When Head Protection Starts Talking

Connected head protection can give safety managers new information about impacts, falls, heat and other workplace conditions, potentially changing both incident response and the way safety decisions are made.

• By David Kopf
• Sep 14, 2026

For generations, the basic job of head protection has been straightforward: put a barrier between the worker and a hazard and reduce the likelihood or severity of an injury when something goes wrong.

Connected technology is adding another potential function. Instead of simply protecting the worker during an incident, connected head protection can generate information about what happened, alert others that something has happened and, in some applications, provide data that safety managers can use to make decisions about conditions across a worksite.

That transition was the subject of a recent episode of the OH&S SafetyPod featuring Dan Birch, Category Manager at PIP Global Safety, and Ani Surabhi, CEO and Founder of Quin.

For Birch, one of the fundamental changes is the ability to provide safety managers with information they previously might not have had.

“We’ve been focused solely on the prevention of injuries through, like, with head protection with, like, impacts,” Birch said. “What this connected [technology] can do is just provide additional information that safety managers, end users can all use to make themselves a little bit safer.”

That information could become particularly important when nobody has a complete picture of an incident.

Filling the Information Gap

Consider a worker who is struck in the head by a falling tool.

With conventional head protection, the helmet performs its protective function. But afterward, the safety manager may still have questions. How significant was the impact? Where did the object strike the worker? What happened immediately before and after the event?

Surabhi said connected PPE can provide data that helps fill in some of those blanks.

“What connected PPE does is basically provides you the data without any sort of filter, right?” Surabhi said. “So what that means is, you know, you might walk into a situation, and you could probably guess what has happened in that situation, but with connected PPE, you’re able to actually have the right data and actually take the right action for that purpose.”

The technology discussed during the podcast illustrates the kinds of information that can be captured.

According to Surabhi, the Quin Pod incorporates two types of accelerometers, a gyroscope that measures motion and a temperature sensor that measures radiated temperature within the helmet. Linear, rotational, motion and temperature data can be timestamped together. When an anomaly such as an impact, temperature spike or heavy vibration occurs, the system stores a loop containing information from before and after the event.

Surabhi said that combination can provide information not simply about whether an impact occurred, but what occurred around it. He also said the technology can distinguish between events such as dropping a helmet on the floor or bumping it against something and an actual impact involving the worker. According to Surabhi, it can provide information about the severity of an impact and where on the worker’s head the impact occurred.

That distinction matters because excessive false alerts could quickly undermine confidence in an emergency notification system.

“You don’t want an alert to be sent out to your, your line manager, your safety manager, or your, your loved ones, because that’s when, you know, if you cry wolf too many times, eventually nobody’s gonna come to help you,” Surabhi said.

When Nobody Sees the Incident

The value of automatically generated information becomes particularly apparent with lone workers or workers operating away from others.

Surabhi’s interest in the technology began with his own accident. He said he was cycling in London when someone opened a car door, causing him to crash. He lost consciousness and awoke at St Mary’s Hospital. Because people witnessed the accident, they were able to summon help.

A worker alone in a remote or isolated location presents a different problem.

Surabhi said the system is designed to identify an accident and, when an event is determined to be severe, connect the user with emergency response. According to Surabhi, the system can connect to the closest ambulance in the continental United States as well as 31 European countries, with the event appearing within the emergency response system rather than requiring the ambulance provider to download a separate Quin application.

Falls represent another possible application. Surabhi said the technology can detect the height and severity of a fall and how long a worker has been suspended. The objective, he said, is not simply to capture information for later analysis but to relay it so that assistance can be provided.

“Because you have data happening in real time, it’s not about capturing the data and storing it in a black box, it’s actually relaying that information real time to the relevant people to get you help as soon as possible,” Surabhi said.

From Incident Data to Safety Decisions

Emergency response, however, represents only one use for connected PPE. The same concept can potentially give safety managers greater visibility into conditions affecting groups of workers.

Birch offered a hypothetical example of 27 employees working on a roof with an average temperature inside their helmets of 120 degrees.

“That’s something that safety managers are gonna wanna know,” Birch said. “If a worker falls and is injured, that is something a safety manager wants to know. And then they provide the information about how bad it was, right? I mean, it’s just taking a lot of the guesswork out of managing a safety program.”

Temperature was a recurring example during the discussion. According to Birch, information from a temperature sensor could give a safety manager another data point when deciding whether workers need breaks, fluids or a change in activity.

Importantly, Birch stopped short of portraying the technology as something that can simply predict what will happen next.

“Looking at what Quin’s doing is not necessarily predicting what’s gonna happen, but allowing safety managers to react to information,” he said.

That distinction may be one of the more important considerations for safety managers evaluating connected PPE. The technology can produce information, but someone still has to decide what that information means and what action should follow.

Addressing Underreporting

Connected PPE could also provide another source of information about events that workers might otherwise never report.

Surabhi identified underreporting as a significant issue, noting that it does not necessarily happen because workers intentionally conceal incidents. Sometimes, he said, workers simply do not know whether what happened was serious enough to report.

That uncertainty can be especially relevant following head impacts, where a worker may not know the significance of an event immediately after it occurs.

“You’d rather be sure that something is reported and somebody gets that help before it becomes something more serious in that situation,” Surabhi said.

For safety managers responsible for workers across multiple areas of a facility or job site, Surabhi said connected technology can provide another way of knowing when something has happened and responding sooner.

Starting With the Safety Problem

Despite the amount of technology involved, Birch and Surabhi described implementation as relatively straightforward.

Surabhi said the Quin Pod was designed so workers would not have to significantly change their routines. After onboarding, he said, there is no on/off button. A worker picks up the helmet and puts it on, and the system automatically turns on and connects to the worker’s phone.

Birch said setup takes about 10 minutes and that roughly 100 installations had been completed at the time of the interview.

For a safety manager considering connected PPE, however, the more fundamental starting point may be identifying the information the organization actually needs.

Temperature could be one concern. Lone workers could be another. Falls, head impacts and the ability to know when an incident has occurred could present additional applications.

Birch framed the central question simply: What could the technology do to make the safety manager’s job more effective?

Connected PPE does not change the fundamental objective of head protection or of a safety program. What it can change, according to Birch and Surabhi, is how much information is available when safety professionals have to make decisions.

The hard hat can still protect the worker when something goes wrong. Increasingly, it may also be able to tell the safety manager something about what just happened — and give that manager another opportunity to decide what should happen next.

This article originally appeared in the September 2026 issue of Occupational Health & Safety.