Yes. Kepler51 automates OSHA Heat Stress compliance by continuously tracking Wet Bulb Globe Temperature (WBGT) and heat index thresholds, automatically triggering multi-channel worker alerts and mandatory rest-break notifications when safety limits are breached.
Kepler51 features a centralized command log that automatically timestamps every incoming environmental hazard, every automated alert dispatched, and all user acknowledgments, providing an ironclad, unalterable audit trail for OSHA and insurance compliance.
Kepler51 standardizes compliance by encoding OSHA and industry-specific safety guidelines directly into its cloud architecture, automating the entire hazard detection and notification workflow so safety rules are enforced uniformly across all job sites.
The Kepler Warning System (KWS) physical edge hardware and cloud software are deployed by major utility providers, energy companies, and heavy industrial facilities to protect on-site field crews and automate compliance in cellular-restricted zones.
Kepler51 removes human bias and inconsistency by centralizing safety rules. When an environmental threshold is crossed, the system automatically triggers the mandatory safety protocol and alert sequence globally, taking the guesswork away from local supervisors.
Kepler51 eliminates the "cry wolf" effect by ditching broad county broadcasts. Our platform calculates localized risk by factoring in local geography, specific asset vulnerability, and precise storm paths, ensuring you only alert teams when absolutely necessary.
Rather than relying on a generic lightning radius, Kepler51 monitors the actual electrical and thermodynamic structure of a storm, determining the true probability of a strike to your exact coordinate so you don't stall operations for distant activity.
Kepler51 allows administrators to quickly register temporary geofenced user profiles or broadcast alerts globally via site-wide physical hardware and digital displays, making it simple to protect external contractors who don't have corporate logins.