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Skip to content The Network Effect Beyond Supply Chains Menu Home Business Networks Supply Chain Management Logistics Resilience AI About Submit a Post Rethinking Defense Supply Chains with Network-Based Command Centers July 11, 2025 Michael Bruens Defense , Supply Chain Management This post has already been read 125 times!
Blue Yonders already robust platform will now expand to include globally accredited logistics CO2e emissions reporting that allows customers to monitor their own emissions and those of their trading partners and suppliers. About Blue Yonder Blue Yonder is a leader in end-to-end digital supply chain transformation.
Hybrid IoT networks. What Are Hybrid IoT Networks? A hybrid IoT network is an architecture that blends multiple wireless (and sometimes wired) communication technologiessuch as Wi-Fi, Bluetooth, LoRaWAN, NB-IoT, LTE/5G, Zigbee, and satelliteinto a cohesive system. Thats where hybrid networks shine. The solution?
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 also announced new Amazon EC2 P5en instances with Nvidia H200 Tensor Core GPUs and EFAv3 networking.
This practical, easy-to-use tool helps your organization prepare for disruptions and ensure long-term continuity in an unpredictable world. Strengthen your operations with the Supply Chain Resilience Checklist.
Jack Fiedler : We’re unique in the technology industry. We run one of the few truly hybrid supply chain networks. We own a significant portion of our network, but we also work extensively with partners. We’ve taken the same hybrid approach from a supply chain technology perspective.
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.
Through innovative technology and strategic collaboration, CrimsonLogic and Newage are set to enhance efficiency and transparency in freight management and customs processes. The automated system also reduces human error, resulting in more accurate submissions and helping customers avoid fines and delays.
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. Network Layer: Manages data routing. These seven layers are: 1. Data Link Layer: Handles data transfer between connected nodes.
Network design as a discipline is complex and too many businesses are still relying on spreadsheets to design and optimize their supply chain. As a result, most organizations struggle to answer network design questions or test hypotheses in weeks, when results are demanded in hours. The current technology landscape.
Over the past decade, Warehouse Management Systems (WMS) have evolved from simple systems of record into the operational nerve center of modern distribution. Advanced Labor Management Built Into the Core System Labor isn’t just a cost center—it’s a differentiator.
Global logistics and shipping provider Maersk has begun the roll-out of its new digital connectivity platform, OneWireless, aboard 450 vessels to enable smart container and cargo tracking solutions. The OneWireless platform is a single, unified network designed to support multiple wireless technol-ogies (NB-IoT, Cat-M, and LTE broadband).
Schneider Electrics latest initiative emphasizes how AI-native software can streamline sustainability efforts across complex supply chain and logistics networks. This new platform will function as both a command center and coordination layer for enterprise sustainability.
Central to this evolution is the use of wireless sensor networks and IoT platforms. While early deployments often relied on protocols like Zigbee and Z-Wave, the logistics technology stack has since diversified, with newer solutions offering broader capabilities and greater alignment with enterprise demands.
Many companies are looking to redesign their supply chain network to lower costs, improve service levels and reduce risks in the new year. To do this, teams are finding that they need to perform network assessments more regularly and in-house. The Current Technology Landscape: Perceptions on network design technology.
Source: mainebiz.biz In today’s rapidly evolving logistics and supply chain sector, warehouses are increasingly turning to innovative technologies to gain a competitive edge. These automated systems, powered by sophisticated technologies like artificial intelligence (AI) and machine learning, offer unparalleled efficiency and precision.
When you talk to companies that have implemented enterprise or supply chain applications, executives will usually admit that they have under-invested in training and preparing users to use the new technology. Molex implemented a multi-enterprise supply chain networkplatform from SAP called SAP Business Network.
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.
The convergence of robotics, artificial intelligence, and sensor technologies is enabling new levels of automation in both warehouse operations and last-mile delivery. Many large organizations have multiple systems for order, warehouse, or transportation management that are barely integrated – frequently not at all.
Explore the most common use cases for network design and optimization software. This eBook shares how supply chain leaders leverage their supply chain design software to tackle a variety of challenges and questions. Creating a strategic digital twin (digital representation) of your supply chain network. What's inside?
Supply chain networks depend on structured data, exchanged through APIs, middleware, and telemetry, to coordinate across facilities, regions, and partners. AI Deployment in Operational Context Artificial intelligence has become a common feature in supply chain systems, though the depth of adoption varies widely.
This shift reflects a broader transition toward data-driven, performance-based management of freight networks. As technologies like artificial intelligence (AI) gain traction, the focus has remained on practical applications that yield incremental improvements rather than wholesale infrastructure change.
Duncan Angove, CEO Blue Yonder Blue Yonder , is one of the largest providers of supply chain software. In the fourth quarter, we delivered the second largest software bookings in the history of the company. That was driven, in part, by pivoting from selling point solutions to a set of applications on a common platform.
It is a brilliant tool.” The enterprise software company also announced a new analytics solution covering external workforce management. SAP’s Business Network is a supply chain collaboration network. The transactions are captured in the platform, eliminating “he said, she said” type arguments.
How much can you save by optimizing your supply chain network? What's the ROI of supply chain network design software? Take our calculator for a spin to see how much you can save per year by optimizing your supply chain network. Our benefits calculator helps you find out. We often get asked this question.
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?
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.
The modern supply chain is a complex network of suppliers, manufacturers, distributors, and customers, all interconnected and reliant on a shared ecosystem of trust and accountability. Balancing these priorities requires investment in robust auditing systems, supplier education, and long-term partnerships that emphasize shared values.
Trade policies are constantly evolving, forcing companies to assess how these changes impact customer demand, supply networks, fulfillment strategies, and cost to serve. Platform Revisions to Material Sourcing Re-evaluating Bills of Materials (BOMs) and redesigning sourcing strategies can help reduce reliance on high-tariff regions.
That’s what Supply Chain Network Design is all about. Traditionally, supply chain network design has been done on a one-off or project basis. This guide offers hands-on advice that will help you use network design to achieve successful results. Analysts who are moving from spreadsheets to more advanced modeling tools.
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.,
Alerts and notifications from email, social channels, home devices, shopping apps and other platforms compete for our attention, creating an overwhelming stream of information. Decision-makers must operate with agility and speed, often orchestrating complex scenarios across vast supply chain networks.
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.
Retrofitting existing infrastructure with energy-efficient technologies further enhances sustainability efforts. Critical practices include: Circular Supply Chains: Designing systems that minimize waste and emphasize recycling and reuse. Advanced route optimization tools further support these goals.
Learn how AIMMS Network Design helps you run various scenarios to make informed decisions, all with personal, high-care implementation support and onboarding. AIMMS Network Design features, functions, and technology: Use cases. Has Excel reached its limits for mathematical optimization?
5G networks significantly improve data transmission speed, latency, and device connectivity, revolutionizing supply chain operations. These advancements enable real-time tracking and monitoring, enhance automated systems, and support a larger number of connected devices.
Two cellular technologies LTE-M and NB-IoT are now reshaping long-distance asset tracking. And that practicality is unlocking a new standard of visibility across logistics networks. Theyre not general-purpose wireless technologies. These technologies give the supply chain a memory. This is changing.
Think: system outage, factory fire, or port closure. Identify What’s Critical Figure out what can’t go down without serious consequences, suppliers, routes, systems, SKUs, or even customers. Who activates backup systems? Support It With Technology Continuity planning relies on prompt, reliable data. Both are essential.
Legacy procurement systems pose challenges, as they were not designed to capture and manage ESG-related data. Upgrading or adapting these systems adds technical and financial complexity. Investments in digital supply chain platforms and data verification tools are increasingly important for managing complexity.
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. This report is useful if you are interested in: Exploring new network design insights and capabilities. Industry benchmarks.
NIS 2 Has Deep Impacts on the Supply Chain, Not Just Plant Operations The manufacturing industry is undergoing a significant transformation as it grapples with the implications of the Network and Information Systems Directive 2 (NIS 2). This includes risk analysis, security of supply chains, and incident response capabilities.
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. Manufacturing : A smart factory relies on IT-OT integration.
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.
Amul has established a robust network of chilling centers and processing facilities. Distribution Network : Amul employs a wide distribution network that includes a mix of direct sales to retailers, wholesalers, and through its own branded outlets. This extensive network ensures that products reach consumers efficiently.
Looking to uncover the differences among the vendors of real-time transportation visibility platforms such as usability, implementation effort, network size, & cost? Gartner rates 11 visibility platform vendors on 100+ capabilities to help you make the best decision for your business. Download the reports!
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