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
AI safety inspection software is the platform that Heads of EHS, Safety Managers, and operations leaders use to run workplace safety walks, behaviour-based observations, job safety analyses, permit-to-work workflows, and near-miss capture with defensible field evidence across every site. Inspectly360 standardises EHS execution with required photo evidence, AI hazard detection and PPE detection on inspector photos, structured leading-indicator capture, and OSHA and ISO 45001-aligned recordkeeping.
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 ai safety inspection software runs on one mobile-first platform with photo proof and live dashboards.
Before Inspectly360
- Inspectors capture hazard photos on personal phones and email them to the EHS lead. Visual review across hundreds of walks per week is impossible by hand and repeat hazards re-occur unnoticed.
- BBS observations sit on paper in supervisor folders. JSAs are signed on the day and never feed coaching. PTW workflows happen in email. Leading indicators are invisible to the Head of EHS.
- Near-misses get reported verbally to the supervisor, written on a paper form, and rarely entered into any system. The pyramid above each lost-time injury is invisible because the base is missing.
- ISO 45001 surveillance and OSHA 300/300A/301 recordkeeping trigger scrambles through binders, drives, and email threads. The pack the assessor sees is reconstructed, not retrieved.
- Contractor safety performance reported anecdotally in monthly safety committee meetings. Selection and renewal decisions sit on relationship, not data.
After Inspectly360
- On-device AI scans inspector photos for missing PPE, blocked exits, exposed electrical, fall risks, and other named hazards. Candidate hazards surface for safety manager confirmation rather than burying them in galleries.
- BBS observations, JSAs, and PTW workflows live as digital programmes with severity, control linkage, and worker sign-off. Leading-indicator dashboards sit alongside lagging incident data in one view.
- Near-miss capture runs as a structured mobile programme with photo evidence, severity, control gap classification, and routing to the EHS team. Trending across sites surfaces the base of the safety pyramid before incidents.
- Inspection and incident history filters by site, control, hazard class, or date in seconds. OSHA 300, 300A, 301 packs and ISO 45001 audit packs pull with timestamps, signatures, and CAPA closure trails intact.
- Contractor safety scorecards track inspection-by-inspection performance: PPE compliance, near-miss reporting rate, hazard closure time, and re-open rate. Renewal conversations sit on evidence.
What Is AI Safety Inspection Software, and How Do Heads of EHS Use It Across Multi-Site Operations?
AI safety inspection software is the platform that Heads of EHS, Safety Managers, and operations leaders use to run workplace safety walks, behaviour-based observations, job safety analyses, permit-to-work workflows, and near-miss capture with defensible field evidence across every site. Inspectly360 standardises EHS execution with required photo evidence, AI hazard detection and PPE detection on inspector photos, structured leading-indicator capture, and OSHA and ISO 45001-aligned recordkeeping. The platform brings together the field execution and the leading-indicator analytics under one identity, so the Head of EHS sees the safety posture rather than reconstructing it monthly.
The pain it solves is familiar to any EHS leader running multi-site programmes: hazard photos arriving on email without zone, severity, or hazard class; BBS observations on paper that never reach coaching conversations; near-misses reported verbally and lost to the system; JSA forms signed and filed but never trended; permit-to-work workflows run in email so the controls cannot be audited; and ISO 45001 or OSHA visits triggering binder hunts because the evidence is everywhere except in one structured record. By the time an OSHA inspector or insurer asks, the trail is gone.
Inspectly360 combines configurable safety programme templates (HSE walks, BBS, JSA, PTW, HIRA, near-miss capture), offline mobile execution, AI hazard detection, AI PPE detection, structured CAPA prioritisation, contractor safety scoring, and OSHA 300/300A/301 plus ISO 45001 audit pack exports. Failed items create CAPAs with named owners, deadlines, and required closure evidence; nothing stalls in email. Leading indicators (BBS observations, JSA recurrence, PTW exceptions, near-miss frequency, PPE compliance trends) sit alongside lagging incident data so Heads of EHS see both signals at the same time.
- OSHA recordkeeping requirements for occupational injuries and illnesses define the OSHA 300/300A/301 pack format supported in the platform: OSHA Recordkeeping — 29 CFR Part 1904
- ISO 45001 occupational health and safety management systems standard aligned to platform programme templates: ISO 45001 — Occupational Health and Safety
- U.S. workplace injury statistics provide context for documented hazard controls and near-miss programmes: OSHA Injury and Illness Data
How Does an EHS Programme Run from HIRA and PTW to ISO 45001 Audit Pack?
EHS leaders adopt this loop when deploying across plants, logistics yards, construction sites, energy infrastructure, and remote operations.
- 1
Build HIRA, HSE Walk, BBS, JSA, and PTW Templates
Encode OSHA-style controls, ISO 45001 programmes, hazard identification and risk assessment (HIRA), behaviour-based observations, JSA, and permit-to-work workflows as versioned digital templates with required photos and approvals.
- 2
Execute Offline with AI Hazard and PPE Detection
Inspectors capture safety walks offline; AI hazard detection and PPE detection scan photos for missing PPE, blocked exits, exposed electrical, fall risks, and other named hazards for safety manager confirmation.
- 3
Capture Near-Misses and Leading Indicators
Near-miss capture, BBS observations, and JSA recurrence feed leading-indicator dashboards alongside incident data; the pyramid above each lost-time injury becomes visible rather than imagined.
- 4
Route CAPA and Verify Closure
Failed items create CAPAs with named owners, deadlines, required closure evidence, and time-based escalations documented in /features/notifications; critical controls require re-inspection before closure.
- 5
Export OSHA 300, ISO 45001, and Contractor Scorecards
OSHA 300/300A/301 packs, ISO 45001 audit packs, contractor safety scorecards, and EHS KPI reports generate from the same record through /features/automated-reports.
How Should EHS Leaders Pilot AI Hazard Detection Without Replacing Existing Safety Programmes?
Answers to common long-tail questions, kept on one canonical page to avoid thin duplicate URLs.
Where Does Inspectly360 Sit Beside Cority, VelocityEHS, Intelex, and Enablon?
Inspectly360 sits as the field execution and leading-indicator capture layer beside the enterprise EHS platforms safety functions already operate. Cority, VelocityEHS, Intelex, and Enablon stay the system of record for incident management, OSHA filings, and EHS programme governance at the corporate level. Inspectly360 produces the underlying field evidence, hazard photos, BBS observations, JSA evidence, PTW execution proof, and near-miss capture those platforms aggregate. REST API integrations push incidents, near-misses, and CAPA closures with the evidence chain intact rather than as detached summary lines.
How Do Leading Indicators and Lagging Incident Data Coexist?
Leading indicators (BBS observations, JSA recurrence, PTW exceptions, near-miss frequency, PPE compliance trend) live in the same record set as lagging incident data (recordable injuries, lost-time incidents, fatalities). Heads of EHS see both at once on the safety dashboard rather than reconstructing the relationship monthly. Incidents link back to the safety inspections, near-misses, and BBS observations that should have surfaced the precursor, so post-incident review is grounded in defensible field history.
Procurement, Infosec, and Programme Validation
Procurement, IT, and EHS should validate seven requirements before any rollout: SSO via SAML or OIDC tied to the safety team's identity provider, RBAC granular enough to scope a contractor to their own work and zone, offline mobile capture verified in a real plant room (not a demo room), configurable retention aligned to OSHA recordkeeping windows, OSHA 300/300A/301 and ISO 45001 export formats acceptable to the assessor, contractor safety scoring transparent to the contractor, and a documented integration path into the enterprise EHS platform already in use. Validate during the pilot.
EHS KPI Reporting and Safety Committee Cadence
Safety committee packs, monthly EHS KPI reports, and quarterly board-level reviews all generate from the same record set: leading indicators, CAPA closure, contractor safety scorecards, and incident data with the underlying field evidence intact. The pack mirrors the format the safety committee already expects (TRIR, LTIFR, near-miss frequency rate, lagging-to-leading ratios) rather than forcing a generic shape, and the underlying field evidence is one click away from any committee KPI.
Which Capabilities Help Safety Managers Track Leading Indicators and Close Hazards Faster?
The platform capabilities that power ai safety inspection software across every site.
Ready to Move AI Safety Inspection Off Paper?
Book a Free DemoHow Is This Different from Paper HSE Walks, Email-Based Hazard Logs, and Generic EHS Tools?
Heads of EHS comparing Inspectly360 to paper safety walks, email-based hazard logs, and generic EHS form tools see the difference fastest on five dimensions: AI hazard and PPE detection on inspector photos, leading-indicator visibility through BBS, JSA, and PTW evidence, near-miss capture and trending, ISO 45001 and OSHA recordkeeping readiness, and contractor safety performance scoring.
| Topic | Typical Gaps | With Inspectly360 |
|---|---|---|
| AI hazard and PPE detection | Inspectors capture hazard photos on personal phones and email them to the EHS lead. Visual review across hundreds of walks per week is impossible by hand and repeat hazards re-occur unnoticed. | On-device AI scans inspector photos for missing PPE, blocked exits, exposed electrical, fall risks, and other named hazards. Candidate hazards surface for safety manager confirmation rather than burying them in galleries. |
| Leading indicators (BBS, JSA, PTW) | BBS observations sit on paper in supervisor folders. JSAs are signed on the day and never feed coaching. PTW workflows happen in email. Leading indicators are invisible to the Head of EHS. | BBS observations, JSAs, and PTW workflows live as digital programmes with severity, control linkage, and worker sign-off. Leading-indicator dashboards sit alongside lagging incident data in one view. |
| Near-miss capture and analysis | Near-misses get reported verbally to the supervisor, written on a paper form, and rarely entered into any system. The pyramid above each lost-time injury is invisible because the base is missing. | Near-miss capture runs as a structured mobile programme with photo evidence, severity, control gap classification, and routing to the EHS team. Trending across sites surfaces the base of the safety pyramid before incidents. |
| ISO 45001 and OSHA 300 recordkeeping | ISO 45001 surveillance and OSHA 300/300A/301 recordkeeping trigger scrambles through binders, drives, and email threads. The pack the assessor sees is reconstructed, not retrieved. | Inspection and incident history filters by site, control, hazard class, or date in seconds. OSHA 300, 300A, 301 packs and ISO 45001 audit packs pull with timestamps, signatures, and CAPA closure trails intact. |
| Contractor safety performance | Contractor safety performance reported anecdotally in monthly safety committee meetings. Selection and renewal decisions sit on relationship, not data. | Contractor safety scorecards track inspection-by-inspection performance: PPE compliance, near-miss reporting rate, hazard closure time, and re-open rate. Renewal conversations sit on evidence. |
What Changes for the Head of EHS, Safety Managers, Supervisors, and Contractors?
What changes once ai safety inspection software is standardised on Inspectly360.
- Heads of EHS: One safety posture view across the portfolio with leading and lagging indicators in one place, ready for the safety committee without monthly reconstruction.
- Safety Managers and HSE Leads: AI hazard and PPE detection collapses photo review time and surfaces repeat hazards that anecdotal coaching alone misses.
- Site Supervisors and Operations Leaders: Real-time CAPA queues scoped to their site with the named owner and deadline visible, so safety actions stop ageing in email.
- Field Inspectors and HSE Observers: Offline capture, AI-assisted classification, and structured near-miss workflows make safety walks faster and the evidence more defensible.
- Contractors and Subcontractor EHS: Scoped access to their own hazards, scorecards they can see, and a closure path that requires evidence rather than self-certification.
- Internal Audit and Insurance Reviewers: OSHA 300/300A/301 packs, ISO 45001 audit packs, and contractor scorecards pull in seconds with timestamps and signatures intact.
- Workers and Worker Representatives: Visible BBS observation feedback, near-miss reporting acknowledgement, and a leading-indicator culture that does not depend on someone remembering to log it.
Which Safety Inspection Templates Support OSHA, ISO 45001, and HIRA?
Get started with inspection and audit checklist templates.
Safety
Safety Inspection Checklist
Safety inspections with hazard identification, corrective actions, and compliance reporting. Offline capture and evidence.
52,100+GET
Incident Reporting
Incident Report Form
Report incidents and near-misses with details, photos, location, and timeline. Ready for safety or quality review.
26,700+GET
Which Mobile Apps Run Safety Walks and BBS Observations on iOS and Android?
Use these apps to run inspections and audits.
Safety Inspection App
by Inspectly360
safetycomplianceevidence
Safety inspections with offline capture, evidence, and compliance reporting.
Get the App
EHS Inspection App
by Inspectly360
EHSenvironmentsafety
Environment, health and safety inspections and audit trails.
Get the App
Fire Safety Inspection App
by Inspectly360
firesafetyextinguisher
Fire safety inspections with extinguisher, exit, and alarm checks.
Get the App
HSE Inspection App
by Inspectly360
HSEsafetyenvironment
Health, safety and environment inspections with reporting and actions.
Get the App
Jsa App
by Inspectly360
JSAhazardsafety
Run job safety analysis with hazard identification, controls, and worker sign-off before each task.
Get the App
Frequently Asked Questions About AI Safety Inspection Software
How does the platform balance leading and lagging indicators in safety reporting?
Lagging indicators (recordable injuries, lost-time incidents, fatalities, TRIR, LTIFR) capture what happened after the fact. Leading indicators (BBS observations, JSA quality, PTW exceptions, near-miss frequency, PPE compliance, hazard closure time) predict what is about to happen. Inspectly360 captures both in the same record set and surfaces them together on the safety dashboard. Each incident links back to the BBS observations, near-misses, and inspection findings that should have surfaced the precursor, so post-incident reviews are grounded in defensible history rather than memory. Safety committee packs reference the leading-to-lagging ratio explicitly, which is the metric that separates mature safety cultures from compliance-only programmes.
How are OSHA 300, 300A, and 301 logs supported and exported?
Recordable incidents capture in the platform with the data required by 29 CFR Part 1904: case classification, body part affected, source of injury, days away from work, restricted activity, and outcome. The OSHA 300 log generates per establishment with case-level detail, the 300A annual summary aggregates the year, and the 301 incident report exports per case in the OSHA-accepted format. Establishment-level segmentation supports multi-site organisations with distinct OSHA establishments, and the five-year retention requirement is enforced through configurable retention policy. The pack the OSHA inspector or insurer sees pulls from the same record the incident investigation captured, with the underlying field evidence intact.
How does Inspectly360 score contractor safety performance objectively?
Contractor safety scorecards track inspection-by-inspection performance across measurable axes: PPE compliance rate on observed walks, near-miss reporting frequency (a healthy programme reports near-misses rather than hiding them), hazard closure time on assigned items, JSA completion quality, PTW compliance, and re-open rate on items contractors marked closed. The scorecard surfaces at the moment a procurement or operations leader is selecting a contractor for the next project or renewing an existing contract, so renewal decisions sit on data rather than relationship. Contractors can see their own scorecard, which makes the metric a coaching tool as much as a procurement tool.
How does the platform support behaviour-based safety (BBS) programmes?
BBS observations run as a structured programme template with categories the BBS framework uses (safe behaviour observed, at-risk behaviour observed, environmental hazard, near-miss precursor) plus open-ended observer notes. Observers can submit BBS observations in seconds during routine work without the form burden that kills paper BBS programmes. The platform aggregates BBS observations into coaching trends per worker, per zone, and per contractor; supervisors see the at-risk behaviour patterns they need to address before they become incidents. Anonymous observation modes support the worker-led BBS programmes some organisations operate.
How does Inspectly360 digitise JSA, HIRA, and risk assessment workflows?
Job Safety Analysis (JSA) and Hazard Identification and Risk Assessment (HIRA) templates walk crews through hazard identification, risk scoring, and control selection before high-risk tasks begin. Workers sign off the JSA digitally with timestamps; recurrence detection surfaces the same hazard appearing across multiple JSAs and the same task being run without updated controls. HIRA programmes for site-level or plant-level risk assessments produce a register that updates as inspections find new hazards and as controls are implemented. The link between JSA, HIRA, and the inspections that should verify the controls in place is structured rather than implicit.
How are Permit-to-Work (PTW) workflows enforced through the platform?
PTW workflows require permit issuer authorisation, permit acceptor sign-off, gas test and isolation evidence where applicable, and pre-task hazard verification all captured on the mobile app with timestamps and photo proof. The platform enforces the dependency chain so an acceptor cannot sign off on a hot work permit without the gas test result attached, or a confined space permit without the rescue plan documented. When the permit closes, the post-task verification captures the worksite state so emergent hazards left behind do not become the next incident. PTW exceptions feed leading-indicator dashboards alongside BBS and JSA data.
Explore More AI Safety Inspection Software Apps, Checklists, and Industries
AI Safety Inspection Software on Inspectly360 connects directly to the inspection apps, checklist templates, forms, industries, and adjacent solutions linked below.
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