According to the National Institute for Occupational Safety and Health (NIOSH/CDC), from 2011 through 2017, fatal injuries among marine terminal and port workers occurred at an annual rate of 15.9 per 100,000 workers — "a rate five times that of the U.S. workforce overall." [1]

For comparison, the most recent Census of Fatal Occupational Injuries from the Bureau of Labor Statistics measured the all-industry fatal work injury rate at 3.3 per 100,000 full-time equivalent workers in 2024. [2]

That ratio has not moved meaningfully in over a decade.

This is not a story about an industry that has neglected safety. It is a story about an industry that has invested heavily in the wrong layer.

Ports Are Not Lacking Safety Measures

Walk any modern terminal and you'll see a well-developed safety environment: cameras monitoring key areas, clearly marked pedestrian walkways, signage defining restricted and high-risk zones, written safety procedures aligned with the IMO's International Ship and Port Facility Security (ISPS) Code and local regulations, and regular safety training and compliance programs. Layer on toolbox talks, stop-work authority, certification programs for skill-rated equipment operators, and routine compliance audits, and the picture is consistent across the industry. [3]

By traditional standards, ports are highly controlled environments.

But control is not the same as awareness.

The Gap: No Real-Time Spatial Awareness

Here's the problem: none of these tools create real-time spatial awareness between a moving vehicle and a person on foot. In a port environment, that matters more than almost anywhere else.

You have yard tractors moving continuously, drayage trucks entering and exiting through the gate, heavy equipment operating in confined spaces, and personnel working in close proximity to active operations. Crane bays, breakbulk warehouses, and the apron alongside a working vessel are some of the densest traffic environments in industrial logistics.

These interactions are dynamic and constantly changing.

And yet, the systems designed to keep people safe are largely static. Cameras record. Signs declare. Procedures specify. None of them detect, in real time, when the actual state of the yard diverges from the intended one.

Where Incidents Actually Occur

Serious incidents at ports rarely happen because someone ignored a sign. They happen because a driver loses sight of a pedestrian near equipment. A worker enters a crane or loading zone at the wrong moment. Two assets converge in the same space without awareness. Visibility is obstructed in a high-traffic area for the seconds that matter.

In November 2014, a longshore worker at the SSA Marine Terminal on Pier A in Long Beach was killed around 2:30 a.m. while shuttling containers between a docked vessel and the storage yard. He was driving a yard tractor along the dockside lane when the front of his tractor clipped the trailer being towed by the yard tractor ahead of him. He was thrown from the cab on impact and run over by his own tires, sustaining instantly fatal injuries. [4] There was no procedural failure. There was a convergence.

Incidents occur in the gap between movement and awareness.

This Isn't a Training Problem — It's an Infrastructure Problem

When incidents occur, the typical response is more training, more signage, more procedures.

But that assumes the issue is behavioral.

In reality, the issue is environmental. UTR drivers and other equipment operators in U.S. West Coast ports work under formal training and certification programs administered by Pacific Maritime Association training centers. [3] Stevedores receive recurring safety training. The procedures exist and are documented. What the port itself does not provide is continuous awareness of where people and vehicles are, visibility into proximity risks as they develop, or real-time alerts when conditions become unsafe.

That's not a policy gap.

That's an infrastructure gap.

Ports Operate in Real Time — Safety Should Too

Port operations are highly dynamic. Equipment is constantly in motion. Personnel move between zones. Conditions change minute by minute.

But most safety systems operate as if the environment is static.

That mismatch is the root of the problem. To reduce incidents, ports need to move from static safety controls to real-time operational awareness. Not better cameras. Not stricter procedures. A different category of system entirely.

What Real-Time Awareness Looks Like in a Port

Closing this gap means introducing systems that:

• Continuously track the location of vehicles, equipment, and personnel
• Detect when assets are entering restricted or hazardous zones
• Identify potential conflicts before they become incidents
• Provide operators with immediate, actionable awareness

Instead of relying on "Stay in the marked walkway," you create an environment where the system knows when someone leaves it — and responds immediately.

In practice, that means treating each role on the terminal as its own access category — security, maintenance, contractor, first responder — with predefined zone permissions. A maintenance crew in a maintenance zone is not an alert. The same crew in a restricted apron is. The same logic applies on the vehicle side: a yard tractor in the truck lane is normal; a yard tractor on the pedestrian walkway is something the system should know about within seconds.

From Compliance to Prevention

Most existing systems are built to answer one question: what happened?

That's why ports rely heavily on camera footage, incident reports, and manual investigations. Those tools are valuable for documentation and litigation. They are not effective at preventing the next fatality.

Reducing fatalities requires a different question: what is about to happen?

That shift — from documentation to prevention — is where meaningful safety gains are made.

The Path Forward for Port Safety

Ports have already invested heavily in safety infrastructure. The next step isn't more signage or stricter procedures. It's adding a layer of real-time spatial awareness that allows operations teams to:

• See interactions as they develop
• Detect risk before it becomes an incident
• Act in the moment — not after the fact

That kind of layer requires every person in the terminal to carry a tracked credential — a procurement decision and, depending on the terminal, a labor-relations conversation worth having openly with the local union, positioning the credential as a personal-safety device first and a tracking device second. The terminals that handle that conversation honestly tend to be the ones where the rollout actually works.

Final Thought

If the fatality rate hasn't improved despite years of effort, the industry has to ask: are we solving the right problem?

Because until environments can see and respond to movement in real time, we'll continue to rely on systems designed to explain incidents — not prevent them.

Sources

[1] Centers for Disease Control and Prevention, National Institute for Occupational Safety and Health (NIOSH). Marine Terminals and Port Operations. https://www.cdc.gov/niosh/maritime/about/marine-terminals-and-port-operations.html

[2] U.S. Bureau of Labor Statistics. National Census of Fatal Occupational Injuries in 2024 (released February 19, 2026). https://www.bls.gov/news.release/cfoi.nr0.htm

[3] Pacific Maritime Association. Safety and Training (industry fact sheet). https://www.pmanet.org/fact-sheets/safety-and-training/

[4] International Longshore and Warehouse Union (ILWU). Local 13 longshore worker, killed in accident on Long Beach dock. https://www.ilwu.org/local-13-longshore-worker-killed-in-accident-on-long-beach-dock/