Work zone fatalities have gone up in the United States, according to the most recent numbers from OSHA (Occupational Safety and Health Admin.) with more than 898 deaths and 40,000 injuries estimated in 2023. This represents a 50% increase in work zone fatalities reported between 2013 and 2023. This is simply unacceptable.
Can emerging technologies like AI (artificial intelligence) help? Of course, if implemented correctly. AI-powered safety tools are increasingly being deployed to reduce risk by improving visibility, identifying hazards earlier, and assisting workers and equipment operators with better situational awareness. Unlike traditional safety tools that rely solely on human observation, AI systems can continuously monitor jobsites, analyze patterns, and alert workers to potential dangers before they result in incidents.
AI on the Job
Consider these cases for AI: Systems can process data from cameras, sensors, and equipment telemetry to detect unsafe behaviors, identify when workers enter restricted zones, or recognize when machinery is operating too close to personnel. Ultimately, these systems can help safety managers analyze trends, such as repeated near-misses or high-risk locations on a jobsite, enabling companies to address hazards proactively rather than reactively.
As one specific example, Speedshield Technologies, aims to leverage AI to help prevent injuries and fatalities caused by heavy industrial machinery. Using stereoscopic machine vision and edge-based AI, the technology can give operators realtime, 360-degree awareness of pedestrians, without screens, distractions, or the risk of false alarms.
Certainly, this is only one illustration. AI and related technologies are being applied in a variety of ways across the construction industry to improve safety. Some of the most common applications include computer‑vision monitoring, proximity‑detection systems, predictive analytics, wearable technology, and more. None of these are new—we’ve had IoT (Internet of Things) technologies enabling these capabilities for years. What’s changed is that AI is now extracting far deeper, faster, and more actionable insights from the data those IoT systems have been generating all along. And that makes data accuracy more critical than ever—because no matter what data we’re collecting or acting upon, the insights are only as trustworthy as the underlying information.
Guidelines for a Safer Jobsite
While the technology itself is promising, successful adoption depends on thoughtful implementation and worker engagement. Companies interested in leveraging AI to improve safety should consider several key guidelines.
Start with the highest-risk areas: Focus first on hazards that cause the most serious injuries or fatalities, such as struck-by incidents, falls, or heavy equipment interactions. Targeted solutions often deliver the fastest safety improvements.
Pilot programs before full deployment: Testing new technology on a limited number of jobsites allows companies to evaluate effectiveness, gather feedback, and adjust accordingly before scaling across operations.
Integrate technology with existing safety programs: AI should complement—not replace—established safety procedures, training programs, and jobsite supervision.
Provide proper training: Workers and operators must understand how the technology works, what alerts mean, and how to respond. Clear communication helps build trust and ensures the system is used correctly.
Focus on usability and reliability: Safety technologies must be practical for real-world construction environments. Systems that generate excessive false alarms or disrupt workflows are less likely to be adopted by crews.
Use data responsibly: Companies should be transparent about how safety data is collected and used, ensuring technology supports worker protection rather than creating concerns about surveillance or discipline.
Surely, AI will not replace the importance of a strong safety culture—but it can become a powerful tool to support it. By combining advanced technologies with proper training, clear procedures, and worker engagement, construction companies can improve hazard awareness, reduce incidents, and create safer jobsites for everyone involved.
As these tools continue to evolve, organizations that proactively explore and implement them will be better positioned to protect and ensure every worker returns home safely at the end of the day.
Want to tweet about this article? Use hashtags #construction #IoT #sustainability #AI #5G #cloud #edge #futureofwork #infrastructure #safety
