How can robotics improve container shipping?

Carga e descarga, conhecida também em gest?o de torres de controle como, tempos pares; é o grande gargalo dos tempos e movimentos na logística. As horas de espera nas duas estapas da cadeia chega a comprometer 40% da eficiência dos ativos. Claro que incorpora??o de rob?s pode tornar mais eficiente o processo, diminuindo a dependência de m?o de obra humana. Mas, como complemento quero destacar a inteligência artificial para gerenciar a logística do transporte, prevendo a demanda, otimizando rotas e monitorando a condi??o de estágio de carga, descarga e transito dos contêineres. Isso n?o só corta custos de transporte, mas, eleva tb a satisfa??o do cliente, uma vez que um maior visibilidade garantiria previsibilidade de saídas e chegadas.

The loading and unloading of containers can be an extremely laborious task especially if the goods are not palletised. With this in mind many robotic solutions have been developed such as conveyor belt systems which can scan the space within the container and load or unload it. Of course these robotic solutions can be costly and are not economically viable to most smaller companies. For larger companies which do handle many containers per day, robotic loaders/unloaders can provide a huge boost in productivity. Freeing up labour to work on more value added tasks such as despatching orders. Overall robotic solutions can be beneficial if used in the right environment.

In my experience, when ports use advanced technology for loading and unloading containers, things become safer and more error-free. For example: some ports which I've seen controllers inside a room handling containers from trucks to ships. This not only makes things faster but also improves productivity and efficiency in the overall supply chain.

In my opinion, robotics can bring several improvements to container and the main items to be looked into would be 1. Automated Port Operations with automated cranes reducing turnaround times for ships and automated guided vehicles minimizing the need for human-operated vehicles and improving overall logistics efficiency. 2. Smart containers with sensor integration can provide real-time information. 3. Collaborative Robots can work alongside human operators, performing repetitive or strenuous tasks, which can enhance productivity and reduce the risk of injuries. 4.Robotics can streamline the documentation process, automating customs clearance and reducing paperwork errors. This leads to faster and more efficient border crossings.

Na minha experiência conheci alguns portos, inclusive de o de Roterd?, que usa a tecnologia como aliada a sua eficiencia, utilizando guindastes automatizados, caminh?es aut?nomos com um sistema de gerenciamento de contêineres para retirada e armazenagem no pátio, que o torna ágil e eficaz em sua opera??o, sem duvidas a automa??o e a tecnologia precisam fazer parte dos projetos de eficiencia portuária, bem como repensar os espa?os e os meios de transporte terrestre para que sejamos mais eficazes, velozes e ter custos menores em nossas opera??es.

I agree, information flow and accuracy is the biggest challenge in the logistics and supply chain industry. There are many parties involved in the process to move cargo from one place to another. Shipping lines, ports, vessel operators, transportation , customs etc. Robotics can help with transparency and better planning.

Agree in the sense of generating an enhanced and richer decision making framework for captain and crew. However as in all automation increases, the risks of over reliance and eventual loss of value for human experience and intuition, make for a fine line to walk on.

In the logistics industry communication plays a vital role for onward planning and JIT cargo utilisation. Presently this is lacuna owing to several communication gap. Using robotics not only we can overcome this but improve navigational capabilities by using remote sensors that can improve transit time that helps industries in better inventory management globally. Inventory management a hidden cost is a vital factor in bettering bottom line of the company. Robotics will also improve the activities of port authorities for planning berthing of ships with minimum loss of movement time.

I think it could be a big chance to analyze how robotics would be handling changes of a route for any reason. In my point of view, robotics really can help and making the information flow better to all involved stakeholders. Getting information from all over the world could become easier, too for AI.

Robots uses multiple sensors that provide complementary information such as GPS to obtain more reliable estimate of the robot's state which means container shipping can increase safety and efficiency while reducing human errors and emissions.

Robotics can assist and help of maintaining and secure ship and container and ship safety and performance. We may send robots underwater to check and inspect ship status and ensure that damage free or fix any damage of there are.

This is most the genius part of robotic invention in container handling. If you compare the risk involved versus invention of these sensors it is magical as this will reduce good getting bad especially for special containerization like freezer and other perishable goods which require special care.

Another use of robotics is the cleaning and maintaining of ships hulls. Where now men have to get in the water, or the ship has to be pulled out and dry docked.

Securing a big area calls for a lot of security. Using robotics and AI can help making these human patterns less predictable. Also robots can reach areas people can't reach. Eg. A camera breaks down. A drone is activated to check the area stat to perform a perimeter check. A signal is given to the technical dept. the a camera needs replasing.

Robots equipped with sensors and artificial intelligence capabilities can perform maintenance and repair tasks on containers and equipment. They can detect and diagnose issues, conduct inspections, and perform minor repairs, reducing downtime and ensuring the smooth operation of container shipping facilities.

Claramente, es posible utilizar recursos de LLM (chatGPT), para poder acceder de forma asistencial a toda la documentación normativa

Robotics can provide significant assistance in improving the security and compliance aspects of container management, offering measures such as real-time intrusion detection, vulnerability scanning, automated compliance auditing, access control enforcement, and incident response capabilities, which collectively enhance the overall protection and management of containerized environments for organizations.

There are many new and innovative areas of research in applied mathematics that are being used to improve logistics operations. One promising area is the use of optimization algorithms to improve supply chain management. These algorithms can help improve the flow of goods and materials, reduce costs and improve efficiency. Another promising area is the use of machine learning techniques to forecast demand and improve inventory management. This can help reduce out-of-stocks and improve customer satisfaction. In addition, researchers are also exploring the use of network theory to better understand and improve logistics networks. This can help identify bottlenecks and improve the flow of goods and materials. Overall, there

Acredito ser a solu??o perfeita para esse grande problema que vem se tornando a pirataria em certas regi?es pelo mundo, com alta tecnologia podemos reduzir significativamente os custos na seguran?a e aumentar muito a sua eficiência!

En definitiva, la robótica con las directrices correctas, llegará a generar eficiencia, acortando los tiempos y mejorando la trazabilidad de las mercancías .

Casi todos los items de este Tópico ya están respondidos por los diferentes expertos invitados, lo demás, es repetir. Muchas gracias.

More and more retailers are asking my industry, which is parcel carrier software, to have individual cartons pre labeled prior to sailing. Driving the need for more granular level detail going hand in hand with robotics and high speed automation. Just another example of the global supply chain becoming more lock in step.

Robotics can improve container management security and compliance in several ways. Second, robots can use behavioral analysis to monitor and analyze container behavior, allowing them to establish baseline patterns and flag suspicious activity. Finally, when a security incident occurs, robots can help conduct forensic analysis to understand the nature and impact of the breach. By analyzing logs, system data, and container interactions, robots can identify root causes and support incident response efforts.

Robotics applications such as stacker cranes, AMRs, picking arms and conveyors expedite the flow of goods in logistics facilities, streamlining storage tasks and maximising operational efficiency and safety.

Robotics in container shipping can enhance efficiency by automating tasks like loading and unloading containers, optimizing storage space, and improving navigation. For e.g, autonomous cranes for loading and unloading containers at ports. These robotic systems can operate 24/7, significantly speeding up the process compared to manual labor. AGVs and robotic forklifts within container yards can optimize container storage, making it mre space-efficient. Drones equipped with sensors can be used for monitoring and inspecting containers, providing real-time data on their condition. This approach helps identify issues early, preventing delays and ensuring the safe transport of goods.