The roofing industry has one defining variable: speed. When hail hits a neighborhood, the contractor who reaches property owners first, before competitors arrive, before homeowners call their insurer, before any adjuster schedules a visit, wins 67 percent of the jobs from that storm event. The contractors who show up three days later fight over the remaining third, at lower close rates and with more price pressure. Automated storm lead generation solves the speed problem entirely, and here is exactly how, and what it actually costs to run.
How does storm detection actually work?
The HailTrace API monitors target territories continuously and detects meteorologist verified hail events in real time, not crowdsourced reports or radar estimates alone. When a qualifying storm, typically one inch of hail or larger, hits a target market, HailTrace returns the storm swath boundary as a GeoJSON polygon, a precise geographic shape rather than a rough zip code radius. That polygon is what everything downstream runs against.
How does the system find the actual property owners inside that storm zone?
ATTOM Data queries every residential property inside the HailTrace polygon and returns owner name, address, year built, property value, and roof age for each one. This is what turns a geographic shape into an actual, addressable list of real homes and real owners, not just a map of where hail fell.
How does the system get a phone number and email for each property?
BatchSkipTracing appends verified mobile numbers and email addresses to each property record ATTOM Data returns. Without this step, the system would have a list of addresses with no way to actually reach anyone who lives there.
How does the AI decide which leads to contact first?
An AI scoring model ranks every lead from 0 to 100 based on four factors: the hail size recorded at that specific address, the roof's age, the property's value, and whether the property is owner occupied. A higher score means a property that took a harder hit, has an older roof more likely to need replacement, carries enough value to support a full job, and is occupied by the actual decision maker rather than a renter or an absentee owner.
What does the actual outreach sequence look like?
The top tier leads receive a voicemail drop within 12 minutes of storm detection, followed by an SMS at 27 minutes, and an email carrying a HailTrace storm report PDF at 4 hours. No human is involved in any of it until a homeowner actually replies or books an inspection. The entire sequence, from the storm hitting to the first voicemail landing, happens faster than a homeowner can finish researching who to call.
What does this actually cost, and what does it return?
Skip tracing costs approximately $0.08 per property record. A 2,500 property storm swath costs $200 in data, the entire cost of turning a storm event into a fully contactable, scored lead list. If 15 percent of contacted homeowners book a free inspection, and 55 percent of those inspections convert to a signed contract at a $12,400 average job value, that $200 data investment generates $255,750 in contracted revenue from a single storm event. The full ROI calculator, adjustable for your own territory's storm frequency, swath size, and real conversion rates, is in the Storm Lead AI Machine demo.
Why does speed matter this much, specifically?
The 67 percent win rate for the first contractor to reach a property is not a soft estimate, it reflects a simple reality of how storm response actually plays out. A homeowner who gets a call, a text, and a detailed storm report within hours of the hail event has a specific contractor already in mind before a single other roofer knocks on the door. By the time a contractor working off a paper list or a drive through territory three days later shows up, the homeowner has often already signed with someone else, or is already juggling multiple competing bids and negotiating on price instead of picking based on trust.