will the future Safety Complacency Rating allow me to upload a site specific safety plan and receive a risk ranking for JHA components?

A practical Safety Complacency Rating capability for uploading a site-specific safety plan and automatically generating a risk ranking for JHA components should evaluate the plan against the core JHA workflow: identify the job or task, break it into steps, identify hazards in each step, assess risk, define controls, document the results, and periodically review and update them. JHA is a systematic method for identifying and evaluating hazards associated with a job or task, and its purpose is to identify existing and potential hazards, assess the risk, and identify ways to eliminate or protect against the hazard. [2] [1] [3]

For automated scoring, the uploaded site-specific safety plan should be parsed into JHA elements and rated across five dimensions: hazard identification, risk assessment, control measures, regulatory compliance, and site-specific documentation.

• Hazard identification: Check whether the plan breaks work into clear task steps or sub-tasks and identifies hazards for each step, including obvious and less visible hazards such as ergonomic or repetitive-use exposures.
• Risk assessment: Score whether each hazard is ranked by probability and severity, or by likelihood and severity of harm, so higher-risk tasks can be prioritized first.
• Control measures: Verify that controls are specified for each hazard and aligned with the hierarchy of controls, including elimination, substitution, engineering controls, administrative controls, and PPE.
• Regulatory compliance: Check whether required hazard assessments are documented and whether the plan supports employer obligations to provide safe and healthful work and task-specific protective measures.
• Site-specific documentation: Confirm the plan includes location/job details, step descriptions, hazards, preventive measures, job briefings, changing conditions, and revision/update triggers.

[7] [6] [10] [1] [14] A strong automated risk-ranking engine should assign a score to each JHA component and then roll those scores into an overall complacency or maturity rating. The most defensible method is to calculate risk from probability and severity, then prioritize the highest-risk tasks first. A simple model is: Risk Score = Probability × Severity, with optional weighting for number of exposed workers, regulatory gaps, missing controls, and whether the task is new, changed, rare, permit-required, or associated with prior incidents or near misses. [11] [13] [5] [15]

• High rating / low complacency risk: The plan contains task-by-task breakdowns, hazard identification for each step, quantified risk rankings, specific controls, documented responsibilities, site briefing requirements, and update triggers when conditions change.
• Moderate rating: The plan identifies major hazards and some controls, but risk ranking is inconsistent, site-specific hazards are incomplete, or documentation and review triggers are weak.
• Low rating / high complacency risk: The plan is generic, lacks step-level hazard analysis, does not rank risk, relies mainly on PPE, omits site-specific hazards, or shows no process for review after changes, incidents, or near misses.

[1] [8] [9] To make the capability useful in practice, the system should flag complacency indicators such as repeated acceptance of hazards without stronger controls, unchanged JHAs despite changing conditions, missing employee involvement, no evidence of review after incidents, and overreliance on boilerplate language. It should also prompt field-level reassessment before work starts and whenever conditions change, because field-level risk assessment is intended to identify, assess, and manage hazards in real time and helps continue the safety conversation and avoid complacency. [9] [15] [10] [1]

1. Upload and classify the site-specific safety plan by job, location, crew, permit type, and task.
2. Extract task steps and normalize them into JHA components, ideally limiting each job to a manageable number of meaningful steps.
3. Identify hazards per step using both explicit plan language and a hazard taxonomy.
4. Calculate risk using likelihood/probability and severity, then assign priority rankings.
5. Evaluate whether controls follow the hierarchy of controls and whether preventive measures are specific, feasible, and matched to the hazard.
6. Check for regulatory and documentation completeness, including hazard assessment records, PPE considerations, and safe job procedure content.
7. Verify site-specific communication requirements such as pre-job briefings, changed-condition briefings, and employee involvement.
8. Generate outputs: per-step risk ranking, missing-information alerts, compliance gaps, recommended controls, and an overall Safety Complacency Rating.

[7] [12] [13] [12] [1] [1] In short, yes—this capability is feasible and aligns well with JHA best practice. The best implementation is not just a document upload and score; it is a structured review engine that converts the uploaded plan into step-level JHA data, ranks hazards by probability and severity, checks controls and documentation quality, and highlights signs of safety complacency so the organization can improve the plan before work begins. [4] [8]