Take a Photo. AI Fills the Form
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.
Quick Answer
Roof inspection software is a mobile-first system that runs the recurring inspections behind every commercial, industrial, and institutional roofing portfolio, annual condition surveys, pre-monsoon and post-storm assessments, monthly drain and gutter rounds, anchor-point recertifications, membrane warranty inspections, photovoltaic-array audits, and HVAC penetration sealing checks, and pushes the resulting evidence, defects, and warranty status into one shared view.
AI-Powered Features for Your Field Workflows
Everything your field team does on paper, Inspectly360 does automatically: faster, more accurate, and without the admin.
Speak. AI Writes It Down.
Inspectors speak their observations in any language. AI transcribes and fills the form in real time. Completely hands-free in the field.
Inspections Done. Report Ready.
The moment an inspection is submitted, a branded PDF, Excel, or CSV report generates automatically. No manual work. No waiting.
Connect Your Existing Tools.
Inspectly360 integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP. No double entry.
Live Dashboard. Every Site. Always On.
Your operations team sees completion rates, open issues, and compliance scores across all sites in real time. No chasing updates.
Before and After Inspectly360
What changes once roof inspection software runs on one mobile-first platform with photo proof and live dashboards.
Before Inspectly360
- Condition surveys on paper with photos in a separate folder. Insurers and owners challenge findings because the trail is hard to reconstruct.
- Drone imagery sits in a separate cloud folder, disconnected from the inspector's mobile findings. Owner reports rebuilt by hand from two sources.
- Anchor-point inspection records on paper certificates filed in cabinets. Annual recertification scrambled together the week the inspector visits.
- Pre-monsoon and post-storm surveys happen on the day. Findings live in WhatsApp until someone collates them. Critical issues slip past the closure window, and a leak that should have been caught becomes an insurance claim weeks later.
- Each inspector applies their own interpretation of NRCA condition-survey methodology. Reports differ between inspectors so the property owner cannot compare conditions across roofs in the portfolio or across cycles.
After Inspectly360
- Every finding ties to timestamped, geotagged photos with inspector identity and approver signatures. Findings hold up under insurer and owner review.
- Drone images attach directly to roof zones on mobile. AI-assisted defect detection flags membrane blisters, ponding, and flashing failures. One report, one source of truth.
- Each anchor point carries inspection date, certification owner, photo evidence, and renewal cadence. Alerts fire 30, 60, 90 days before recertification expires.
- Pre-monsoon and post-storm templates ship out of the box. Findings auto-create CAPAs with owners and deadlines. Critical issues escalate immediately, and the seasonal-response audit trail satisfies insurer queries.
- NRCA-aligned templates with weighted scoring, required photo evidence per element, and approver signatures keep methodology consistent across roofing contractors and rotating inspectors. Owner reports compare like-for-like across the portfolio.
What Is Roof Inspection Software, and How Do Roofing Contractors and FM Teams Use It?
Roof inspection software is a mobile-first system that runs the recurring inspections behind every commercial, industrial, and institutional roofing portfolio, annual condition surveys, pre-monsoon and post-storm assessments, monthly drain and gutter rounds, anchor-point recertifications, membrane warranty inspections, photovoltaic-array audits, and HVAC penetration sealing checks, and pushes the resulting evidence, defects, and warranty status into one shared view. Inspectly360 is designed for roofing contractors, FM teams, asset surveyors, and property owners running condition programmes across portfolios where membrane risk, anchor-point compliance, and capital-replacement timing all sit on the same evidence base.
For the field team, the platform replaces paper condition surveys, scattered drone folders, and Excel anchor-point logs with offline-first capture on Android and iOS that works on the roof deck where building Wi-Fi never reaches. Inspectors scan an anchor-point QR or NFC tag, the right recertification checklist opens, AI Visual Inspection suggests membrane blisters, ponding, flashing failures, HVAC penetration cracks, or photovoltaic-array mounting issues from photos, and Voice AI captures the observation while the inspector still has both hands on the safety line. Drone imagery from DJI, Skydio, Autel, and any drone with image export attaches directly to roof zones.
For management, the platform replaces compiled condition reports with structured data. Failed items become tracked CAPAs with named owners, photo-verified closure, and warranty-claim linkage where applicable. Anchor-point recertification clocks tick automatically. The portfolio view shows which roofs are surveyed, which membranes approach end-of-warranty, and which anchor-points are within the recertification window, before the property owner needs to ask.
- Roof condition survey templates align with NRCA inspection methodology and reporting guidelines: NRCA — National Roofing Contractors Association
- UK flat-roof inspection templates align with BS 6229 code of practice: BS 6229 — Flat Roofs With Continuously Supported Flexible Waterproof Coverings
- Anchor-point and fall-arrest compliance templates align with OSHA fall-protection standards and EN 795 equivalents: OSHA 29 CFR 1926.502 — Fall Protection Systems
How Does a Roof Inspection Programme Run from Field Survey to Owner-Ready Condition Report?
Most roof inspection programmes follow this sequence when they move off paper surveys and disconnected drone folders.
- 1
Map the Roof Portfolio
Every roof in the portfolio gets a record with type (TPO, EPDM, PVC, modified bitumen, metal, tile), age, last condition score, anchor-point inventory, AMC vendor, and warranty expiry. Roof zones map for drone and inspector reference.
- 2
Schedule the Programme
Annual condition surveys, pre-monsoon assessments, post-storm responses, monthly drain checks, and anchor-point recertifications all schedule from one calendar. Alerts fire ahead of expiry so nothing lapses silently.
- 3
Capture in the Field
Inspectors walk the roof (or fly the drone) with the mobile checklist. Photos and drone imagery attach to roof zones automatically. AI flags membrane blisters, ponding, flashing failures, and HVAC penetration cracks for inspector confirmation.
- 4
Trigger Corrective Actions
Failed items spawn CAPAs with owners, deadlines, and verification gates. Roofing contractors get scoped access to their assigned defects without seeing the rest of the portfolio.
- 5
Publish Owner and Insurer Reports
Branded PDF condition reports generate in one click with drone imagery, photo indexes, scoring, open actions, and recertification status. Owners and insurers get the evidence they need.
How Should Roofing Inspectors and FM Leads Pilot Without Disrupting Operations?
Answers to common long-tail questions, kept on one canonical page to avoid thin duplicate URLs.
Common Challenges Roofing Inspectors and FM Leads Face Before Going Digital
Roofing teams hit the same four problems: condition surveys on paper with photos scattered across phones and folders; drone imagery in cloud folders disconnected from inspector findings; anchor-point recertifications scrambled together the week before the inspector visits; and pre-monsoon assessments where critical findings live in WhatsApp until someone collates them. Each problem is a symptom of running roof operations on tools designed for one survey at a time.
Where Does Roof Inspection Software Fit Alongside Building and FM Inspection?
Roof inspection is a specialised slice of building condition assessment. Inspectly360 runs it on the same mobile platform that runs facility and building inspections so roof findings sit next to the broader building record. FM leads can drill into the roof from the building view; roofing contractors can focus on just the roof zones they own. One platform, one record, scoped views per role.
How Should Roofing Contractors Pilot Without Disrupting Existing Survey Cadence?
Pick one inspection type that hurts most today (annual condition survey, pre-monsoon assessment, or anchor-point recertification) and one roof or one client. Digitise the existing survey as-is, deploy for one cycle alongside the paper backup, and measure inspection time on-roof, time to deliver the condition report, and rework rate from owner-raised questions. Expand by roof type or survey type after the first cycle.
What Security and Owner-Data Posture Do Property Owners Require from Roofing Contractors?
Property owners increasingly require their roofing contractors to demonstrate the same data posture they apply to other professional-services providers: per-owner data isolation, configurable retention (typically 10 to 15 years for roof condition records to align with membrane warranty terms), drone imagery handling per applicable airspace authorities, and SCIM-driven access offboarding when an engagement ends. Inspectly360 supports each of these as configurable defaults so roofing contractors meet enterprise property-owner procurement requirements without bespoke buildouts.
Which Capabilities Help Roofing Inspectors Stay Defensible Across Multi-Roof Portfolios?
The platform capabilities that power roof inspection software across every site.
Ready to Move Roof Inspection Off Paper?
Book a Free DemoHow Is This Different from Paper Surveys, Excel Logs, and Generic Forms Apps?
Roofing inspectors, FM leads, and property owners comparing Inspectly360 to paper surveys, Excel condition logs, and generic forms apps care about five things: whether condition surveys hold up under insurer or owner review, whether drone imagery integrates with mobile findings, whether anchor-point and fall-arrest compliance carries an enforced cadence, whether pre-monsoon and post-storm response is structured rather than ad-hoc, and whether NRCA-aligned methodology survives inspector rotation.
| Topic | Typical Gaps | With Inspectly360 |
|---|---|---|
| Roof condition defensibility | Condition surveys on paper with photos in a separate folder. Insurers and owners challenge findings because the trail is hard to reconstruct. | Every finding ties to timestamped, geotagged photos with inspector identity and approver signatures. Findings hold up under insurer and owner review. |
| Drone-and-mobile evidence integration | Drone imagery sits in a separate cloud folder, disconnected from the inspector's mobile findings. Owner reports rebuilt by hand from two sources. | Drone images attach directly to roof zones on mobile. AI-assisted defect detection flags membrane blisters, ponding, and flashing failures. One report, one source of truth. |
| Anchor-point and fall-arrest compliance | Anchor-point inspection records on paper certificates filed in cabinets. Annual recertification scrambled together the week the inspector visits. | Each anchor point carries inspection date, certification owner, photo evidence, and renewal cadence. Alerts fire 30, 60, 90 days before recertification expires. |
| Pre-monsoon and post-storm response | Pre-monsoon and post-storm surveys happen on the day. Findings live in WhatsApp until someone collates them. Critical issues slip past the closure window, and a leak that should have been caught becomes an insurance claim weeks later. | Pre-monsoon and post-storm templates ship out of the box. Findings auto-create CAPAs with owners and deadlines. Critical issues escalate immediately, and the seasonal-response audit trail satisfies insurer queries. |
| NRCA-aligned methodology across rotating inspectors | Each inspector applies their own interpretation of NRCA condition-survey methodology. Reports differ between inspectors so the property owner cannot compare conditions across roofs in the portfolio or across cycles. | NRCA-aligned templates with weighted scoring, required photo evidence per element, and approver signatures keep methodology consistent across roofing contractors and rotating inspectors. Owner reports compare like-for-like across the portfolio. |
What Changes for Roofing Inspectors, FM Leads, Insurers, and Owners?
What changes once roof inspection software is standardised on Inspectly360.
- Roofing Contractors and Owners: Real-time visibility across every roof in the contract base without chasing inspectors for condition status, with portfolio-level revenue and CAPA performance visible.
- Roof Inspectors and Surveyors: Audit-ready records with timestamps, drone imagery, and approver signatures, captured offline on the roof deck where building Wi-Fi never reaches.
- FM Leads and Asset Managers: Faster CAPA closure when findings carry owners, deadlines, and time-based escalation; capital-replacement candidates surface from recurring-defect data.
- Property Owners: Consistent inspection quality across roof types, contractors, and rotating field staff, with NRCA-aligned methodology comparable across the portfolio.
- Fall-Arrest Safety Officers: Anchor-point recertifications never lapse silently because alerts fire ahead of OSHA, EN 795, or AS/NZS 5532 deadlines.
- Insurance Underwriters and Loss Adjusters: Pre-monsoon and post-storm response audit trails reduce dispute and accelerate claim resolution.
- Drone Service Providers: Direct drone imagery upload from DJI, Skydio, Autel, and Parrot platforms into the operator's roof record, eliminating the file-handoff friction.
Which Roof Inspection Checklists Should Inspectors Start With?
Get started with inspection and audit checklist templates.
Inspections
Site Inspection Checklist
Standard site-level inspections for construction, safety, and compliance. Capture conditions, photos, and follow-ups in one place.
41,000+GET
Asset Management
Asset Inspection Checklist
Inspect assets and equipment: condition, location, photos, and maintenance history. Track condition over time.
28,900+GET
Work Orders
Work Order Checklist
Complete work orders with checklist items, photos, and sign-off. Track completion and proof of work.
31,800+GET
Maintenance
Maintenance Checklist
Preventive and corrective maintenance inspections. Log repairs, parts, and condition with photos and follow-ups.
27,400+GET
Which Mobile Apps Run Roof Surveys on iOS and Android?
Use these apps to run inspections and audits.
Roof Inspection App
by Inspectly360
roofinspectionfacilities
Inspect roof with structured checks, photo evidence, and corrective action tracking.
Get the App
Roof Inspection Mobile App
by Inspectly360
roofinspectionfacilities
Run roof inspections on phones and tablets with offline forms, photo evidence, and instant reports.
Get the App
Roof Inspection Audit App
by Inspectly360
roofauditfacilities
Audit roof inspection programmes with weighted scoring, photo evidence, and corrective action tracking.
Get the App
Roof Inspection Android App
by Inspectly360
roofinspectionfacilities
Run roof inspections on Android phones and rugged tablets with offline forms and photo capture.
Get the App
Frequently Asked Questions About Roof Inspection Software
How does the membrane inspection cycle work for different commercial roof systems?
Membrane inspection cycles vary by system. TPO (thermoplastic polyolefin) typically runs semi-annual visual inspection plus annual seam-integrity probe testing. EPDM (ethylene propylene diene monomer) runs annual visual inspection with five-yearly seam-tape verification. PVC runs semi-annual with attention to plasticiser migration. Modified-bitumen runs annual with cap-sheet condition assessment. Metal-deck roofs run annual with fastener and panel-overlap inspection. Tile roofs run annual with broken-tile, slip, and underlayment-condition assessment. Inspectly360 ships templates per membrane system with system-specific evidence requirements aligned with NRCA and manufacturer-warranty inspection terms.
What does flashing inspection methodology look like across different penetration types?
Flashing inspection methodology varies by penetration: HVAC penetrations need sealant condition at the curb-membrane interface plus counter-flashing verification; plumbing-vent flashings need rubber-boot condition and clamp integrity; skylight flashings need glazing-perimeter sealant and condensation history; parapet-wall flashings need cap-condition and coping-joint sealant; expansion-joint flashings need cover-plate alignment and elastomer condition. Inspectly360 ships flashing templates per penetration type with photo evidence at known-failure points. Recurring failures at the same penetration type across multiple roofs flag as installation-quality patterns for contractor scorecard review.
How does drone roof survey workflow integrate with inspector field work?
Drone roof surveys typically run as the first pass for hard-to-access or large-area roofs. The drone pilot captures imagery (visual plus thermal where available) at programmed altitude and overlap; imagery uploads directly into Inspectly360 against the right roof zones. AI Visual Inspection runs across the drone imagery to flag membrane blisters, ponding patterns, flashing failures, and thermal anomalies suggesting wet insulation. The inspector then walks the flagged zones to verify and capture close-up evidence. One condition report combines drone overview and inspector close-up evidence into a single record for the owner.
How does NRCA-aligned condition methodology travel between inspectors and contractors?
NRCA condition methodology specifies the elements an inspector evaluates (general condition, drainage, flashings, penetrations, perimeter conditions, surfacing, etc.), the evidence each element requires, and the rating scale (good, fair, marginal, poor) per element. Inspectly360 ships NRCA-aligned templates with weighted scoring per element and required photo evidence per condition rating. Different inspectors and roofing contractors apply the same methodology because the template enforces it. Inter-rater variance is visible on the dashboard for coaching, and condition reports compare like-for-like across the portfolio over years even as the inspector roster changes.
What is the right gutter and downpipe inspection cadence for commercial portfolios?
Gutter and downpipe inspection cadence varies by climate, tree cover, and roof drainage design. Temperate-climate roofs with low tree cover typically run quarterly visual checks; tree-heavy or industrial-debris environments run monthly. Pre-monsoon, pre-winter, and post-leaf-fall inspections trigger as seasonal events in the relevant regions. Internal-gutter and parapet-drainage systems need additional attention because their failure typically causes the most expensive water-damage claims. Inspectly360 schedules gutter inspections per climate zone and ingests local-weather data to advance inspections after qualifying storm events. Getting the cadence right matters because internal gutters and parapet drainage cause the most expensive water-damage claims when they block, so tying the inspection frequency to climate, tree cover, and actual storms puts the checks where the drainage risk genuinely is rather than on a flat schedule that over-serves dry sites and under-serves debris-heavy ones.
How does the platform support leak-source mapping when leaks present below the roof?
Leak-source mapping starts with the leak-presentation point (where water shows below the roof) and works upward through deck slope, insulation pattern, and membrane-penetration topology to identify likely water-entry zones. Inspectly360 captures the leak-presentation point with floor and room reference, photographs the staining pattern, and links to the roof zone directly above (and adjacent zones because water travels). Subsequent leak-investigation inspections build on the same record so multi-cycle leak-source patterns surface even when separate inspectors investigate each incident. Thermal drone imagery in the same record helps narrow the water-entry zone before opening the roof.
Explore More Roof Inspection Software Apps, Checklists, and Industries
Roof Inspection Software on Inspectly360 connects directly to the inspection apps, checklist templates, forms, industries, and adjacent solutions linked below.
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