Most electrical safety programs are built around what has happened. Incidents get investigated, procedures get updated, and teams adjust.
Near misses don’t always follow that path. They happen quickly, aren’t always recognized in the moment, and often never get reported. That creates a gap, because the moments that almost turn into incidents are often the ones with the most to teach us. Near misses are often defined as events where no injury occurs but could have under slightly different circumstances, which is why they’re considered a critical indicator of underlying risk in a safety program, especially when viewed through OSHA’s definition of near misses and incident prevention.
Near misses rely heavily on human reporting, and even in strong safety cultures, that process isn’t always consistent. In reality:
Organizations like Occupational Safety and Health Administration (OSHA) continue to emphasize near miss reporting as part of proactive safety programs, but that only works if those events are actually captured. Many organizations are now treating near misses as leading indicators rather than isolated events, aligning with how leading indicators are used to prevent workplace incidents.
Most safety systems are designed around procedures and post-event analysis. That’s critical, but it doesn’t always capture what’s happening in real time.
In electrical environments, conditions can change quickly. Proximity to energized equipment or unexpected voltage presence isn’t always obvious, and even with strong procedures, there are still variables in the field.
That’s where the gap shows up. Teams have processes for responding to incidents, but less visibility into the conditions that lead up to them. This becomes even more relevant when you consider how much exposure can happen during routine tasks, especially when looking at how LOTO processes impact time and risk in real-world operations.
More teams are starting to focus on capturing exposure as it happens, not just what gets reported after. That shift looks like:
As more organizations adopt real-time safety technology, they’re also gaining better visibility into exposure trends and risk patterns before incidents occur, including how safety tech can reveal exposures and risk patterns before incidents occur.
Smart PPE adds another layer of awareness by bringing that visibility directly to the worker.
Wearable safety technology can:
This is where teams start to close the gap between what happens in the field and what actually gets documented, especially as seen in wearable safety technology in electrical environments. Strengthening visibility like this is also becoming a key part of building more effective programs overall, similar to how teams are approaching broader improvements in electrical safety program development and risk reduction
One example is wearable voltage detection technology like Proxxi by Grace.
Proxxi detects the presence of AC voltage and alerts the wearer as they approach energized equipment. It doesn’t replace established safety procedures, but it adds real-time awareness in situations where proximity can change quickly.
That visibility helps teams better understand where near misses are happening and take steps to reduce that exposure over time. When those events are consistently captured, they can also improve safety outcomes by identifying root causes and prompting corrective action, which is supported by research showing how near miss reporting improves safety management and risk awareness. This shift toward earlier insight and proactive decision-making also mirrors broader trends seen in predictive maintenance program development.
If your team is exploring ways to strengthen electrical safety, it may be worth evaluating how wearable voltage detection fits into your existing approach. A demo of our solution, Proxxi by Grace, can help walk through:
How these solutions integrate alongside LOTO and PPE
What deployment looks like across crews and jobsites
How real-time alerts and data can support training and safety programs
To safer, smarter operations,