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Risk Reduction

Develop and document effective risk reduction measures

Risk reduction is where machinery risk assessments become engineering decisions.

HazardLens helps engineers and safety professionals define, evaluate, and document risk reduction measures directly within the assessment workflow while maintaining complete traceability to hazards, accident scenarios, and risk evaluations.

AI assists with mitigation development and information structuring while experts remain responsible for engineering decisions and final approval.

 

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Risk Reduction user interface showing risk mitigations

Defining effective risk reduction measures can be challenging

Once hazards have been identified and risks evaluated, teams must determine how risks can be reduced to an acceptable level.

This often requires reviewing multiple design options, documenting safeguards, evaluating alternatives, and assessing residual risk.

HazardLens provides a structured workspace for developing and documenting risk reduction measures as part of the machinery risk assessment process.

One connected risk reduction workflow

Develop Measures

Create and document risk reduction measures directly within the assessment.

Evaluate Alternatives

Consider different approaches to reducing risk and document engineering decisions.

Apply Risk Reduction Principles

Follow structured risk reduction approaches such as inherently safe design measures, safeguarding and protective measures, and information for use.

Document Safeguards

Capture guards, protective devices, engineering controls, administrative controls, and other risk reduction measures.

Assess Residual Risk

Evaluate remaining risk after proposed measures have been applied.

Review Decisions

Maintain a structured record of risk reduction rationale, engineering decisions, and outcomes.

Build risk reduction measures faster

Developing risk reduction measures often involves repetitive documentation and research.

HazardLens helps teams create structured mitigation records by organizing information, supporting mitigation development, and maintaining consistency across assessments.

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Keep residual risk connected

 Residual risk evaluations remain connected to:

Hazards

Accident Scenarios

Risk Ratings

Risk Reduction Measures

Apply structured risk reduction principles

Effective risk reduction is more than selecting safeguards. HazardLens helps teams develop and document risk reduction measures using established machinery safety principles, ensuring decisions remain consistent, traceable, and aligned with recognized standards. 

Mechanical Designer CAD Drawing Machine Part Design

Level 1: Inherently Safe Design Measures

The most effective way to reduce risk is to eliminate hazards through design.

Document design changes that remove hazards or reduce exposure before relying on protective measures. Examples include reducing hazardous energy, increasing safety distances, limiting forces or speeds, and redesigning machine functions to eliminate dangerous situations.

Goal: Eliminate hazards wherever reasonably practicable.

Modern Production Line with machinery safety fencing, access door and emergency stop

Level 2: Safeguarding and Protective Measures

Where hazards cannot be eliminated through design, safeguarding and protective measures help reduce risk.

Document engineering controls such as fixed guards, interlocked guards, presence-sensing devices, two-hand controls, safety-rated control systems, and other protective measures designed to prevent or reduce exposure to hazards.

Goal: Protect people from hazards that remain after design changes.

Warning Sign on Machine ISO 7010

Level 3: Information for Use

When residual risks remain, information for use helps communicate safe operating practices.

Document procedures, training requirements, warnings, signage, maintenance instructions, lockout/tagout requirements, and personal protective equipment (PPE) recommendations that support safe use of machinery.

Goal: Inform users of residual risks and support safe operation throughout the machine lifecycle.

Learn more about Scenario Assistant

Machinery Risk Workflow Capabilities

AI-Assisted Machinery Risk Assessment

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.

Real-Time Safety Dashboard and Risk Monitoring

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.

Automated Documentation and Reporting

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 helps engineers develop, document, and review risk reduction measures more consistently while keeping every mitigation connected to the underlying machinery risk assessment.

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