Many of the challenges to ports are not new. Congestion and delays have dogged port efficiency for decades. Now new technologies have come to the fore and ports are implementing them at an astounding pace, improving nearly every aspect of port management.
For years, ports have faced similar challenges, including congestion and delays due to increased shipping volumes, inefficient cargo handling processes that lead to longer turnaround times, and labor shortages. In 2026, ports are addressing these issues in a new way by leveraging cutting-edge technologies. Artificial Intelligence (AI), automation, and predictive analytics are some of the tools that ports are adopting to increase throughput, drive efficiency, and improve safety, while also reducing emissions.
Equipment Manufacturers Design Vehicles for Maximum Utilization
Equipment manufacturers, like Konecranes, play a key role in helping ports achieve these and other goals. A global leader in material handling solutions, Konecranes provides a wide range of forklifts, shipyard cranes, and port services, including simulation and emulation tools to support digital twinning. The company has consistently enhanced its products, including the Konecranes E-VER electric forklift, which can now lift 18 to 25 tons.
The most recent addition to its lift truck portfolio is its new electric reach stacker. The product was engineered for maximum capacity, offering up to 16 hours of operation. The electric reach stacker can be fully charged in one to three hours. The electric reach stacker is designed for higher lifting capabilities and can accommodate three container handling rows.
“Our electric reach stacker features leading electric powertrain technology and intelligent control systems. With load-sensing hydraulics, faster charging, and the safest and most spacious cabin in the industry, it combines an optimized driving experience with advanced safety features, ensuring productivity for various industries,” said Jeffrey Stokes, Director Product & Technology and Quality & Customer Satisfaction, Lift Trucks, Konecranes.
Autonomous Operations Increasing
While full automation of dock operations remains limited, all of the top 10 US container ports use some form of automation. Electric, automated, or remote -controlled vehicles and cranes are increasingly being adopted for stacking and transporting containers.
The Port of Long Beach, California uses AI to fully manage cargo movement with no human input, using over 100 autonomous electric vehicles that produce no emissions. AI is also used to manage the traffic flow and route efficiency at the port. There are many benefits to using automation. It streamlines cargo handling processes, reducing turnaround times. Automation also minimizes human error, leading to increased safety and reliability, and optimizes resource allocation, improving overall efficiency. Autonomous vehicles capture data in real-time, enabling port operations leaders to make more informed decisions. Automation also reduces labor costs by automating repetitive, low-value tasks.
Barriers To Automation Adoption
While many ports recognize the potential value of automation, adoption can be challenging. Some of the barriers that prevent adoption include high initial investment costs for technology and infrastructure, and the expense of replacing outdated equipment. A lack of a skilled workforce to manage and maintain automated systems is another issue. There are also concerns by some about cybersecurity risks associated with automation.
Predictive Analytics Prevents Issues and Equipment Downtime
With or without automated equipment, ports can use AI-powered analytics to analyze massive databases, including weather patterns, port congestion, and historical shipping data, to prevent potential disruptions before they occur. There are also applications for equipment. Konecranes finds value in AI in the area of predictive maintenance for a wide range of vehicles and equipment. According to a company spokesperson, “AI forecasts maintenance needs based on validated usage and conditions. Customers can monitor fleets, forecast service needs, and plan parts and labor efficiently.”
This information helps optimize performance, extend equipment lifetime, prevent safety issues caused by equipment not working properly, and reduce downtime.
Another recent addition to a port’s technologic toolbox is the “digital twin”. Ports use “digital twins” or virtual replicas of physical infrastructure to model, simulate, and optimize operations before implementing changes. This practice can improve throughput, limit human errors, and reduce inefficiency.
Reducing Emissions can be Accomplished in Many Ways
Ports are implementing several strategies to reduce emissions, including replacing diesel-powered cranes, lift trucks, and tractors with electric or hydrogen alternatives. Some ports provide shore-to-ship power, which allows ships to turn off their engines while being docked. Operational efficiencies that increase port throughput reduce wait times for ships, lift trucks, or other vehicles, cutting down on idling. Investing in renewable energy sources like wind and solar for port operations helps create “green” shipping corridors.
Vision and Commitment Drive Positive Changes in Port Operations
The most successful sustainability port initiatives begin with a vision and a conscious commitment to sustainability. The Port of Long Beach, which is considered one of the cleanest and most technologically advanced in the world, operates zero-emissions yard equipment, including guided vehicles and rail-mounted stacking cranes. The guided vehicles are powered by massive batteries that are changed out regularly throughout the work cycle in battery exchange buildings.
The Port replaced two older facilities with one terminal that generates half the emissions and employs close to the same number of human workers.
“We trained our longshore staff to perform control center roles and technician roles,” said the Port of Long Beach CEO, Dr. Noel Hacegaba. “Control room personnel are retrained longshore workers. They have the experience and the know-how for terminal operations, and they have added skills to work in a new way to move cargo.”
These efforts are all part of an overarching strategy by the Port of Long Beach to adopt the Green Port Policy in 2005. The 2024 emissions inventory found that diesel particulates were down 90%, nitrogen oxides by 68%, and sulfur oxides by 98% since 2005, the baseline year against which emissions are measured.
Looking ahead, the Port plans to build the world’s most modern and sustainable Port complex by transitioning 100% of terminal operations to zero emissions and transitioning 100% of the drayage fleet to zero emissions.
“Our goal to become the first zero-emissions port will greatly reduce impacts on our local community, enabling us to handle more cargo than we do today with fewer emissions,” said Dr. Hacegaba. “We are going to take our long and successful history of collaboration to another level with all our stakeholders as we build the Port of the Future, here in Long Beach.”
This commitment to the environment and continuous improvement is shared by Konecranes. A company representative said, “A strong focus on customers and commitment to business growth and continuous improvement make Konecranes a material handling industry leader. This is underpinned by investments in digitalization and technology, plus our work to make material flows more efficient with solutions that support the decarbonization of the economy and advance circularity and safety.”
