Upload Machine Photos
Identify hazards directly from machine images.
Turn machine photos, drawings, PDFs, 3D model exports, text descriptions, and engineering knowledge into structured machinery risk assessments ready for expert review.
HazardLens helps teams identify hazards, develop accident scenarios, evaluate risks, define risk reduction measures, and maintain complete assessment traceability throughout the machinery lifecycle.
AI assists throughout the workflow while engineers remain responsible for review, validation, and approval.

Many machinery risk assessments are still managed across spreadsheets, Word documents, PDFs, email threads, and disconnected reports.
Hazards, accident scenarios, risk ratings, mitigations, and documentation are often maintained separately, making assessments difficult to review, update, and govern over time.
HazardLens provides a structured assessment workflow where every part of the assessment remains connected in a single operational record.
Machinery risk assessments are more than hazard lists and risk matrices. HazardLens supports the complete assessment workflow from initial hazard identification through risk reduction and review.
Start with photos, drawings, PDFs, 3D model exports, text descriptions, existing documentation, or manual hazard entries.
Accelerate hazard identification using AI-assisted workflows while maintaining complete user control.
Create clear, structured accident scenarios that support consistent risk evaluation and review.
Apply configurable risk assessment methodologies aligned with recognized machinery safety standards.
Document safeguards, mitigations, and residual risk measures directly within the assessment workflow.
Support structured expert review and maintain traceable assessment records.
HazardLens helps engineers and safety professionals complete machinery risk assessments faster without sacrificing quality.
AI assists with information structuring, hazard identification, scenario development, and assessment preparation, helping teams reduce repetitive work and focus on higher-value engineering decisions.
Create more consistent assessments, improve review quality, and scale machinery risk workflows across the organization while maintaining expert control.
Identify hazards directly from machine images.
Use engineering drawings, manuals, layouts, and technical documentation as assessment inputs.
Analyze machinery hazards using exported CAD or 3D model views.
Start assessments using process descriptions, operating scenarios, or engineering notes.

Hazard identification is often one of the most time-consuming parts of a machinery risk assessment.
HazardLens uses AI-assisted workflows to review uploaded information and suggest potential hazards based on machinery context, operating conditions, and recognized patterns.
Suggested hazards can be reviewed, modified, expanded, or rejected by the assessment team.
The result is a faster starting point without sacrificing engineering judgment.

Evaluate identified hazards using risk assessment methodologies aligned with recognized machinery safety standards.
HazardLens supports structured evaluation of:

Improve accident scenario quality with AI-assisted review, expansion, and refinement.
The Scenario Assistant helps teams create clearer, more complete, and more consistent accident scenarios that support stronger risk evaluations, better documentation, and more effective reviews.
Expand brief descriptions, identify missing details, improve consistency, and support structured expert review workflows.

Assessments connect directly to:
Hazards identified during assessment can flow directly into risk reduction workflows, connected documentation, and operational oversight without re-entering information.
From image, text, or manual input — you're always in control
HazardLens helps identify potential hazards using AI structured analysis of images or text descriptions. Upload a photo, describe a scenario, or manually input hazards, our system then suggests relevant risks and mitigations based on recognized patterns and best practices. Users can easily review, edit, or expand AI suggestions to match real-world complexity and expert knowledge.
Insights across all sites, machines, and operational layers
HazardLens smart dashboards give safety teams a clear, consolidated view of open hazards, assessment status, and mitigation progress across multiple levels of the organization. With a full flexible data model, it scales from a single machine to global multi-site operations — giving safety leaders full visibility and traceability across the entire asset hierarchy.
Create risk reports and audits with expert-level clarity
Turn your assessments into professional, standards-aligned documents in minutes. Our AI-enhanced editor helps draft clear, structured Risk Assessment Reports, User Instructions, Information for Use and custom templates. You can review and customize every detail before exporting, ensuring each report meets your internal standards and regulatory expectations.

HazardLens uses state-of-the-art multimodal AI to assist with hazard identification based on visual and textual inputs. When analyzing images of machinery, the system can identify common mechanical hazards with a high degree of reliability for well-lit, clearly visible, and conventional machine configurations.
However, the accuracy of AI-generated suggestions depends on the quality of the input and the complexity of the machine. Factors such as obstructed views, customized machinery, hidden hazards, or rare configurations may reduce detection accuracy. HazardLens is not a replacement for expert judgment and does not claim full automation of compliance with safety standards or the Machinery Directive.
To ensure precision and trustworthiness:
Users can manually review, adjust, or remove AI-identified hazards
Hazards can also be entered manually or described via text, with AI-assisted suggestions
All assessments are fully editable and designed to be finalized by a qualified safety professional
HazardLens is built to accelerate the risk assessment process, not replace human expertise. It offers a powerful starting point — particularly useful for identifying typical mechanical risks — while allowing full control and customization to meet regulatory and practical safety requirements.