ATLANTA, Sept. 14, 2026 SlateSafety announces today the launch of the BEACON V3, a multi-sensor, connected device designed to deliver real-time, hyperlocal worker exposure monitoring at scale. Built for the most demanding work environments, the BEACON V3 operates entirely independent of personal phones or complex IT infrastructure, providing frictionless, economical environmental monitoring for modern workforces. Deploy the BEACON V3 at your site now. Worn by personnel or mounted, the BEACON V3 equips organizations with a comprehensive suite of safety features designed to mitigate key occupational hazards, from extreme heat and dangerous noise levels to lone worker emergencies. “Worker safety isn’t one-dimensional, and neither are the environments they work in,” says SlateSafety CEO and Cofounder Zack Braun. “By combining thermal monitoring, noise monitoring, and lone worker protections into a single, highly connected device, the BEACON V3 provides a unified picture of safety. It ensures that no matter the hazard or the location, safety leaders have the visibility they need to keep their teams out of harm’s way.” Thermal Monitoring: The BEACON V3 provides real-time, hyperlocal data to protect workers from heat stress and adverse conditions. Key measurements include: Air Temperature and Relative Humidity Air Pressure and Dew Point Heat Index, Humidex, and estimated Wet …

Originally published in Occupational Health & Safety Magazine‘s Technology Safety Handbook Automating compliance and prevention with real-time, connected safety tech Occupational health and safety is built on a foundation of rigorous standards, tireless oversight, and a deep commitment to keeping workers safe. Part of that foundation includes methods such as manual audits, site observations, and structured training programs to reduce workplace hazards and lower incident rates. Although these methods are important, industrial work environments continue to evolve with workers facing increasingly demanding conditions. These shifts call for different methods to oversee worker safety and an evolution in safety management. Emerging technologies can augment traditional standards by introducing a proactive model with granular insight into worker safety and environmental hazards in real-time. Implementing new technologies not only improves safety programs and outcomes but moves toward a scalable, proactive, automated approach.   Shifting from Lagging to Leading Indicators In the traditional safety model, success is often measured by Total Recordable Incident Rates, lost time, and workers’ compensation costs. While these metrics are essential for reporting and regulatory standards, they offer limited visibility into the immediate hazards ahead. A more proactive approach requires a shift toward leading indicators. Leading indicators are the predictive …

Originally published in Occupational Health & Safety Magazine. Traditional heat safety programs often rely on generalized thresholds and reactive symptom reporting. New tools like PPG wearables, WBGT monitoring systems, and cooling innovations are helping safety teams take a more proactive approach. Summer Hazards Heat stress and overexertion are critical issues in the workplace, especially when workers wear heavy PPE, are exposed to high ambient temperatures, perform labor-intensive tasks, or work outdoors in summer heat. According to OSHA, heat causes more deaths than any other weather-related hazard in the U.S., and workers in settings without adequate climate controls are at a severe risk of heat illnesses. Regulatory emphasis has been placed on heat hazards as seen in initiatives such as the National Emphasis Program (NEP) and the Heat Injury and Illness Prevention in Outdoor and Indoor Work Settings Rulemaking in recent years. These programs have urged better data collection, education, and planning on heat safety for workers. Traditional methods used for years are no longer effective —they aren’t holding up. With technology, monitoring heat stress can be easier and significantly more comprehensive. This article will explore how these new technologies are transforming how organizations protect workers from heat strain and how technology can …

When it comes to heat illness prevention, the regulatory landscape continues to evolve, as seen with the Occupational Health and Safety Administration’s (OSHA) National Emphasis Program (NEP) and the Proposed Heat Injury and Illness Prevention in Outdoor and Indoor Work Settings Rulemaking. Some states have created their own standards. With regulations being implemented and looked into, there’s a growing concern for worker wellbeing when it comes to exposure to heat. In fact, according to the National Weather Service, heat is the top weather-related killer in the U.S. This article will make sure you’re up to date with the latest in heat stress regulations, whether it’s at the national or state level.    National Heat Safety Directives There is currently one official heat safety directive that expires this year, OSHA’s National Emphasis Program. What is it: The National Emphasis Program on Outdoor and Indoor Heat-Related Hazards is designed to protect workers from heat-related hazards, injuries, and illnesses in both indoor and outdoor environments.  Expiration date: April 2026 This NEP creates a framework for targeted inspections and evaluation of workplace safety measures.    Here is what the NEP means for your organization: Heat Priority Days: Whenever the local heat index is expected …

Dear SlateSafety Customers, Partners, and Supporters, Happy New Year! As we kick off the new year, I am excited to reflect on 2025 and look into what 2026 has in store for SlateSafety, but before we get into SlateSafety’s accomplishments, I want to take a step back and reflect on “Why does SlateSafety exist?” As most of you know, we started by working with local firefighters. Then, we won an Air Force contract to protect recruits from heat stress during intense, advanced training. From there, we met some highly talented individuals in the Department of Energy who helped us bridge the gap to industrial safety and taught us all about industrial hygiene—including the pain points for the safety professionals who work in these industries. From these discussions with safety professionals, we believe there are better ways to keep workers safe. Safety professionals work long hours, are responsible for large numbers of workers or even entire sites, and are constantly inundated with urgent work. These professionals that my team and I have had the privilege of working with are all smart, hardworking, and knowledgeable, and also incredibly busy, even before being asked by management to implement AI. The heroes in our …