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Colin heads up ARC’s research into Industrial AI. The current AI landscape can be viewed as a series of wars,” where companies and organizations are battling for dominance across various technological and market battlefronts. AWS has custom AI chips Trainium and Inferentia , for training and running large AI models.
In the rapidly evolving world of global supply chains, interoperability—the ability of systems, devices, and organizations to work together seamlessly—has become a critical factor for operational efficiency. Technologies like RFID (Radio Frequency Identification) and Bluetooth facilitate data exchange between devices. •
Customs and Border Protection’s systems not fully validating duty calculations on complex lines (which now describes virtually all transactions), brokers face heightened audit risks and potential penalties. When tariff changes happen overnight, brokers need technology that can adapt just as quickly. Compliance Risks : With U.S.
The logistics and supply chain industry is a critical component of global trade, responsible for moving goods and materials efficiently to meet consumer and business demands. The industry’s dependency on traditional energy sources necessitates an urgent shift toward cleaner alternatives.
Manual processes and disparate systems lead to multiple versions of documents, incomplete records, and duplicated work, creating a chaotic system of records that is difficult to manage. The challenge?
Mr. Masson recently wrote the report “ Industrial-grade AI: Transforming Data into Insights and Outcomes.” Mr. Masson leads ARC’s research on industrial AI and data fabrics. Frederic Laluyaux, the CEO of Aera Technology, agrees with this assessment. Warehouse management systems rely on RF scans of locations and products.
Amul’s model supports small producers by integrating large-scale economics, cutting out intermediaries, and connecting producers directly with consumers. Amul’s supply chain model is a well-structured and decentralized cooperative framework that focuses on efficiency and farmer welfare.
Scenario modeling, running what-if simulations to stress-test sourcing, pricing, and inventory decisions, has become a cornerstone of supply chain strategy. Teams are moving away from static spreadsheets and toward systems that support continuous modeling and real-time scenario analysis. They’re the norm.
During COVID, this more agile and resilient model allowed the firm to grow their market share. Jack Fiedler : We’re unique in the technologyindustry. We’ve taken the same hybrid approach from a supply chain technology perspective. But then it very quickly evolved into a full intelligence platform.
Drawing on our work with global companies across manufacturing, automotive, pharmaceuticals, semiconductors, software, technology, financial services, and a range of service industries, we outline the key strategic and tactical actions companies are taking to navigate this period of heightened uncertainty.
They emphasized being an Industry Cloud Complete Company with industry-specific solutions for over 2000 micro verticals across Process Manufacturing, Distribution, Service Industries, and Discrete Manufacturing. Industry-specific content is available for processes like Source to Settle, Procure to Pay, Order to Cash, and more.
Similarly, UPS uses its ORION system, which integrates real-time and historical data to optimize delivery routes, saving fuel and enhancing delivery reliability. Enhanced Efficiency Through Real-Time Data Connected vehicle technology drives efficiency improvements across route planning, driver safety, maintenance, and fuel management.
Colin Masson, ARC Advisory Groups expert on Industrial AI. The industrial sectorparticularly supply chain management, is facing unprecedented complexity. Volatile markets, global disruptions, and the need for real-time insights are pushing traditional systems to their limits. data extractors or image interpreters).
In most industries, supply chains have become increasingly complex. This complexity has introduced gaps in visibility and responsiveness that traditional systems werent designed to handle. It is not a technology on its own, but rather a process that combines planning, execution, and monitoring through integrated tools and workflows.
This report explores how the state of supply chain network design has changed – including how the tools, maturity models, and market demands are transforming the network design practice. Industry benchmarks. Advanced analytics & Scenario Modeling.
For professionals in logistics and supply chain management, understanding the implications of this technology is crucial, as it has the potential to fundamentally change the way goods are transported and delivered. These technologies ensure that the vehicle can avoid obstacles, follow traffic rules, and make decisions about its environment.
Logility, a conservative company supply chain planning technology, historically had no debt and cash reserves of more than 80M, is undervalued in this deal. Aptean is orchestrating the Blue Yonder/E2open/Infor playbook of buying undervalued assets and milking the maintenance and Software-as-a-Service contracts with existing customers.
AI Deployment in Operational Context Artificial intelligence has become a common feature in supply chain systems, though the depth of adoption varies widely. Smaller enterprises, however, often remain limited to off-the-shelf forecasting tools or point solutions without broader system integration.
Three months into 2025, we have seen a barrage of on-again, off-again tariffs that have supply chain and logistics teams reeling, as they must rethink everything from next weeks shipping route to their foundational network models. That may sound impossible, but new technology places this capability within the reach of every organization.
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One essential tool used by the supply chain team is supply chain design. Schneider Electric provides energy management and industrial and building automation products and services. They also produce industrial automation solutions that allow factories to monitor and control production. billion Euros in revenues in fiscal 2023.
The sessions provided clear insights into the company’s strategic direction, technology roadmap, and leadership transition—highlighting a focus on platform unification, practical AI deployment, and long-term operational alignment.
Among the most impactful technologies supporting this shift are Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs). These systems are increasingly used to improve internal logistics, address labor challenges, and support responsive, data-driven operations. AGVs vs. AMRs: What’s the Difference?
This week’s headlines reveal a logistics industry caught between two worlds: one still hampered by legacy systems and regulatory bottlenecks, and another rapidly evolving into a landscape defined by real-time orchestration, intelligent automation, and hardened digital trust. The transformation begins at the warehouse.
For decades, operations research professionals have been applying mathematical optimization to address challenges in the field of supply chain planning, manufacturing, energy modeling, and logistics. Are evaluating tools and implementation approaches. Learn all about this AI technique and how it can help your organization.
As industries evolve and global markets expand, ethical considerations have become central to supply chain compliance. Balancing these priorities requires investment in robust auditing systems, supplier education, and long-term partnerships that emphasize shared values.
Blockchain technology is supporting this by providing a secure, decentralized, and tamper-proof method for real-time product tracking. ERP & SCM Systems (2000s2015): Centralized ERP suites (e.g., ERP & SCM Systems (2000s2015): Centralized ERP suites (e.g.,
Duncan Angove, CEO Blue Yonder Blue Yonder , is one of the largest providers of supply chain software. They recently gave the industry analyst community an update on their business performance over the last year and their outlook for the year ahead. Both are contributing to a rewiring of the automotive supply chain industry.
The manufacturing sector is facing unprecedented volatility in global trade, with tariffs becoming the latest in a series of uncertainty drivers that are impacting virtually all industries. Supply chains need to be more agile than ever, yet much of the advice circulating in the industry remains high-level or less than ideal.
From consumer electronics to automotive manufacturing, most of the global economy’s largest industries rely on some form of discrete manufacturing. Manufacturers in these industries face several unique challenges: Labor and material shortages halting production. Difficulty forecasting demand due to constant supply chain disruptions.
Organizations examine past sales trends, apply seasonal adjustments, and make forecasts based on historical models. When unexpected disruptions occura factory shutdown, a shipping delay, or a supply shortagethese models provide little flexibility. Executives are left making high-stakes decisions with incomplete information.
As automation continues to evolve in logistics, two technologies are becoming central to modern delivery methods: autonomous drones and autonomous vehicles. However, each technology serves different purposes within logistics, and the question remains: Which will ultimately shape the industry’s operational structure?
The global supply chain landscape is undergoing significant transformations, influenced by rapid technological advancements, shifting consumer expectations, and the intricacies of international commerce. These platforms enable learners to engage in collaborative projects that mimic real-world supply chain challenges.
Autonomous systems are becoming an integral part of modern logistics infrastructure. The convergence of robotics, artificial intelligence, and sensor technologies is enabling new levels of automation in both warehouse operations and last-mile delivery. Robotics-as-a-Service (RaaS) models further reduce capital investment barriers.
While we have made progress to solve this, it’s potentially at risk due to advancements in AI technology. Research shows that the hiring process is biased and unfair. This eBook covers these issues & shows you how AI can ensure workplace diversity.
Supply chains need systemic change that must occur via communication, data sharing, and process modernization delivered through the use of orchestrated, interoperable AI agents and data fabrics across multiple enterprises. He also noted that the company had rewritten 28 different planning applications onto one platform.
All major industries and the utilities and logistics companies that serve them stand to gain immensely from adopting better planning approaches with regard to supply chain and infrastructure vulnerabilities. This is a two-way street, since the spirit of cooperation (and of cross-industry learning) cuts both ways.
A data gateway is essentially a connective tissue across your supply chain, providing unified access to supply chain data from various sources, including enterprise systems, data feeds, data warehouses, data lakes, data marts, and business entities.
This years exhibition, held from March 17th to 20th, resonated with a palpable urgency, driven by a challenge that casts a long shadow over the industry: the persistent and intensifying labor shortage in warehousing and logistics.
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During the two-day event, I participated in various sessions covering a range of topics, including Warehouse Management Systems, Labor Management, Agentic AI, and Warehouse Automation. He highlighted Manhattan’s unified cloud-native platform, which allows for faster innovation and better customer solutions.
Knowledge Graphs are emerging as an important tool for building advanced AI capabilities. According to a survey by ARC Advisory Group, only 10% of industrial companies are ready to apply artificial intelligence/machine learning. ARC has been actively studying industrial AI for over two years. Their plants are very expensive.
From May 19 to 21, 2025, CeMAT Southeast Asia and LogiSYM Asia Pacific were co-located for the second consecutive year at Singapore EXPO, creating a comprehensive platform for the regions logistics and supply chain community. Chinese robotics companies featured prominently, including Geek+, Syrius Technology, Seer Robotics, and Bluesword.
Traditional supply chain planning tools rely on deterministic forecasting, generating single-point estimates that often misrepresent real-world complexities. Real-World Success: Demand Planning & Supply Planning Results Industry research supports the effectiveness of probabilistic forecasting. The result?
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