The Storm Restoration Tech Stack for Roofing Companies

Most storm restoration companies don't lose money because they picked the wrong CRM. They lose it in the seams between tools — the lead that never synced from the door-knocking app to the office, the supplement that aged out because nobody owned the cadence, the estimate that got built in one system and re-keyed into another with a typo that cost a thousand dollars. The software isn't the problem. The handoffs are.

I've watched crews run a whole season on a whiteboard and a group text and still out-produce shops with six-figure software budgets, because the small shop's data only lived in one place and everyone trusted it. I've also watched well-capitalized restoration companies drown in tools they bought at a trade show and never wired together. So before you spend a dollar, understand what a storm restoration tech stack actually is: a set of layers that pass data to each other in a specific order, from "which roofs are due" all the way to "what did we actually win, and at what cost."

This is the workflow the stack has to support, in order:

1. Targeting — figure out which roofs and which neighborhoods are worth touching.
2. Outreach — get in front of those homeowners by mail, by door, or both.
3. Inspection & measurement — get on (or over) the roof and capture evidence.
4. CRM & pipeline — hold every lead, every stage, every note in one place.
5. Estimating & production — turn an approved job into materials, crews, and a finished roof.
6. Claims & supplements — document your own scope thoroughly and track the paperwork you submit.
7. Analytics — close the loop: estimate vs. actual, cost per win, what's working.

Each layer below covers what the layer does, the real tool categories and named examples that fill it, how it hands data to the next layer, a lean-versus-scaled version, and the integration mistakes I see most. RoofPredict shows up where it genuinely fits — targeting and the claims/supplement-documentation layer — and I'll be honest about its limits there, same as everything else.

The principle that should drive every buying decision

Before the layers, one rule that will save you more money than any single tool choice: a record should be created once and synced everywhere, never re-typed. Every time a human re-keys an address, a measurement, a homeowner's phone number, or an estimate line into a second system, you've introduced a failure point. Re-keying is where deals get lost and where margin quietly bleeds.

The corollary: your CRM is the spine. Everything else either feeds it or reads from it. If a tool can't sync to your CRM — in both directions — it's not a tool, it's an island. Plenty of perfectly good software is an island for your shop simply because it doesn't talk to the system your office actually lives in. That's a real disqualifier, not a nitpick.

Keep that frame as you read. The question for every layer isn't "is this the best tool?" It's "is this the best tool that hands clean data to the next layer without a human in the middle?"

Layer 1: Targeting — deciding where to point the company

What this layer does

Targeting answers two questions: which storms produced real damage, and which roofs in the affected area are old enough or exposed enough to be worth a knock or a mailer. Get this layer right and every downstream layer gets cheaper, because you're spending mail and labor on homes that have a reason to convert. Get it wrong and you'll work hard in the wrong neighborhood all month.

The honest truth about this layer: nobody can tell you from a desk that a specific roof is damaged. A hail swath map tells you where stones of a certain size probably fell. A roof-age estimate tells you a range, not an install date. A storm forecast is odds, not proof. Anyone selling you certainty here is selling you a story. What good targeting buys you is better odds per touch — you're stacking probabilities (storm exposure plus likely roof age plus property characteristics), not buying a list of confirmed jobs.

The tool categories and named examples

Storm and hail data. The free, authoritative baseline is the NOAA Storm Prediction Center and the National Weather Service — SPC publishes storm reports and the NWS issues warnings and damage assessments you can pull at no cost. For more granular, address-level hail and wind history, the commercial vendors are HailTrace, Interactive Hail Maps, and the data behind tools like CoreLogic's Weather Verification and Verisk's Respond / Benchmark. These paid sources give you tighter swaths and historical lookups; the free SPC/NWS data gives you the macro picture and a defensible public record.

Property and roof-age signals. This is where you combine parcel data (county assessor records, often surfaced through data vendors) with aerial imagery to estimate roof condition and likely age band. Tools in this space include the imagery and property-intelligence layers from companies like EagleView, Nearmap, and GAF's QuickMeasure, plus roof-scoring/targeting platforms.

Targeting and ranking platforms. This is the category that ties storm exposure to property characteristics and ranks neighborhoods or individual homes by likelihood-to-need. RoofPredict fits here: it ranks which roofs are likely due using roof-age-band estimates and storm-exposure heuristics, and produces lists you can route to mail or canvassing. Be clear-eyed about what that is — it's heuristic scoring (age band plus storm exposure), not a machine that knows a roof is damaged. The roof age is a range. The storm signal is probability. Used that way, as a way to prioritize finite mail and labor, it earns its place. Used as a promise of guaranteed jobs, it'll disappoint you — and that's true of every targeting tool, this one included.

How it hands off to the next layer

Targeting's output is a list: addresses, ranked or segmented, ideally with the "why" attached (storm date, estimated age band, property type). That list needs to flow two places — into your mail layer as a print/address file, and into your CRM and canvassing app as pre-loaded territory so reps aren't knocking blind. If your targeting tool can only export a PDF a human has to retype, you've broken the chain at the very first link.

Lean vs. scaled

• Lean: Free SPC/NWS storm reports plus county assessor data plus your own eyes on Google Street View to gauge roof age. Costs nothing but time. Totally viable for a small shop working a known storm.
• Scaled: A paid hail-history subscription plus a property-intelligence/imagery feed plus a ranking platform, exported on a schedule into your CRM and mail pipeline. Worth it once your labor cost of knocking the wrong streets exceeds the subscription cost — which happens faster than most owners think.

A rule of thumb on hail size

The IBHS research on hail is worth internalizing: damage potential rises sharply with stone size, and roofing materials respond differently. As a field heuristic, the stones that reliably bruise asphalt shingles tend to be roughly golf-ball size and up, while pea- and marble-size hail rarely does functional roof damage even though it scares homeowners. That single distinction will keep you from working a neighborhood that got a loud, harmless storm — and from skipping one that got a quiet, damaging one. Cross-reference the reported stone size in the SPC reports against the homeowner's account; if the numbers don't line up, trust the data over the anecdote and get on the roof before you promise anything.

Common mistakes

• Treating a hail map as a damage map. A swath is where stones might have fallen. Verify on the roof. Always.
• Buying age data and never refreshing it. A list built on two-year-old imagery will send you to roofs that were already replaced — by you or a competitor.
• Targeting without a delivery path. A great list that lives in a spreadsheet on one person's laptop isn't a targeting layer, it's a hobby.
• Chasing every storm. Discipline at this layer is mostly about saying no. A small storm two counties over will pull your crews thin for marginal odds. Pick the swaths where size, recency, and roof age actually stack up, and let the rest go.

Layer 2: Outreach — mail and canvassing

What this layer does

Outreach is how the ranked list becomes a conversation. The two dominant channels in storm restoration are direct mail and door-to-door canvassing, and the mature shops run both — mail to warm the neighborhood and create name recognition, doors to actually book inspections. Digital (paid social, search, retargeting) plays a supporting role, but in a fresh storm zone, mail and doors still move the needle hardest because they're geographically precise.

Direct mail

The tool categories here are: a design/print/mail-house service and, ideally, delivery tracking so you know a piece actually landed before a rep knocks. The big platform players include PostcardMania, Mailchimp's print services, and roofing-specific mail programs; the USPS itself offers Every Door Direct Mail (EDDM) for carrier-route saturation and Informed Visibility / Informed Delivery for tracking and the email preview that shows homeowners your mailer before it hits the box. EDDM is the lean entry point — you can saturate carrier routes without buying a name-level list, straight from USPS, at a low per-piece rate.

What separates a real mail layer from "we sent some postcards": proofs you approve before print, and per-piece or per-route delivery tracking so your canvassing can be timed to land within days of the mail. Knocking a street the same week the mailer arrives is dramatically more effective than knocking cold or knocking three weeks late when the postcard's in a landfill. This is exactly the kind of mail-tracking layer RoofPredict includes — tracked direct mail with proofs and delivery confirmation — and the value is entirely in the timing it buys the door team, never the postcard itself.

Canvassing

The canvassing app is the field tool that turns a territory into knocked doors with outcomes recorded. The category leaders are SalesRabbit, SPOTIO, and Sales Rabbit-style territory apps, plus roofing-specific field apps; some CRMs (and RoofPredict's own canvassing module) bundle a knocking app so the territory and the outcomes live next to the rest of your pipeline.

What a canvassing app must do, in priority order:

1. Show pre-loaded territory (from your targeting list) so reps aren't guessing which doors to hit.
2. Record an outcome at every door — not home, callback, set inspection, not interested — with a disposition the rep taps in two seconds.
3. Capture a lead and push it to the CRM instantly, with the address, the rep, the time, and any notes.
4. Assign and track territory so two reps don't knock the same street and so a manager can see coverage on a map.

How it hands off

Outreach feeds the CRM. A door knock that sets an inspection should create a CRM lead the moment the rep taps "set," with the rep's name attached for commission tracking. A mailer that generates an inbound call should attach to the same lead record (via a tracked phone number) so you can later prove which channel drove the job. If your canvassing app and CRM don't sync, your reps will keep two sets of records, the two will diverge, and you'll spend Monday mornings reconciling instead of selling.

Lean vs. scaled

• Lean: USPS EDDM for mail plus a free or low-cost canvassing app (even a shared map and a disciplined disposition habit). The discipline matters more than the software at this scale.
• Scaled: Tracked, list-driven mail with proofs and delivery confirmation, timed to a canvassing push, with reps on a paid territory app that syncs leads to the CRM in real time and tracks rep performance by door.

Common mistakes

• Mailing and knocking on different clocks. If the mail and the doors aren't coordinated within a tight window, you're paying for two half-strength campaigns instead of one strong one.
• No door dispositions. "We knocked the neighborhood" with no recorded outcomes means you can't re-knock the callbacks, can't measure rep effectiveness, and can't prove coverage.
• Canvassing leads that die on a rep's phone. If it doesn't hit the CRM automatically, half of them won't make it. Reps sell; they don't do data entry well, and you shouldn't expect them to.

Layer 3: Inspection, measurement, and evidence capture

What this layer does

This layer gets you actual data from the roof: measurements for the estimate, and photo evidence for the file. In storm work, the evidence you capture on the first inspection is the foundation of everything downstream — the estimate, the documentation packet, the supplement. Sloppy capture here means re-climbs, missed line items, and weak files later.

The tool categories and named examples

Aerial measurement. Instead of climbing with a tape, you order a measurement report from satellite or drone imagery. The dominant names are EagleView, GAF QuickMeasure, Roofr's measurement reports, and Nearmap-derived measurements. These give you squares, pitch, ridge/hip/valley lengths, and waste factors in a report you can drop straight into an estimate. The tradeoff: imagery-based reports can lag reality (a recent change might not be in the imagery yet), and complex or tree-obscured roofs sometimes still need a human to verify. For a clean suburban roof, the report is faster and more accurate than most tape measurements.

Drones. For shops that want their own imagery and faster turnaround, drone platforms like DroneDeploy and Skydio, plus roofing-specific drone-inspection workflows, let you capture current, high-resolution imagery yourself. Note the regulatory reality: commercial drone flights require an FAA Part 107 remote pilot certificate, so this isn't a "hand it to the new guy" tool. Budget for the certification and the airspace awareness.

Photo documentation. This is the workhorse of storm work. Tools like CompanyCam are built for exactly this — every photo is tagged to a project, timestamped, and geolocated, so your file has a defensible, organized photo record instead of a thousand un-sorted images in someone's camera roll. The geotag and timestamp matter: a photo that can prove where and when it was taken is worth far more in a documentation packet than a loose JPEG.

How it hands off

Measurements flow into the estimating layer (ideally imported, not re-keyed — many measurement vendors integrate directly with Xactimate and roofing estimating tools). Photos flow into the CRM and the documentation packet, attached to the project record. The win here is that the same photo set serves three masters: the homeowner microsite/report, the production crew's reference, and the supplement file. Capture once, use everywhere.

Lean vs. scaled

• Lean: A tape, a ladder, and a disciplined phone-photo routine with a naming convention. Order an aerial measurement only on the roofs you sell.
• Scaled: Aerial measurement on every inspection, a dedicated photo-documentation app standard for every rep, and (if volume justifies it) an in-house Part 107 drone program for current imagery.

Common mistakes

• Photos with no system. Un-tagged photos in a phone are nearly worthless three weeks later when you're building a supplement and can't remember which slope a shot came from.
• Trusting an old aerial report blindly. Check the imagery date. If a storm just hit, the imagery may predate it.
• Flying a drone without Part 107. It's a real FAA requirement for commercial work, and "I didn't know" isn't a defense.

Layer 4: CRM and pipeline — the spine of the whole stack

What this layer does

The CRM holds every lead, every stage, every contact, every note, and every dollar in one place. It's the system of record. In storm restoration, where a single job can take months and pass through canvasser, sales rep, project manager, supplement coordinator, and crew, the CRM is what keeps the job from falling through a crack. If you take one thing from all of this: the CRM is not optional, and it is the one layer you cannot run as an island.

The tool categories and named examples

There's a roofing-specific CRM tier and a general-purpose CRM tier.

Roofing/restoration-specific CRMs: AccuLynx, JobNimbus, Roofr, and Jobber are the names you'll hear most, and they're built around the roofing workflow (measurement import, material ordering, production scheduling, often estimating baked in). ServiceTitan is the heavyweight on the home-services side, strong for shops that also do other trades or want deep operational reporting. SalesRabbit lives more on the canvassing/sales side but plays in this space.

General-purpose CRMs: HubSpot is the common pick for shops that want serious marketing automation and reporting and are willing to configure the roofing workflow themselves.

There's no universal "best" — JobNimbus and AccuLynx tend to win for production-heavy roofing operations, Roofr and Jobber for leaner or newer shops, HubSpot for marketing-forward companies, ServiceTitan for multi-trade or enterprise. The right answer depends on whether you're production-led or sales-led and how much you'll invest in setup.

Why two-way sync is the whole game

Here's the thing nobody tells you at the trade show: most shops don't run one system. They run a canvassing app, a photo app, a measurement tool, an estimating tool, and a CRM — and the difference between a stack that hums and a stack that grinds is whether these sync both directions with the CRM. One-way sync (the satellite pushes to the CRM but never reads back) means an update made in the field never reaches the office, or vice versa, and now you've got two versions of the truth.

This is precisely where a platform that offers two-way sync to many CRMs earns its keep. RoofPredict, for example, syncs two-way with a broad set of CRMs — HubSpot, ServiceTitan, JobNimbus, AccuLynx, Jobber, Roofr, SalesRabbit, CompanyCam, and others — so the targeting, mail, canvassing, and documentation layers can write back into whatever CRM you already run rather than forcing you to rip and replace. The honest framing: that's an integration convenience, not a reason to abandon a CRM that already works for you. The goal is one source of truth, however you achieve it.

How it hands off

The CRM feeds production (approved jobs become work orders), feeds the documentation/supplement layer (the project record carries the photos and estimate), and feeds analytics (every stage transition and dollar amount becomes a data point). Done right, the CRM is the hub and everything else is a spoke.

Lean vs. scaled

• Lean: A single roofing CRM (Roofr, Jobber, or JobNimbus at the entry tiers) used by everyone, with discipline about logging every lead. One trustworthy system beats five fancy ones.
• Scaled: A roofing CRM or ServiceTitan/HubSpot at the center, with canvassing, photo, measurement, mail-tracking, and supplement tools all syncing two-way into it, and named owners for each stage of the pipeline.

Common mistakes

• Two systems of record. The fastest way to lose deals is to let the field app and the office CRM both think they're the source of truth.
• Buying a CRM nobody adopts. The best CRM is the one your team actually logs into. Adoption beats features.
• Ignoring sync direction. "It integrates" is not the same as "it syncs both ways." Ask the vendor to demo a field change appearing in the office and an office change appearing in the field. If they hedge, you have your answer.

Layer 5: Estimating and production

What this layer does

This layer turns an approved, measured job into materials ordered, crews scheduled, and a roof installed. It's the operational heart — the part that actually makes money or loses it on labor and material.

The tool categories and named examples

Estimating. In insurance restoration, the gravitational center is Xactimate (from Verisk), because it's the estimating platform most carriers' desk adjusters use. Whether or not you love it, you'll be reconciling against Xactimate-format estimates constantly, so understanding it is non-negotiable for storm work. Many roofing CRMs (AccuLynx, JobNimbus, Roofr) also have their own estimating and proposal tools for retail and for building your own scope.

Material ordering. Several roofing CRMs integrate directly with distributor ordering (e.g., ABC Supply, SRS/Beacon ordering through the CRM), so an approved estimate can generate a material order without re-keying SKUs and quantities. This integration is one of the highest-ROI connections in the whole stack because material errors are expensive and slow.

Production scheduling. This is crew calendars, job stages, and homeowner communication, usually inside the CRM (AccuLynx, JobNimbus, ServiceTitan, Jobber all do this) or in a dedicated scheduling tool.

How it hands off

Estimating reads measurements from Layer 3 and pushes the approved scope to production and to the supplement layer (your internal estimate is the baseline you'll compare against the carrier's). Production status feeds back to the CRM and ultimately to analytics (did the job's actual cost match the estimate?).

Lean vs. scaled

• Lean: Estimating inside your CRM for retail jobs, Xactimate access (or a partner who has it) for insurance work, and manual material orders placed by phone.
• Scaled: Xactimate plus CRM estimating, direct distributor ordering integration, and full production scheduling with automated homeowner updates.

Common mistakes

• Re-keying measurements into the estimate. Import them. Every manual entry is a chance to fat-finger a number that becomes a material shortfall.
• Not reconciling your scope against the carrier estimate. If you never compare line by line, you'll leave legitimate scope on the table — that's the bridge to the next layer.
• Treating Xactimate as optional for insurance work. It isn't. You don't have to love it; you do have to speak it.

Layer 6: Claims documentation and supplements — with the boundary drawn clearly

What this layer does — and the line you cannot cross

This is the layer with the most money and the most legal nuance, so I'm going to be precise about the boundary before naming a single tool. A contractor documents its own work. The homeowner files the claim. The insurer decides it. That sentence is the whole compliance posture, and getting it wrong can put you on the wrong side of unauthorized public adjusting laws, which most states regulate hard.

What a contractor legitimately may do, and what this layer's tools support:

• Document its own inspection, estimate, scope, and evidence.
• OCR and organize claim-related documents it's handed.
• Run photo and measurement checklists to make sure the file is complete.
• Do scope QA — compare its own estimate to the carrier's estimate internally to find scope it believes it can support.
• Build an evidence index and request missing documents.
• Track the status and aging of the paperwork it submits.

What a contractor may not do, no matter what software it owns:

• Represent, negotiate, or handle the claim on the homeowner's behalf.
• Interpret the homeowner's coverage or policy rights, or tell them what they're "entitled" to recover.
• Advise on settlement, appraisal, or litigation.
• Advertise public adjusting without a license, or charge fees based on claim proceeds.
• Use deductible-waiver or "free roof" messaging — that's both an insurance-fraud and a compliance problem in many states.

The distinction is subtle but real: documenting your own scope thoroughly is your right as the contractor. Telling the homeowner what their policy owes them is the practice of public adjusting. Tools in this layer should keep you on the documenting side of that line, not push you over it.

What a supplement actually is

For anyone newer to storm work: a supplement is a request to the carrier to revise the claim scope after additional, legitimate work or conditions are documented — code-required items, missed line items, access issues, things that weren't visible at first inspection. It's not a way to inflate a claim; it's a way to get the scope to reflect what the job actually requires. The contractor documents the additional scope it intends to perform and submits that documentation; the carrier evaluates it.

Supplements die for boring reasons: nobody owns the follow-up cadence, the file is incomplete, or the documentation doesn't clearly support the line. That's where software helps.

The most common legitimate supplement categories in storm roofing are code-driven: items the local building code requires that a carrier's first estimate often omits because the adjuster wrote a like-for-like replacement without accounting for current code. Drip edge, ice-and-water shield in the quantities the code calls for, ventilation brought up to current requirements, decking replacement where the sheathing doesn't meet fastener-holding standards — these are line items a contractor documents because the job genuinely requires them to be built to code, not because it's hunting for dollars. The International Residential Code and your local amendments are the authority here; if a line is code-required in your jurisdiction, your documentation should cite the relevant provision so the basis is obvious. That's the difference between a supplement that reads as legitimate scope and one that reads as padding.

The tool categories and named examples

Document OCR and organization. Tools that ingest the claim documents, the carrier estimate, and your own estimate, then extract and structure the line items so you can compare them. This is mechanical document processing — reading what's already on the page — not advice.

Scope-comparison and opportunity detection. This is where RoofPredict's RoofClaim / RCM module fits, and it's worth being exact about what it does and doesn't do. It maps your own estimate lines against a knowledge base and flags where your documented scope appears to be missing items, code items, or scope the carrier estimate didn't include — with the supporting evidence and pricing attached — so your team can decide whether to document and submit a supplement. It runs on locked, UPPA-gated, contractor-documentation-only templates: the workflow is constrained to documenting your own scope, not advising the homeowner or interpreting their policy. The honest limit: it surfaces candidates for review based on your documentation; a human still decides what's legitimate to submit, and nothing in it represents the homeowner or interprets coverage. It's a documentation-and-QA assistant, not a claims handler — by design, because the other thing would be illegal.

Supplement aging and cadence. Tools that track every submitted supplement, its age, its status, and the next follow-up date, so nothing sits in a carrier's queue forgotten. Packet-completeness scoring (does this file have the photos, measurements, and estimate it needs before it goes out?) lives here too.

Depreciation and deductible tracking. Recoverable depreciation is money the homeowner can recover after the work is completed and documented; tracking which jobs have depreciation still to be released, and managing the documentation that supports its release, is legitimate contractor file management. Deductible tracking — making sure the deductible is properly accounted for and collected — is both a financial-hygiene and a compliance matter (waiving or absorbing deductibles is the "free roof" trap to avoid).

How it hands off

This layer reads your estimate and evidence from Layers 3 and 5, and writes status back to the CRM (so the whole company can see where a claim stands) and to analytics (how long supplements take, what they recover). Done well, the supplement layer is just disciplined documentation and follow-up — software makes the discipline scalable.

Lean vs. scaled

• Lean: A spreadsheet that tracks every supplement, its age, and its next action, plus a checklist for packet completeness, plus a person who owns the cadence. Unglamorous, but it works.
• Scaled: OCR-driven document intake, scope-comparison/opportunity-detection software on compliant templates, automated supplement aging and follow-up reminders, and depreciation/deductible tracking tied to the CRM.

Common mistakes

• Crossing the public-adjusting line. The single biggest risk in the whole stack. If your messaging or your software is telling the homeowner what they're owed, stop. Document your scope; let the homeowner file and the carrier decide.
• No cadence owner. Supplements that nobody chases age out and get denied for inactivity. Software reminds; a human still has to call.
• Incomplete packets. Submitting before the file has the photos and measurements to support the scope wastes a cycle and trains the carrier to push back.
• "Free roof" / deductible-waiver messaging. It's a compliance and fraud problem. Don't, and don't let a vendor's templates do it for you.

Layer 7: Reporting, microsites, and analytics — closing the loop

What this layer does

The last layer answers the questions that tell you whether the whole machine is working: what did we win, what did each channel cost, and where is the money leaking? It also includes the homeowner-facing deliverables — the report, the microsite, the QR-coded PDF — that make you look like a professional outfit at the moment of decision.

The tool categories and named examples

Homeowner reports and microsites. A growing number of tools generate a per-home report — a clean PDF, a shareable microsite, a QR code the rep can show on the doorstep — that packages the inspection, the photos, and the recommendation. RoofPredict produces per-home microsites, PDFs, and QR reports in this vein. It's a credibility and conversion tool: a homeowner who gets a tidy microsite link trusts you more than one who got a verbal pitch and a business card.

Funnel and results analytics. This is the actual-vs-estimate, cost-per-win, channel-attribution reporting that turns a season's worth of activity into a decision about next season. Some CRMs (HubSpot and ServiceTitan especially) have strong native reporting; others you'll supplement with a BI tool or a results-tracking module. RoofPredict includes a results funnel — actual vs. estimate, cost per win — for the targeting-through-close path it touches.

The metrics worth tracking, at minimum:

• Cost per win by channel (mail vs. doors vs. digital) — so you stop funding what doesn't convert.
• Knock-to-inspection and inspection-to-sale rates — so you know whether the problem is reps, leads, or pricing.
• Estimate vs. actual job cost — so production margin doesn't quietly erode.
• Supplement cycle time and recovery — so the most labor-intensive layer pays for itself.

How it hands off

Analytics reads from every prior layer and feeds back into Layer 1: the channels and neighborhoods that produced the best cost-per-win this season tell you where to point targeting next season. That's the loop closing. A stack without this layer isn't a system; it's a pile of activity you can't learn from.

Lean vs. scaled

• Lean: A monthly spreadsheet pulling cost-per-win and close rates by channel from your CRM exports, plus a simple branded PDF report for homeowners.
• Scaled: Live dashboards, automated channel attribution, per-home microsites with QR codes, and a results funnel that ties spend to closed revenue.

Common mistakes

• No attribution. If you can't say which channel produced a job, you can't allocate next year's budget, so you'll guess — and guess wrong.
• Vanity metrics. Doors knocked and postcards mailed feel like progress. Cost per win and estimate-vs-actual are the numbers that pay rent.
• Beautiful reports nobody reads. A dashboard only matters if it changes a decision. Build the few numbers you'll actually act on.

Worked example: wiring the stack for a mid-size shop after a hailstorm

Let me make this concrete with an illustrative scenario — the numbers here are examples to show the logic, not figures from a specific company.

A storm hits a metro on a Saturday. Here's the stack firing in order:

1. Targeting (by Monday): You pull the SPC storm report and your hail vendor's swath, overlay it against a roof-age-band ranking, and produce a list of ~3,000 homes in the affected carrier routes with an estimated older roof. The list exports to both your mail tool and your CRM/canvassing app.
2. Outreach (week 1): You drop an EDDM saturation mailer on the highest-ranked routes with delivery tracking, and time your canvassing crews to knock those same routes the day the mail lands. Reps work pre-loaded territory; every door gets a disposition; every set inspection creates a CRM lead instantly.
3. Inspection (weeks 1-2): Reps order aerial measurements on sold inspections and document every roof with a geotagged photo app. Measurements import to the estimate; photos attach to the CRM project.
4. CRM (continuous): Every lead, from every channel, lives in one CRM. Canvassing and photo apps sync two-way, so a field update and an office update never diverge.
5. Estimating & production: Approved jobs pull measurements into the estimate, generate a distributor material order without re-keying, and hit the production schedule.
6. Supplements: Your internal estimate is compared line-by-line against the carrier estimate; candidate scope you believe you can support is flagged, documented, and submitted by your supplement coordinator, who owns the follow-up cadence and the deductible/depreciation tracking — strictly as documentation of your own scope.
7. Analytics (end of season): You see cost per win by route and channel, knock-to-sale rates by rep, estimate-vs-actual by crew, and supplement cycle time. That tells you exactly where to point the targeting layer when the next storm hits.

Notice what made it work: not any single tool, but the fact that each layer handed clean data to the next without a human re-typing it. That's the whole ballgame.

How to actually buy this stack without getting burned

A few hard-won rules:

• Start from the CRM out. Pick your system of record first, then only add tools that sync two-way into it. A tool that can't sync is a tool that creates a second source of truth.
• Buy for the layer you're weakest in, not the demo you liked most. If your supplements are aging out, fix Layer 6 before you buy a prettier mail tool.
• Demand a real sync demo. Make the vendor show a field change appearing in the office and an office change appearing in the field, live. "We integrate" is marketing; a two-way sync you watch happen is proof.
• Run lean until the seams hurt. Most shops over-buy software and under-invest in the discipline that makes any of it work. A whiteboard and one trusted CRM beats six disconnected tools every time.
• Keep the compliance line bright in the claims layer. Every tool that touches claims should keep you documenting your own scope, never advising the homeowner on coverage. If a vendor's pitch sounds like public adjusting, walk.
• Where RoofPredict fits: it's a legitimate option in the targeting layer (roof-age-band/storm ranking, tracked mail, canvassing, per-home reports) and the contractor-documentation/supplement layer (scope comparison and opportunity detection on locked, UPPA-gated templates), with two-way CRM sync so it writes back into the system you already run. It is not the whole stack — you still need your CRM, your estimating, and your production tools — and its scoring is heuristic (age range plus storm odds), not a guarantee of damage. Evaluate it for those layers, on those honest terms, alongside the alternatives named above.

Starter stack: the one-page reference

Build it in that order, wire each layer to the next, keep one source of truth, and stay on the documenting side of the claims line. The shops that win storm season aren't the ones with the most software — they're the ones whose data never has to be typed twice.

FAQ

What is a storm restoration tech stack for a roofing company?

It's the connected set of software layers that carries a storm job from start to finish: targeting (which roofs are due), outreach (mail and canvassing), inspection and measurement, a CRM that holds every lead, estimating and production, claims documentation and supplements, and analytics. The value isn't any single tool; it's that each layer hands clean data to the next without anyone re-typing it.

What's the most important tool in the stack?

The CRM. It's your system of record and the one layer you cannot run as an island. Every other tool should either feed the CRM or read from it, ideally with two-way sync. Pick your CRM first, then add tools that sync into it, rather than buying point tools that create a second source of truth.

Do I need expensive software to run storm restoration, or can I start lean?

You can absolutely start lean. Free SPC/NWS storm data, USPS EDDM for mail, a disciplined door-disposition habit, one trusted roofing CRM, and a supplement-tracking spreadsheet with a real cadence owner will out-perform a pile of disconnected premium tools. Add paid software layer by layer, starting with whichever layer is hurting you most, once the manual seams cost more than the subscription.

Why does two-way CRM sync matter so much?

Because most shops run several tools, and one-way sync means a change made in the field never reaches the office, or vice versa, leaving you with two versions of the truth. Two-way sync keeps the field app and the office CRM in agreement so deals don't fall through the cracks. When evaluating any tool, make the vendor demo a field change appearing in the office and an office change appearing in the field, live.

Where does RoofPredict fit in the stack, and what are its limits?

It fits in two layers: targeting (roof-age-band and storm-exposure ranking, tracked direct mail, a canvassing app, and per-home microsites/PDF/QR reports) and contractor claims documentation (scope comparison and opportunity detection on locked, UPPA-gated, documentation-only templates), with two-way sync to many CRMs. Its limits: it's not the whole stack (you still need your CRM, estimating, and production tools), and its scoring is heuristic, roof age is a range, and a storm signal is odds rather than proof of damage.

What can a contractor legally do with claims and supplement software, and what can't it?

A contractor may document its own inspection, estimate, scope, and evidence; OCR and organize documents; run completeness checklists; compare its own estimate to the carrier's internally; and track the paperwork it submits. It may not represent or negotiate the claim for the homeowner, interpret the homeowner's coverage or policy rights, advise on settlement or appraisal, advertise public adjusting without a license, charge fees tied to claim proceeds, or use deductible-waiver or 'free roof' messaging. The homeowner files, the insurer decides, the contractor documents its own scope.

Is Xactimate required for storm restoration work?

For insurance restoration, effectively yes. It's the estimating platform most carriers' adjusters use, so you'll be reconciling against Xactimate-format estimates constantly. You don't have to use it for every retail job, but you do need to be able to read and compare against it. Many roofing CRMs also have their own estimating tools for retail and for building your own scope.

How do I avoid wasting money on targeting tools?

Remember what targeting actually buys you: better odds per touch, not a list of confirmed jobs. A hail map shows where stones probably fell, not which roofs are damaged, and roof-age data is a range estimate that goes stale. Verify on the roof, refresh your age data, and make sure your targeting output flows directly into your mail and canvassing tools. A great list trapped in a spreadsheet on one laptop isn't a targeting layer.

What metrics should I track to know the stack is working?

At minimum: cost per win by channel (mail vs. doors vs. digital), knock-to-inspection and inspection-to-sale rates, estimate vs. actual job cost, and supplement cycle time and recovery. Those numbers tell you where to spend next season and where margin is leaking. Doors knocked and postcards mailed are activity, not results, so don't let vanity metrics drive the budget.

Do I need an FAA license to use a drone for roof inspections?

For commercial drone flights, yes, the pilot needs an FAA Part 107 remote pilot certificate. It's a real requirement, not a formality, so budget for the certification and airspace awareness before standing up an in-house drone program. If you don't want that overhead, aerial measurement reports from satellite imagery cover most of the same need without you flying anything.