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Maritime Digitization Market: Transforming Global Trade and Logistics
Explore how the Maritime Digitization Market is reshaping the shipping industry through advanced technologies, boosting efficiency, connectivity, and safety. Discover the impact on global trade and the future of maritime operations.
Maritime digitization involves the integration of digital technologies into the operations and infrastructure of the shipping and maritime industries. This transformation is aimed at enhancing efficiency, safety, and environmental sustainability. Through the use of IoT (Internet of Things) devices, AI, and big data analytics, maritime operations can monitor ship performance, optimize routes, and reduce fuel consumption, leading to significant cost savings and decreased carbon footprints. Additionally, digital tools facilitate better cargo tracking, predictive maintenance of vessels, and improved communication systems, enhancing overall maritime safety and operational reliability.
According to Market.us analyst, The Global Maritime Digitization Market is projected to achieve a valuation of approximately USD 395 Billion by 2033, ascending from USD 175 Billion in 2023. This growth represents a Compound Annual Growth Rate (CAGR) of 8.5% during the forecast period from 2024 to 2033.
The Global AI in Maritime Transport Market is projected to grow from USD 5.8 Billion in 2023 to USD 9.7 Billion by 2033, demonstrating a compound annual growth rate (CAGR) of 5.3% over the forecast period from 2024 to 2033. Concurrently, the Maritime Security Market is expected to expand from USD 25.8 Billion in 2023 to USD 50.8 Billion by 2033, with a CAGR of 7% during the same timeframe.
Maritime transport, which is essential for the conveyance of over 90% of the world's trade goods, plays a critical and vulnerable role in the global economy. According to a recent report by the World Bank in collaboration with the International Association of Ports and Harbors (IAPH), the integration of digital technology significantly enhances the efficiency and resilience of maritime supply chains and offers a strategic roadmap for the sector’s digitalization.
In the context of maritime digitization, the AI segment secured a predominant market position in 2023, accounting for over 32.5% of the market share. The Fleet Management segment also demonstrated a significant presence, capturing more than 26.2% of the market share.
Moreover, the Shipping Companies segment maintained a leading position in the market, holding more than 42% of the market share in 2023. Additionally, North America emerged as a leading region in the Maritime Digitization Market, holding a 35.7% market share with revenues amounting to USD 62.4 billion in 2023.
The Maritime Digitization Market is witnessing rapid growth as industry stakeholders increasingly recognize the benefits of adopting digital solutions. The push towards reducing greenhouse gas emissions and the International Maritime Organization's regulations on data management and cyber security are major growth drivers. Furthermore, the increasing global trade volumes demand more efficient and secure maritime operations, which digital technologies can provide.
Emerging Trends in Maritime Digitization
The maritime sector is witnessing significant advancements driven by digitalization, with key trends emerging in 2024. Artificial Intelligence (AI) is at the forefront, enhancing predictive maintenance, autonomous navigation, and route optimization. Clean energy sources and integration strategies are also pivotal due to rising decarbonization efforts. Additionally, the adoption of DataOps is transforming data management onboard and ashore, facilitating streamlined reporting and operational efficiencies. Immersive reality and maritime robotics are being increasingly utilized for training and operational purposes, enhancing efficiency and safety across the board.
Top Use Cases of Maritime Digitization
Top use cases of maritime digitization include the use of AI for optimizing ship routes and operations, ensuring compliance with environmental regulations through better fuel management, and enhancing safety with advanced navigation systems. Digital twins are increasingly used for real-time monitoring and simulation of ship operations. The integration of IoT and blockchain technologies also supports enhanced tracking and security of maritime logistics.
Major Challenges
The transition towards a fully digital maritime environment faces several challenges. High costs of implementing and maintaining advanced digital solutions and the need for significant infrastructure changes are primary concerns. Additionally, there is a persistent threat of cyberattacks, with the increasing interconnectivity of maritime operations exposing critical infrastructures to potential breaches.
Market Opportunities
The shift towards maritime digitization presents substantial market opportunities. The drive for sustainability and efficiency is prompting ports and shipping companies to invest in smart technologies that reduce emissions and optimize fuel use. There's also a growing market for cybersecurity solutions tailored to the maritime sector. As regulations on emissions and digital operations tighten, compliance-related technologies and services are expected to see increased demand.
Conclusion
Maritime digitization is a transformative force in global trade and logistics, offering numerous benefits such as increased efficiency, compliance, and customer service. However, it also presents challenges that need to be addressed, such as high initial costs, cybersecurity risks, and organizational resistance. As the industry navigates through these waters, the successful adoption of digital technologies will play a critical role in shaping the future of maritime logistics. By embracing digital transformation, the maritime sector can ensure its relevance and competitiveness in the ever-evolving global trade landscape.
COOKEVILLE, Tenn. — Averitt has promoted David Fussell to vice president of dedicated sales, following the retirement of Walt Gray.
Fussell joined Averitt in 1991 and has held several key positions throughout his career. He served as a transportation sales specialist in Decatur and Nashville, later becoming service center director in Little Rock. In 2018, he transitioned to director of dedicated sales, working closely with Gray to expand the company’s dedicated accounts and deliver customized solutions to customers.
“David’s extensive experience and leadership have been instrumental in expanding our dedicated services,” said Kent Williams, executive vice president of sales and marketing at Averitt. “We look forward to seeing continued growth under his leadership in this role.” For more information about Averitt’s Dedicated solutions, visit Averitt.com/Dedicated.
About Averitt
Serving shippers for over 50 years, Averitt is a leading provider of freight transportation and supply chain management solutions with an international reach of over 100 countries. Averitt's “Power of One” service structure provides shippers access to LTL, Truckload, Dedicated, Distribution & Fulfillment, and Integrated services that cover every link in the supply chain. Averitt’s team has been awarded the highest honors in the industry in the past year, including three Quest for Quality Awards, numerous customer awards, and a top ranking in MASTIO & Company’s shipper survey. Averitt's 8,500+ associates are dedicated to delivering the most reliable services within the industry and promoting a company culture centered around people, communities, sustainability, and giving back. For more information, call 1-800-AVERITT (283-7488) or visit Averitt.com.
GREEN BAY, Wis.-- Schneider National, Inc. (NYSE: SNDR), a premier multimodal provider of transportation, intermodal and logistics services, is marking another significant milestone as its battery electric vehicle (BEV) fleet has surpassed six million zero emission miles, highlighting its commitment to reducing carbon emissions and advancing cleaner transportation.
“Reaching six million zero emission miles is a testament to our steadfast dedication to sustainability and innovation,” said Schneider President and CEO Mark Rourke. “Leading the way in adopting electric vehicle technology not only benefits the environment but also serves as an example of the broad service capabilities and flexibility we can offer to customers.”
This latest achievement means Schneider has had an impressive reduction of 20 million pounds of carbon dioxide (CO2) emissions since the company started using BEVs — equivalent to removing over 2,100 gas-powered passenger vehicles from the road for one year.
Schneider operates one of the largest BEV fleets in North America, which includes nearly 100 Freightliner eCascadias from manufacturer Daimler Truck North America LLC (DTNA). To power its electric fleet, the company operates a large charging depot at its Southern California Operations Center in South El Monte. The depot features 16 350 kW dual-corded dispensers, allowing the company to charge 32 trucks simultaneously.
“Schneider is a great example of the kind of forward-thinking entrepreneurship our industry needs,” said David Carson, Senior Vice President, Sales and Marketing at DTNA. “They’ve achieved over 6 million zero emission miles, which is a reminder for us all to keep working on overcoming challenges together on the path to zero emissions. At DTNA, we're committed to the shift to zero emissions, alongside pioneers like Schneider, who are showing us what's possible.”
Schneider’s BEV leadership benefits customers
As a responsible company, Schneider has established aggressive sustainability goals and invests in energy-efficient equipment. These efforts also support customers in meeting their own sustainability ambitions, and the BEV fleet has been a key differentiator for customers looking for more efficient transportation solutions. In 2023, Schneider was the first third-party carrier to haul zero emission shipments for PepsiCo globally, traveling more than 31,000 zero emission miles in a few short months.
"PepsiCo is proud to celebrate this milestone driven by Schneider in California. As the first partner using their electric fleet, we’ve demonstrated the power of cross-industry collaboration in reducing emissions. Together, we are working towards a cleaner, healthier environment," said David Allen, Vice President and Chief Sustainability Officer, PepsiCo Foods North America.
Drivers also feel the benefits of the BEV fleet
In addition to customers, Schneider drivers have also embraced the electric trucks because of the excellent on-road experience they create. The feedback has been overwhelmingly positive, with drivers appreciating the smooth ride, reduced engine noise and ease of steering.
“Once you drive an electric truck, you won’t want to go back to a diesel truck,” shared longtime Schneider driver Marty Boots. “The ride quality and the quietness make a huge difference in our daily operations.”
Contributing to our communities
The eCascadias primarily operate in Southern California, where they have significantly reduced emissions and contributed to cleaner air quality while transporting freight. Improving air quality in the Southern California community is important to mitigate the effects of smog and improve public health. Aligned with the goal of improving air quality, Schneider's fleet was made possible through a number of grants from organizations such as California Air Resources Board and the California Energy Commission’s Joint Electric Truck Scaling Initiative (JETSI), with additional support from the South Coast Air Quality Management District (AQMD).
Fifty of Schneider’s 92 eCascadias were made possible by the JETSI — a California-wide initiative working to reduce greenhouse gas emissions, strengthen the economy, and improve public health and the environment, particularly in disadvantaged communities.
Of the additional 42 trucks, five are jointly funded by the U.S. EPA FY18 Targeted Airshed Grant and Hybrid and Zero-Emission Truck and Bus Voucher Incentive Program (HVIP), seven are funded by the Volkswagen Environmental Mitigation Trust and 30 trucks are funded by HVIP.
"Achieving six million zero emission miles is more than a milestone — it’s a clear demonstration of how innovation in transportation can lead to cleaner, healthier air for our communities,” said Wayne Nastri, South Coast AQMD’s Executive Officer. “By embracing battery electric vehicles, Schneider is setting a great example for the industry while directly contributing to improved air quality and public health in regions like Southern California.”
Commitments beyond BEVs
With a goal to reduce CO2 emissions by 7.5% per mile by 2025 and achieve a 60% reduction in CO2 emissions per mile by 2035, Schneider is paving the way for a more sustainable future in transportation by extending efforts beyond its electric fleet with a broader commitment throughout the industry.
As a responsible carrier, Schneider is exploring a variety of solutions to reduce carbon emissions in addition to the BEVs such as renewable natural gas and hydrogen internal combustion engines. Additionally, all of Schneider’s non-BEV tractors currently use a mixture of biodiesel — a renewable alternative derived from organic waste such as vegetable oil and animal fats — and conventional diesel, thereby reducing traditional diesel consumption.
Schneider has been safely delivering superior customer experiences and investing in innovation for nearly 90 years. The company’s digital marketplace, Schneider FreightPower®, is revolutionizing the industry giving shippers access to an expanded, highly flexible capacity network and provides carriers with unmatched access to quality drop-and-hook freight – Always Delivering, Always Ahead.
For more information about Schneider, visit Schneider.com or follow the company socially on Facebook,LinkedIn and X: @WeAreSchneider.
Roboteon, provider of a powerful software platform for warehouse robot enablement, announces breakthrough simulation capabilities in its platform for robotics and other warehouse automation. The new tool help companies make better decisions across multiple time horizons, from initial automation planning through real time execution on the floor.
Interest in Autonomous Mobile Robots (AMRs) and other robotics is high, but there remains much uncertainty about use cases, the number of AMRs and humans needed across different time horizons, expected operational improvements, and cost savings from the robotics investment.
Companies also lack tools to optimally balance and release work to the DC floor based on demand and available human and robotic resources.
The good news: Roboteon’s Warehouse Robotics Fulfillment platform addresses all these challenges and more in a way unique in the market , adding a new dimension to the Roboteon platform’s powerful capabilities to integrate, manage, orchestrate, and optimize robot-enabled warehouse processes.
Key features and capabilities of the new simulation tool include:
The ability to assess the number of robots and humans that will be needed for a potential robotics initiative.
After the initial deployment, the ability to test different operating plans, such as what is required for peak season success.
“Digital twin” functionality that enables real-time optimization of resource assignment and order release.
Native support for multi-client environments, as required by many 3PLs.
Ability to run simulation using actual past order history or generate synthetic demand based on profiling order patterns without the need to gather all that data.
Highly flexible configuration parameters for running the simulation, including the facility layout, speed of the robots, speed of human workers, time to complete picks and other work, use of other automation such as goods to person systems, and more.
More than two dozen metrics generated by the simulation, including cost per pick, lines or unit per hour, robot and human dwell times, and many more.
Extensive use of machine learning to improve the optimization results over time.
The combination of Roboteon’s simulation capabilities, ease of use, and robot vendor agnostic orchestration provides a breakthrough in the warehouse robotics sector.
Companies would typically work with Roboteon early in a robotics initiative to understand automation options, ROI, costs, as part of the solution design. Once robots have been deployed, the simulator supports short to mid-term planning for placement of robots and humans on the DC floor.
Benefits of Roboteon’s simulation tool include:
Support for testing and building the business case for automation
Improved visibility over flexible time-horizons
Enhanced decision-making based on real-time data
More consistent ability to meet service-level commitments and client scorecards
Higher productivity and throughput
“With the release of this simulation tool as part of our Robotics Fulfillment Platform , Roboteon has further enhanced our sector-leading capabilities for successful robotic enablement in the short and long term” said Dan Gilmore, chief marketing officer.
About Roboteon
Roboteon Inc.™ is a unique market innovator whose vision is to enable rapid deployment and efficient operation of robotics in distribution. Our software platform enables interoperability across robotic technologies and vendors. It also optimizes order planning, picking and other process execution while automatically considering dynamic conditions such as robot and human resource capacities on the floor. Combined with deep domain expertise, our technology speeds time-to-value and supports agile change. You can learn more at www.roboteon.com.
Media Contact Dan Gilmore Roboteon dgilmore@roboteon.com
Pittsburgh, PA – November 19, 2024 – Today inventory intelligence solution Gather AI announces its expansion into freezer and cold storage warehouse environments, an industry-first for inventory monitoring automation.
According to Grand View Research, the U.S. cold storage market size was valued at $40 billion in 2023 and is expected to reach $97 billion by 2030. This can be attributed to technological advancements in packaging, processing, and storage of temperature-sensitive items.
In tandem, the rise of e-commerce has accelerated delivery timelines, and warehouse inventory accuracy is more crucial than ever. Traditionally, staff across food and beverage, pharma and healthcare, health and beauty, and chemicals and technology have had to physically cycle count in harsh freezer environments, but now with Gather AI’s industry-first freezer and cold storage capability, drones do the counting, and employees can comfortably view the results from a dashboard away from the cold.
Gather AI computer vision technology enables drones to fly autonomously through warehouses with no GPS, WiFi, or infrastructure changes needed. The machine learning algorithm analyzes inventory pictures and reads and interprets far beyond the barcode including lot codes, text, expiration dates, case counts, and occupancy information. Warehouse operators can compare their real-time physical inventory with the warehouse management system (WMS) data. Gather AI’s solution scans 10X faster than traditional means in the freezer environment - up to 900 pallets per hour - and improves inventory accuracy by up to 70%. See more here.
Key benefits of this expansion into freezer and cold storage warehouses:
Reduce the time staff spends in challenging conditions
Ensure FIFO compliance to guarantee inventory freshness
Monitor inventory age and expiration dates to reduce waste
Prevent shrink and reduce mispicks, fulfillment delays, and partial shipments
Realize the full benefits of traceability and digital twin visualization
“Our automated solutions are designed to enhance both employee experience and operational efficiency, helping businesses achieve greater productivity in their facilities,” said Gather AI CEO & Co-Founder, Sankalp Arora, Ph.D. “Our commitment to building flexible, scalable technology has led to this industry-first: automated inventory monitoring in cold storage and freezer environments. With this technical challenge solved, we’re excited to support businesses in meeting heightened inventory counting and accuracy standards, while enabling employees to spend less time on manual tasks in these demanding conditions.”
Langham Logistics CEO, Cathy Langham says “We use business intelligence solutions like Gather AI to give our life sciences customers total inventory visibility, control, and compliance. After engaging Gather AI in 2022, we went from a 97% accuracy rate to over 99% accuracy. With the expansion into cold storage and freezer locations, we expect the same accuracy gains and up to 10X faster cycle counts. This will improve results for our clients and ultimately get product into the hands of people who need it most - quickly, accurately, and in peak condition.” Hear more about Langham Logistics’s experience with Gather AI here.
To learn more about the Gather AI solution, please visit www.gather.ai, and meet their team at industry conferences including Manifest, HumanX, ProMat, and others.
About Gather AI: Pittsburgh-based Gather AI is a market leader in supply chain AI to decrease the cost of inventory, improve productivity, and boost revenue. Gather AI was founded in 2017 by Carnegie Mellon University alumni Sankalp Arora, Ph.D., Daniel Maturana, Ph.D., and Geetesh Dubey. The Gather AI solution is currently deployed in warehouses across third-party logistics, retail distribution, manufacturing, food & beverage, and air cargo at companies including GEODIS, Langham Logistics, NFI Industries, Barrett Distribution, Army & Air Force Exchange Service (AAFES), and more. Gather AI was named a 2024 CB Insights AI 100 company and received several other awards from trade media outlets in the past year. Gather AI is backed by Bain Capital Ventures, Tribeca Venture Partners, Xplorer Capital, Dundee Venture Capital, Expa, Bling Capital, and XRC Ventures. To learn more about Gather AI, visit www.gather.ai and on YouTube and LinkedIn.
Dublin, Ohio (November 19, 2024) — VARGO®, a leading provider of material-handling systems integration, warehouse execution software and equipment solutions, has announced several new vendor partnerships and customer advancements that are helping them to create efficiencies and empower fulfillment.
VARGO® and Tompkins Robotics have signed a mutual partnership, designating VARGO® as an authorized integrator of the technology. “Tompkins is an obvious choice in partner for us,” said Bart Cera, CEO. “Their robotics solutions are conducive to a weightless, continuous flow as well as being modular and quickly deployable. Their solutions have the ability to shrink or grow with the size of our customer’s operation which will allow us to utilize it often and in many different merchandise categories.”
Long standing customer, Micro Center recently upgraded the 20-year-old system at their Hilliard, Ohio facility. Initially installed in 2004, this system had an exceptionally long usable life for a line shaft conveyor. It is estimated that during 2020, more than $4B worth of goods were sorted and shipped using this system. VARGO® made recommendations for modernizing the aging technology and investing in the next phase to mitigate the associated maintenance cost that is often seen with sunsetting systems.
Ultimately, Micro Center opted to modernize the conveyor in phases by removing the existing line shaft conveyor and replacing it with the lower maintenance and operational cost option of an MDR conveyor, an upgraded saw tooth merge and a new narrow belt sorter to increase accuracy and throughput. VARGO® was able to add a temporary workaround and allow for remote monitoring to minimize operational impact during the equipment upgrades. Implementation was a success with an earlier than expected completion date due to additional efforts from the installation teams.
VARGO® also recently announced a pivotal partnership with URBX, making VARGO® an authorized integrator of their cutting-edge robotic solutions. “With the explosion of new fulfillment technologies and automation in our industry, we are able to deliver compelling returns for our customers when applying the URBX technologies correctly,” said Bart Cera, president and CEO of VARGO®. The partnership anticipates a prosperous future by combining URBX’s cube storage solutions for speed across SKUs with VARGO®’s expertise in waveless and omnichannel order fulfillment.
Additionally, VARGO® has expanded their partnership with TGW Systems with the installation of their goods-to-person technology to Gap Inc.’s Columbus facility coming in Q1 of 2025. The Columbus Gap Inc. facility is already home to a TGW automatic storage system, allowing for optimal utilization of volume while also ensuring easy maintenance and durability. “We are honored to have been a trusted partner forGap Inc. and their growth strategy. This recent addition to our partnership with TGW Systems is allowing us to bring Gap Inc. the benefits of a highly ergonomic and user-friendly design, allowing for minimal error rates and maximum efficiency,” said Cera.
The VARGO® team looks forward to finishing out a very successful 2024, full of many client expansions and updates, new and expanded vendor partnerships and internal team growth.
About VARGO®
VARGO® is a proven integrator to enable what's possible and empower automation and people. VARGO® provides the newest and smartest technologies with the intelligent design of its Continuous Order Fulfillment Engine (COFE®) - the first intelligent Warehouse Execution System (WES) - to develop game-changing fulfillment solutions across all work resources - machines, people and processes. VARGO® is a team of mechanical and software engineers with over five decades of experience, VARGO® has helped manufacturers, distributors, leading retailers, e-commerce providers, and 3PLs improve their fulfillment and material handling systems, increase processing capacities, and reduce order cycle times.
Learn more about VARGO® and their innovative solutions at www.vargosolutions.com.