AI-ASSISTED REPORT — generated from submitted photographs and subject to the issuing company's review; see Purpose, Scope & Limitations. Not an insurance adjustment, coverage decision, or claim recommendation.

Component Checkup

Understanding Storm Damage — What Every Homeowner Should Know

Hail damage rarely leaks right away — and that is exactly why it gets ignored. When hail strikes a shingle, the impact bruises and can fracture the shingle's fiberglass mat — the structural layer that keeps water out. The protective granules loosen at the impact point and wash away over the following months. Once the mat is exposed, sunlight breaks it down, and what started as a bruise you could barely see becomes an open path for water — often two to five years after the storm. This is the standard way roofing professionals describe hail damage: bruising and fracture of the shingle's fiberglass mat. If this report noted possible storm-related conditions, the practical next step is an in-person evaluation by a licensed and insured roofer.

Purpose. This is an AI-assisted assessment of visible roof conditions, generated by RoofScore Pro software from photographs selected and submitted by the issuing roofing company. It was prepared for delivery by the roofing company operating this RoofScore Pro account, which may offer paid services concerning this property. RoofScore Pro did not visit the property and has not independently inspected, verified, or approved this report.

Scope. The analysis is limited to conditions visible in the submitted photographs. Damage classification is informed by publicly published industry protocols, including Haag's Protocol for Assessment of Hail-Damaged Roofing (RoofScore Pro is not affiliated with, certified by, or endorsed by Haag). The analysis distinguishes possible storm damage (hail, wind) from aging, blistering, mechanical damage, and installation defects. Areas not photographed were not evaluated, and concealed, inaccessible, structural, and code-related conditions are outside the scope of this report.

Limitations. AI-generated observations were developed and tested against real inspection case studies, but they may be incomplete or incorrect. This report is not an independent inspection, engineering opinion, professional certification, insurance adjustment, appraisal, coverage decision, claim recommendation, warranty, or guarantee. A licensed and insured roofer should evaluate the roof in person before decisions involving safety, repair, or replacement. Questions about policy terms, deadlines, coverage, or claim handling should be directed to the property owner's insurer, insurance agent, licensed public adjuster, or attorney, as applicable.

Photo evidence status describes the completeness and clarity of the submitted photographs. It is not a statistical probability, damage determination, or insurance conclusion.

AI vision detects patterns consistent with possible hail impact superimposed on age-related wear; mat fracture and bruise confirmation require hands-on testing by a licensed and insured roofer.

This 15-year-old architectural shingle roof at 123 Sample Street presents a mixed picture of age-related wear and possible storm damage. AI vision detects multiple discrete, chalk-flagged granule displacement voids across the field slope — their localized, concave geometry is inconsistent with diffuse age degranulation and is consistent with possible hail impact under forensic damage-classification criteria. At least one chalk-circled area (Photo 7) shows a stress fracture with exposed fiberglass mat strands, the most serious finding on the field surface, and multiple additional candidate impact sites flagged by a prior roofer across Photos 3, 4, 5, and 8 warrant bruise confirmation by a licensed and insured roofer. Collateral evidence on the aluminum window frames (Photo 1) shows spatter-pattern oxidation removal consistent with hail reaching this elevation, and the chimney cap is critically failed from long-term rust and sealant deterioration representing an active water intrusion risk independent of any storm-damage classification.

Key Findings

2 Urgent3 High1 Moderate1 Monitor

Urgent 1. Shingle Field — Mat Fracture / Impact Tear at Convergence Zone

What we observed: Radiating crack with pulled fiberglass mat strands — not a blister or nail pop; pattern consistent with concentrated impact fracture.

⚠ Water Entry Risk: High — exposed mat is a direct water intrusion pathway to the deck.

Recommended action (Replace — Immediately): Contact a licensed and insured roofer to perform an in-person bruise test at this location immediately.

High 2. Shingle Field — Multiple Discrete Granule Voids Consistent with Possible Hail Impacts

What we observed: Five or more chalk-circled discrete bare-bitumen voids; concave, localized geometry inconsistent with diffuse age degranulation.

⚠ Water Entry Risk: Moderate — accelerates UV mat degradation; water risk increases if mat fractures are present beneath voids.

Recommended action (Replace — Within 30 days): Have a licensed and insured roofer perform hands-on bruise testing at all chalk-marked locations to confirm or rule out mat fracture.

High 3. Shingle Field — Age-Related Degranulation with Exposed Gray Bitumen

What we observed: Diffuse gray oxidized bitumen exposure across broad field area consistent with 15-year-old shingle nearing end of service life.

⚠ Water Entry Risk: Moderate — UV degradation of exposed bitumen accelerates mat breakdown over time.

Recommended action (Replace — Within 90 days): Document current condition with dated photos; include in scope discussion with a licensed and insured roofer at next visit.

High 4. Shingle Field — Linear Crack / Through-Split

What we observed: Longitudinal crack across shingle face — consistent with thermal/age brittleness; no concave hail geometry, no wind crease fold present.

⚠ Water Entry Risk: Moderate — through-crack allows water infiltration at laminate seam to underlayment.

Recommended action (Replace — Within 30 days): Ask a licensed and insured roofer to probe this crack in person to confirm whether split penetrates the bitumen layer.

Urgent 5. Chimney Cap — Full-Surface Rust and Failed Flue Collar Sealant

What we observed: Cap is 100% rust-orange with no coating remaining; flue collar caulk is cracked, peeling, and open — both at end of serviceable life.

⚠ Water Entry Risk: High — open flue joint and possible rust-through allow direct water entry into chimney chase every rain event.

Recommended action (Replace — Immediately): Have a licensed and insured roofer replace the chimney cap and re-seal the flue collar — do not defer; this is an active leak risk.

Moderate 6. Aluminum Window Frames — Hail Spatter Oxidation Removal (Collateral Indicator)

What we observed: White spatter spotting on frames consistent with hail removing oxidation — recognized collateral indicator that hail reached this elevation.

Recommended action (Monitor — Next service): Check window screens for round punctures or tears and document them with photos for the in-person evaluation.

Monitor 7. Wire Mesh Patio Furniture — Collateral Hail Check Needed

What we observed: Resolution insufficient to confirm round dents on frame rails; furniture present as potential collateral evidence of hail at ground level.

Recommended action (Monitor — Next service): Inspect the flat metal frame rails in person for round dents — photograph any found and share them with the licensed and insured roofer performing the in-person evaluation.

Hail Damage Assessment

Age of Damage: Indeterminate — bitumen at voids appears darkened/oxidized rather than fresh-shiny black; age of impacts inconclusive from photos alone

Impact Characteristics: Discrete concave granule displacement voids with localized bare bitumen exposure; one site shows radiating mat fracture with fiberglass strands; no pushed-up perimeter ridges to suggest mechanical cause

Collateral Evidence: Spatter-pattern oxidation removal on aluminum window frames consistent with hail; wire mesh patio furniture present but resolution insufficient to confirm frame dents; no soft-metal turbine or galvanized vent in photo set

Recent Storm Damage vs. Pre-Existing Wear

Broad-field granule loss with gray oxidized bitumen is pre-existing age wear. Discrete chalk-flagged impact voids and the mat fracture in Photo 7 are the candidates for storm-related damage — bitumen exposure at those sites reads darkened/oxidized rather than fresh shiny black, making precise dating inconclusive without hands-on inspection. Chimney cap rust and sealant failure are long-standing deferred maintenance, not storm-caused.

Slope-by-Slope Analysis

Rough estimate based on visible areas only. Chimney cap replacement and flue collar re-seal are separate line items. Actual measurements by a licensed and insured roofer required for final scope. Soft-metal vents not visible in photo set — count unconfirmed.

Rejuvenation Treatment Candidacy: NOT ELIGIBLE

Possible mat fractures and advanced degranulation on a 15-year-old roof make this system ineligible for rejuvenation treatment.

Immediate attention recommended. Based on the findings above, this roof shows conditions that should be evaluated promptly by a licensed and insured roofer.

If you believe the conditions may be storm-related: this report makes no insurance or coverage recommendation. Questions about policy terms, deadlines, coverage, or claim handling should be directed to your insurer, insurance agent, licensed public adjuster, or attorney, as applicable.

Areas Not Inspected

Attic interior and underside of decking not inspected — hidden moisture damage, deck rot, or rafter deterioration cannot be ruled out. Rear, left, and right elevations are not represented in the photo set — hail and wind damage findings apply only to the visible slope. No galvanized turbine, turtle vent, or soft-metal turban visible in any photo — absence of soft-metal corroboration limits hail impact size and frequency assessment. Window screens not installed or not visible — a key collateral indicator is unavailable. Gutters and downspouts not photographed — granule accumulation in gutters would support or quantify granule loss findings.

Inspector Notes

The absence of a soft-metal turbine or galvanized vent in the photo set is a meaningful gap: under standard forensic damage-classification criteria, a galvanized turbine that shows no dents is a strong counter-indicator for functional hail damage to shingles. A licensed and insured roofer should photograph all soft-metal surfaces during the in-person follow-up. The chimney cap and flue sealant failure are deferred maintenance items resulting from long-term wear — they must be replaced when the roof is replaced per sound practice. All findings are preliminary and based on AI photo analysis; final cause determination requires hands-on inspection and bruise testing by a licensed and insured roofer.

AI Assistance & Human Review Record