Computer Vision Ergonomics

AI-powered ergonomic insights in minutes.

Record a short video of a task and use advanced computer vision to evaluate posture, movement, and physical demands—creating a clear ergonomic risk report without wearable sensors or specialized hardware.

No sensorsAny phoneResults in minutes
Computer vision ergonomic analysis of a worker reaching for a box, with risk score, movement trend, and body-region insights
8.43Overall score
MinutesFrom video to insight

Trusted by leading organizations

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Workright NW logo
Monash Health logo
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Built for every industry

One assessment workflow. Real-world workplaces.

Use the same repeatable video-based process across diverse environments, tasks, and teams.

Warehouse
Manufacturing
Transportation
Construction
Mining
Healthcare
Utilities
Municipal
Insurance
See what matters

Turn video into insight. Insight into action.

Computer vision turns a short task recording into structured analysis that helps teams see high-risk postures, understand movement patterns, and prioritize practical changes.

  • Capture a representative task with a phone or tablet.
  • Analyze movement using consistent, repeatable methods.
  • Review risk scores, visuals, and recommendations.
Workflow showing mobile video capture, AI posture analysis, dashboard risk scores, and a final report
Validated methodology

Industry-standard ergonomic equations. Powered by AI.

The platform applies recognized assessment methods to deliver consistent, explainable, and actionable ergonomic insights.

REBA

Rapid Entire Body Assessment

Evaluates whole-body posture, movement, and load to identify musculoskeletal risk.

RULA

Rapid Upper Limb Assessment

Assesses upper limb, neck, and trunk postures to detect potential strain or injury risk.

Revised NIOSH

Lifting Equation (RNLE)

Calculates recommended lifting limits and a lifting index for manual lifting tasks.

Snook Tables

Liberty Mutual Tables

Assesses acceptable limits for lifting, pushing, pulling, and carrying based on task demands.

MAC

Manual Handling Assessment Charts

Evaluates manual handling activities across a variety of task and load conditions.

ART

Assessment of Repetitive Tasks

Identifies risk from repetitive upper-limb tasks based on repetition, force, posture, and duration.

Validated methodologies
Trusted across global industries
Reliable results you can act on
Key benefits

See risk clearly—without changing the way work gets done.

Capture real tasks in context and convert movement into visual, shareable, decision-ready information.

A smartphone recording a warehouse worker while computer vision maps body jointsVideo-based assessment

Joint Angle Analysis

Automatically measures key joint angles throughout the task.

3D Posture Analysis

Reconstructs posture for more accurate biomechanical review.

Risk Heatmaps

Highlights high-risk body regions based on posture and load.

Risk Distribution

Breaks down low, medium, high, and very-high-risk postures.

Movement Over Time

Tracks posture and movement trends throughout the recording.

Recommendations & Reports

Generates practical recommendations and professional reports with scores and visuals.

No sensors or hardwareUse any phone or tabletReduce assessment timeScale across sitesSupport complianceData-driven insight
How it works

From video capture to actionable insight in minutes.

1

Capture

Record a two- to three-minute video of a task using a mobile device.

2

Upload

Submit the video through the web or mobile workflow.

3

Analyze

AI evaluates posture, movement, and physical task demands.

4

Review

Review a clear report with risk scores, visuals, and recommendations.

Phone-shaped video player showing a warehouse task ready for computer vision ergonomic analysis
Short video. Clear results.
Why computer vision?

Ergonomic risk does not wait. Neither should your organization.

Traditional ergonomic assessments can be time-consuming and difficult to scale. Computer Vision Ergonomics gives safety and ergonomics teams a faster way to identify risk, compare tasks, and focus attention where it can have the greatest impact.

Record the work as it happens. Assess employees across locations without specialized equipment or repeated onsite setup.

Prevent injuries earlier

Identify high-risk movements before they contribute to an injury.

Reduce assessment costs

Lower the burden of repeated manual assessments and onsite travel.

Assess anyone, anywhere

Use a consistent process across locations, roles, and work environments.

Scale with your workforce

Screen more employees with objective, repeatable results.

Summary graphic highlighting musculoskeletal injury impact, workplace costs, and fast computer vision assessment time
Computer vision technology partner

Powered by purpose-built workplace AI.

Longitude6 combines leading ergonomic technology with implementation support, training, and a connected workflow through Nexus6.

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Frequently asked questions

What teams ask before getting started.

Does computer vision require wearable sensors?

No. The workflow begins with a short task video recorded using a compatible phone or tablet. Learn how AI ergonomic assessment with computer vision works.

What kind of video is needed?

A stable, clear recording that shows the worker, the task, and the relevant environment. Longitude6 provides capture guidance and training.

Which ergonomic methods are supported?

The workflow shown here includes REBA, RULA, the Revised NIOSH Lifting Equation, Snook Tables, MAC, and ART methodologies.

Does the report replace professional judgment?

No. The technology supports ergonomic review and prioritization. Qualified professionals should consider work context when selecting controls and next steps.

See computer vision ergonomics in action.

Contact Longitude6 to explore video capture, AI analysis, reports, implementation, and pay-as-you-go access.