Supply Chain and Logistics Management

Supply chain technology is moving from a collection of functional applications toward a more connected operating architecture.

Logistics Viewpoints, ARC tracks that shift across planning, transportation, warehousing and automation, visibility, and AI and advanced analytics. 

The direction is increasingly clear: supply chains are moving from systems that record and report what happened toward systems that continuously evaluate conditions, make better decisions, and connect those decisions to execution. 

In transportation, the TMS is expanding beyond routing, tendering, and settlement toward a broader execution environment connecting optimization, visibility, carrier networks, freight audit, and exception management. In the warehouse, WMS increasingly operates alongside WES, robotics, automation, labor, and machine-control systems as part of a cyber-physical operating environment. 

Planning is changing as well. Supply Chain Planning is moving from periodic plan generation toward continuous, constrained decision-making connected more closely to execution. 

Across these markets, AI and advanced analytics are adding another layer: systems that can interpret signals, evaluate tradeoffs, prioritize exceptions, and increasingly help initiate action. 

ARC's supply chain and logistics research covers the technologies behind this transition, including Supply Chain Planning, TMS, WMS, transportation visibility, warehouse automation, robotics, control towers, decision intelligence, yard management, fleet telematics, and autonomous execution. 

The question is no longer simply what each application does. 

It is how the technology stack works together — and how quickly it can turn a changing operating condition into the right action.