier.
- End of day three: Check coverage. Reassign untouched streets. Look at which reps and zones are producing inspections and move people accordingly.
The ProCanvas roofing canvassing app is where most of steps two through five happen in LynkedUp Pro, with the storm swath overlaid on the territory map.
Where LynkedUp Pro Fits In
Storm Intel is the storm intelligence layer inside LynkedUp Pro. It maps radar-verified hail and wind swaths at street level, sends watch-list alerts the morning after a qualifying event, keeps address-level storm history, and converts an impact zone into ProCanvas territories ranked by estimated impact and roof age. Leads created from the event carry the storm date and hail size automatically, and the job then tracks the claim, adjuster, supplements, and carrier documents on the same record.
It is not a separate subscription bolted onto your CRM, and that is the point. If you want a deeper look at how the pieces connect, the Storm Intel hail mapping and storm restoration software page walks through each step.
Frequently Asked Questions
What is storm intelligence software for roofers?
Storm intelligence software maps hail and wind events against property addresses so a roofing company can decide where to canvass and when. The better tools also turn the storm footprint into assigned territories and attach the storm date to every resulting lead.
Does storm data prove a roof was damaged?
No. Radar-based data estimates where hail likely fell and roughly how large it was. A physical inspection with photos is still what documents damage on a specific roof.
How quickly should storm alerts arrive?
You want an alert with the mapped swath the morning after a qualifying event. The first seventy-two hours after a storm are when most neighborhoods decide which contractor to call.
Is a standalone hail map enough?
It can be for companies with the staff to move data between systems. For most small and mid-size roofers, storm data that feeds canvassing and the CRM directly saves office time and loses fewer leads.
Why does the storm date need to be on the lead?
The date of loss is central to an insurance claim. Capturing it automatically when the lead is created avoids reconstructing it from memory weeks later, which invites pushback from carriers.